The Securing of Generative Knowledge 

Leveraging SealPath SDK to Enforce Persistent Information Rights Management Within Enterprise AI Architectures

The Structural Risk of Agentic Knowledge Retrieval

Enterprise AI workflows allow personnel to query expansive data estates using natural language—instantly extracting summaries of legal contracts, vendor parameters, or proprietary technical roadmaps. However, when these intelligent orchestrators index repositories containing inherited permissions, open shared links, or cross-departmental folders, they introduce a fundamental security flaw.

An AI model does not need to expose a complete confidential document to cause a catastrophic data breach. It is enough for the agent to inject sensitive fragments into a low-clearance chat session, synthesize protected data points across different sources, or infer restricted operational metrics. Proximity to data within a vector database can no longer imply permission to retrieve it. For enterprises handling regulated or proprietary intellectual property, granular access control must move from a repository parameter to a property of the file itself.

“An enterprise AI agent must not formulate its answers based on everything it is technically capable of finding. It must formulate responses exclusively from the data assets the querying identity is explicitly authorized to view.”

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Why Localized Isolation Beats Basic Indexing

A common architectural misstep is relying on simple repository synchronization—indexing broad shared drives and leaving information filtration to the AI system itself. Without an independent, auditable cryptographic boundary, the runtime engine risks amplifying preexisting permission creep across the enterprise.

This challenge is recognized by industry standards like Microsoft 365 Copilot, which emphasizes that intelligent retrieval must respect identity-based access boundaries at the runtime layer. True data security requires shifting the core query from an unstructured search to a permission-validated request:

Retrieval Paradigm	Primary Indexing Query	Operational Security Boundary
Standard AI Agent	“Which documents across the indexed data estate are semantically relevant to this prompt?”	Dependent on basic folder-level inheritance; vulnerable to privilege creep and oversharing.
Secure IRM-Integrated Agent	“Which relevant documents is this specific user identity contractually and cryptographically permitted to decrypt?”	Enforced by persistent, document-level cryptographic signatures that remain valid anywhere the file travels.

Architectural Overview: The SealPath SDK Validation Loop

The SealPath SDK introduces an automated enforcement layer directly between the autonomous agent and the underlying protected file matrix. By integrating permission checking directly into the retrieval-augmented generation (RAG) loop, the application verifies information rights before data content enters the model context.

The secure operational workflow follows a strict sequential lifecycle:

1. Prompt Ingestion: The human operator inputs an unstructured query into the enterprise AI interface.
2. Candidate Isolation: The agent queries its vector database or storage array to locate semantically relevant files.
3. Cryptographic Attestation: Before reading or chunking any protected document, the application calls the SealPath SDK interface.
4. Identity-Based Verification: SealPath verifies the querying user’s identity and checks their active permissions against the file’s security policy.
5. Context Ingestion: If authorized, the document is decrypted and its contents are passed into the model’s context window. If unauthorized, the file is excluded entirely.
6. Scoped Response Generation: The model generates an answer derived exclusively from authenticated, permission-compliant sources.

Granular Permission Evaluation at the Runtime Layer

Traditional access controls utilize a simple binary open/close decision. By contrast, the SealPath SDK enables enterprise applications to analyze the exact usage parameters associated with a file before it is leveraged by an autonomous pipeline. The application can dynamically evaluate multiple security variables in real time:

• Decryption Clearance: Confirming if the specific user context possesses the cryptographic keys to open the file.
• Functional Micro-Permissions: Checking if the active identity is restricted from copying content, printing pages, or editing fields—allowing the application to limit data chunking accordingly.
• Temporal Boundaries: Validating if the document’s access window has expired or if permissions have been unilaterally revoked.

If an unauthorized user requests an analysis of an unvetted document, the system excludes the file from the RAG cycle, allowing the agent to respond securely: “Based exclusively on the documentation you are authorized to access, the available information states…”

Neutralizing the AI Oversharing Multiplier

Oversharing—the exposure of corporate data to excessive users over inappropriate timelines—is a long-standing data governance challenge. Historically, an overexposed document often remained secure simply through obscurity, buried deep within nested network shares. AI eliminates this security by obscurity. An agent can discover, aggregate, and display an overexposed file in seconds.

The SealPath integration addresses this vulnerability by ensuring that protection travels with the file itself. Whether a file is downloaded, renamed, copied to an external drive, or moved into a different data tier, its cryptographic boundaries remain intact. If an identity cannot open the document manually, the agent cannot use the document to formulate an answer for that identity.

In today’s complex digital environment, not all data is created equal, especially from a security standpoint. While organizations focus on protecting their primary data assets, a silent and significant threat is growing in the shadows: **shadow data**. This is information that exists within a company but is not managed by official IT or security processes, often residing in unsanctioned locations like personal cloud drives, local devices, or neglected backups.

Shadow Data vs. Shadow IT

It’s crucial to differentiate between these two concepts. **Shadow IT** is the use of unapproved software or hardware within an organization. **Shadow data**, on the other hand, is the unmanaged data itself that is often a direct result of using shadow IT. For example, an employee using a personal cloud service (Shadow IT) to store work files creates unmanaged data (Shadow Data) that the security team cannot see or protect.

Common Characteristics and Root Causes

Shadow data can be difficult to track and takes many forms, including:

• **Untracked backups** stored on local devices.
• Files saved to **personal cloud storage** like Dropbox or Google Drive.
• **Stale or redundant data** that has been forgotten.
• **Hidden data** within SaaS applications.

The root causes are often a combination of a lack of governance, complex storage environments, and human error. When employees feel that approved processes are too slow or cumbersome, they will often find workarounds, creating new risks.

Mitigating the Risk of Shadow Data

Combating this threat requires a multi-faceted approach. To secure your data, you should:

• Implement **Data Discovery Tools** to find unmanaged data.
• Define and enforce **clear data governance policies**.
• Promote **employee awareness and training** to discourage unapproved practices.

For a comprehensive solution, modern security tools are essential. **Enterprise Digital Rights Management (EDRM)** solutions, in particular, provide a powerful defense by offering:

• **Automated Protection:** Automatically encrypting and protecting data the moment it is created, regardless of where it is stored.
• **Granular Access Controls:** Allowing only authorized users to view, edit, or share protected information.
• **Real-time Monitoring:** Tracking all data activities to provide an audit trail and alert security teams to suspicious behavior.

1. Understanding Ransomware in 2024

Ransomware, a malicious software designed to block access to a computer system until a sum of money is paid, has plagued the digital world for years. Its origins trace back to the late 1980s, but it wasn’t until the mid-2000s that it became a prominent threat. By 2024, ransomware has evolved into a highly sophisticated attack, leveraging encryption and anonymity tools to exploit individuals and organizations alike. As it continues to adapt, understanding its mechanics is crucial for effective defense.

1.1 Ransomware Evolution into 2024

• 1989: The AIDS Trojan – Considered the first ransomware, it encrypted file names on the victim’s computer, demanding payment for recovery.
• 2005-2006: Gpcode, TROJ.RANSOM.A, Archiveus – Early examples that encrypted files, showing a more direct approach to extort money from users.
• 2013: Cryptolocker – A game-changer in ransomware history, Cryptolocker used strong encryption methods making it impossible to decrypt files without a key, spreading through email attachments. Encryption of files on a small scale, to individuals.
• 2017: WannaCry – Infamous for exploiting Windows vulnerabilities, it affected thousands of computers worldwide, including significant disruptions in healthcare services. Targeted attacks focused on organizations claiming to restore operations.
• 2019: Maze – Not only did Maze encrypt files, but it also stole data, threatening to release it unless a ransom was paid, introducing double extortion and the use of a public leak tactics.
• 2020-2021: REvil/Sodinokibi – Known for high-profile attacks and demanding millions in ransom, REvil affected large enterprises, leveraging vulnerabilities in software supply chains.
• 2022-2023: LockBit – A ransomware-as-a-service (RaaS) that allows affiliates to deploy attacks, emphasizing the trend towards the commercialization of ransomware. LockBit automates the exfiltration of data, increasing pressure on victims.
• 2024: Emergence of AI-Driven Ransomware – Ransomware attacks become more sophisticated with AI, personalizing attacks based on victim data, making prevention and response more challenging.

1.2 The impact of ransomware continues to grow: Some Stats

Let’s look at the growing impact of Ransomware with some statistics:

• Throughout 2023, ransomware incidents surged by 20%, with attempts topping off at an astonishing 7.6 trillion, as reported by SonicWall´s Cyber Threat Report.
• Global ransomware strikes amounted to 317.59 million cases in 2023, as recorded by Statista.
• An overwhelming 83% of those targeted by ransomware capitulated to paying the attackers and over 50% paid at least $100,000, as documented by Splunk.
• The most common payout bracket in ransomware resolutions was between $25,000 and $99,999, representing 44% of all such payments, according to Splunk.
• Data breaches reached new financial highs in 2023, with the average incident costing a record $4.45 million, as per IBM’s insights.
• From the first to the second quarter of 2023, the standard ransom payment more than doubled, skyrocketing from approximate $328,000 to over $740,000, as noted by Statista.
• Following ransomware attacks, 32% of victims not only had their data held hostage but also suffered data theft as recorded by Sophos.
• A concerning 70% of ransomware onslaughts concluded with the attackers successfully encrypting the victims’ data according to Sophos.
• The average initial ransom demand was pegged at $2.0 million, as documented by Sophos.
• Costs associated with recovery from ransomware attacks averaged at $2.73 million, as recorded by Sophos.
• A striking 55% expansion in active ransomware groups was observed from Q1 2023 to Q1 2024, leaping from 29 to 45 distinct groups, as outlined in GuidePoint Security’s GRIT Q1 2024 Ransomware Report.
• In line with a 68% hike in ransomware cases during 2023, there was also a significant uptick in the average ransom requested. LockBit arguably set a record with an $80 million demand after breaching Royal Mail, as detailed by Malwarebytes in their 2024 ThreatDown State of Malware report.

2. Ransomware Today

2024 has also seen the advent of more specialized ransomware variants. RansomOps represent a more intricate approach, involving orchestrated campaigns that target specific organizations for maximum disruption and financial gain. A critical facilitator of this ecosystem’s growth is the rise of Initial Access Brokers (IABs), who specialize in breaching and infiltrating corporate networks, only to sell this unauthorized access to high-bidding ransomware operators. This division of labor demonstrates a shift towards a more organized and business-like operation among cybercriminals, mirroring traditional criminal networks in their structure and efficiency.

A significant trend is the proliferation of Ransomware-as-a-Service (RaaS), a disturbing democratization of cybercrime. This model allows even those with minimal technical expertise to launch ransomware attacks, leveraging the infrastructure, software, and support provided by seasoned hackers in exchange for a share of the ransom profits. The specialization and segmentation of roles within the ransomware ecosystem—highlighted by the emergence of expert roles such as IABs and the spread of RaaS platforms—underscore a concerning shift. Cybercriminals are no longer lone wolves or isolated groups, but parts of a highly organized, service-oriented industry aimed at maximizing returns from their illicit activities with a disturbing level of professionalism and efficiency.

3. The RaaS Model

As we have pointed out, this model is perfectly organized and each agent within the chain fulfills specific roles.

Let’s take a look at each one:

• RaaS Groups: The architects of the RaaS model, these entities design, develop, and maintain the ransomware. Their role is to innovate in the creation of ransomware software, ensuring it remains unbreachable and effective. They provide the infrastructure for the ransomware campaigns, including the payment portals and negotiation services. RaaS Groups market their services on the dark web, offering their tools to affiliates for a fee or a cut of the ransom.
• Initial Access Brokers (IABs): These are specialized cybercriminals who focus on gaining unauthorized entry into corporate networks. IABs use various methods like exploiting vulnerabilities, phishing attacks, or using stolen credentials to infiltrate systems. Once they obtain access, they sell it to the highest bidder on dark web markets. Their services are crucial for RaaS groups and affiliates who need a point of entry into a target’s network.
• Affiliates: The customers or “franchisees” of the RaaS groups, they lease the ransomware tools to launch attacks. Affiliates are responsible for choosing targets, executing the ransomware attack, and sometimes managing the extortion process. In exchange for using the RaaS platform, they share a portion of their earnings with the RaaS groups. Affiliates vary in sophistication, from opportunistic cybercriminals to organized crime groups.
• Dark Web Markets: The digital storefronts of the cybercrime world. These markets operate on the hidden parts of the internet and offer a variety of illegal goods and services. Within the realm of RaaS, dark web markets facilitate the trade of stolen credentials, access brokers’ services, hacking tools, and the RaaS platforms themselves. Such markets are the backbone of the RaaS ecosystem, connecting buyers and sellers anonymously.
• Credentials Thieves: Specialists in acquiring unauthorized access credentials to online accounts and systems. These individuals or groups employ techniques like phishing, keylogging, or exploiting system vulnerabilities to steal usernames, passwords, and other authentication data. Their stolen wares are then sold on dark web markets to the highest bidder, often becoming the initial foothold for further attacks by IABs and RaaS affiliates.
• Hacking Tools Developers: The innovators and suppliers of the cybercrime world, these developers create and sell software tools designed to exploit vulnerabilities, conduct surveillance, or facilitate the unauthorized access to systems. Their products are crucial for IABs and affiliates to carry out successful breaches and maintain access to victim networks.
• Crypto Money Laundering: Facilitators of the financial transactions that underpin the RaaS ecosystem. Given the reliance on cryptocurrency for ransom payments, money launderers specialize in obfuscating the origins of ill-gotten gains. They use techniques like ‘mixing’ or ‘tumbling’ to clean the cryptocurrency, making it difficult to trace back to criminal activities. This service ensures that RaaS groups, affiliates, and other cybercriminals can use their profits without easily being traced by law enforcement.

Together, these agents form a complex and highly organized network that supports the RaaS model’s proliferation. Each plays a specific role in ensuring the success and sustainability of ransomware campaigns, from initial access to monetization of the attack.

4. How do they select organizations?

Attacks are no longer random as in the past, now they choose their victims very well, and for this they analyze them thoroughly to maximize the ROI of the attack:

• Potential Income: The primary motivator for targeting a particular organization is the potential income that can be extracted from it. Cybercriminals meticulously study their targets, evaluating the organization’s revenue streams, financial health, and the perceived value of their stored data. High-income companies are particularly attractive because they are more likely to pay a substantial ransom to retrieve their data or to prevent prospective damage to their reputation. The calculation includes assessing publicly available financial information, the industry they operate in, and any previous instances of ransom payments. Organizations perceived as having deep pockets or operating in sectors where data is crucial are ranked higher on the target list.
• Weak Sectors and Ease of Access: The vulnerabilities present within certain sectors make them more appealing to cybercriminals. Industries that are underregulated in terms of cybersecurity, those lagging in digital savviness, or sectors where IT infrastructure is known to be outdated are prime targets. This includes healthcare, education, and small to medium-sized enterprises (SMEs) across various fields. The ease of access is crucial; sectors known for weak security practices, such as insufficient encryption, lack of network monitoring, or poor employee cybersecurity awareness, are likely to be higher on the list of targets. The rationale is straightforward: the easier it is to penetrate an organization’s defenses, the lower the cost and effort required to execute a successful attack.
• Defensive Measures and Response Capabilities: Beyond the potential revenue and vulnerabilities, attackers evaluate the defensive posture of an organization. This includes the sophistication of their cybersecurity measures, the capability of their IT and security teams, and their preparedness for an attack. Organizations that lack a robust cybersecurity framework, do not conduct regular security audits, or fail to invest in employee training for phishing and other common attack vectors present less of a challenge to cybercriminals. Furthermore, entities without a clear incident response plan are considered more lucrative targets, as they are likely to take longer to detect and respond to an attack, increasing the attackers’ chances of success and potentially leading to a higher ransom payout.

In summary, cybercriminals employ a strategic approach in selecting their targets, prioritizing organizations with promising financial prospects, known vulnerabilities, and weaker defensive capabilities. These criteria maximize the attackers’ return on investment by targeting entities most likely to pay ransoms and where they can breach with relative ease.

5. Its infrastructure in the dark web

In the dark web, they use different markets, websites and platforms to carry out their operations:

• Markets: The dark web hosts a variety of specialized marketplaces that function similarly to conventional e-commerce platforms but are utilized for illicit purposes. These markets are pivotal for the exchange of hacking tools, corporate network access, and stolen data. Cybercriminals leverage these platforms to recruit affiliates, sell malicious software, and even buy vulnerabilities and access credentials to aid in their attacks. A notable characteristic of these markets is their organized nature, with items categorized meticulously, mirroring legitimate online marketplaces. For example, platforms like AlphaBay have been known to host thousands of listings, offering everything from zero-day exploits to access to compromised systems, managed in a user-friendly manner to facilitate the transactions.
• Platforms: Apart from marketplaces, the dark web houses various platforms designed for specific activities related to cybercrime. These include forums for the exchange of knowledge and tools, private chat services for communication between actors, and bulletin boards for announcements or calls for participation in larger scale attacks. These platforms serve as the bedrock for the cybercriminal community, providing spaces for collaboration, sharing technical advice, and forming alliances. They enable cybercriminals to stay updated with the latest in hacking techniques, share successful strategies, and even recruit talent for upcoming operations. The collaborative environment fosters an ecosystem where knowledge and resources are shared freely, enhancing the capabilities of individual actors and groups.
• Websites: Dedicated websites on the dark web offer various services directly related to cybercrime activities. This includes sites for “Ransomware as a Service” (RaaS), where individuals can rent ransomware to launch their campaigns, and “leak sites” where cybercriminals publish the data stolen from their victims. These websites often implement countdowns and showcase lists of companies that have been compromised but not yet complied with ransom demands, increasing pressure on the victims to pay. The presence of these websites signifies a structured and professional approach to cybercrime, with services and features designed to maximize impact and profit. The use of these sites for publicizing successful attacks serves not only as a means to extort victims but also as a marketing tool to attract new customers and affiliates by demonstrating capability and success.

The infrastructure within the dark web forms the backbone of modern cybercrime, providing the necessary tools, platforms, and services that facilitate the execution of sophisticated attacks.

6. The double extortion

Double extortion is a critical evolution in the methodology of cyberattacks, significantly enhancing the potential damage and incentives for victims to comply with ransom demands.

This tactic involves not just the encryption of data and demands for ransom for its decryption but also the exfiltration of sensitive data with threats of public disclosure unless an additional ransom is paid. Hence the importance of knowing the different classifications of sensitive data and being aware of which ones your organization handles. This approach compounds the potential consequences for victims, introducing reputational damage, penalties, and economic losses far beyond the immediate operational impacts.

Let’s see what impact it has in detail:

• Reputational Damage: The threat of publicizing sensitive information can lead to severe reputational harm for affected organizations. For businesses, the release of proprietary information, customer data, or embarrassing communications can erode trust with clients, partners, and the public. The long-term damage to an organization’s brand image and customer loyalty can often surpass the immediate financial costs of the ransom. For public institutions, the exposure of sensitive citizen data undermines public trust and can have significant political ramifications.
• Penalties: Beyond reputational damage, the unauthorized release of sensitive data can result in substantial legal penalties. Organizations failing to protect customer data may find themselves in violation of data protection regulations such as GDPR DORA Act and NIS2 Directive in Europe, CCPA in California, or other privacy laws worldwide. These regulations can impose hefty fines, often scaling with the severity and scope of the data breach. Penalties can extend beyond financial damages to include mandatory corrective actions and ongoing audits, imposing further operational strains on the victim organization.
• Economic Losses: The economic impact of double extortion spans beyond the ransoms paid. Organizations face operational disruptions, costs associated with recovery and data breach investigation, increased insurance premiums, and potential legal costs from lawsuits filed by affected parties. The cumulative effect of these expenses, alongside the potential loss of business during recovery and due to damaged reputation, can escalate to millions, crippling an organization financially. The risk of such substantial economic loss pressures victims into paying ransoms, even when backups exist, as the costs and implications of data exposure often outweigh the ransom amount. Learn here how to calculate the cost of a data breach.

This approach has proven highly effective, making it a favored tactic among cybercriminals. The implications of double extortion extend well beyond the immediate effects of traditional ransomware attacks, posing a multifaceted threat to organizations worldwide.

7. Even a triple extortion

The triple extortion ramps up the complexity and potential damage of a cyberattack by adding another layer of threat to the already devastating double extortion. In this scheme, attackers combine the threats of data encryption, data leak, and third-party repercussions with targeted Distributed Denial of Service (DDoS) attacks. This trifecta of cyber threats magnifies the pressure on the victim organization to pay the ransom and increases the attack’s overall impact.

Let’s take a closer look:

• DDoS Attacks: After encrypting data and threatening its release, cybercriminals launch DDoS attacks to amplify the urgency and harm. By overwhelming the victim’s network with a flood of traffic, the DDoS attack can shut down operations, making it impossible to conduct business online. These assaults serve to reinforce the attackers’ message: pay the ransom or face continued and escalating disruption.
• Attacks to Third-Parties: The crux of triple extortion lies in the extension of threats to include the victim’s network of third parties—customers, partners, and suppliers. Cybercriminals may threaten to leak stolen data that could incriminate or harm these third parties or even directly attack their systems. This expanded attack surface forces the victim to consider the broader ecosystem’s safety and increases the likelihood of paying a ransom to prevent collateral damage.

The extended impact of triple extortion is profound. It is this extended reach and multiplied pressure that characterizes the sinister effectiveness of triple extortion.

8. And quadruple extortion!

Quadruple extortion adds a fourth layer of pressure and complexity to the already sophisticated cyberattack strategies encompassing double and triple extortion tactics. This advanced method compounds the threats of data encryption, data theft, and DDoS attacks with targeted tactics designed to leverage social pressure against the victim. This includes notifications to third parties and public threats, significantly broadening the attack’s psychological impact and potential for reputational damage.

These are their tactics:

• Social Pressure: Cybercriminals utilize social pressure as a key tool in quadruple extortion, aiming to erode the victim’s stand against paying the ransom. By publicly shaming the victim organization for its perceived negligence or irresponsibility in handling the attack—especially concerning the potential harm to third-party customers, suppliers, and partners—attackers seek to create a public outcry. This outcry can pressure organizations into paying the ransom to mitigate further reputational harm and to prove their commitment to stakeholder welfare.
• Notifications to Third-Parties: Extending beyond mere threats of third-party impact, quadruple extortion involves direct notifications to these parties. Attackers may contact customers, partners, and suppliers to inform them of the victim organization’s ‘irresponsibility’ in not securing their data or in choosing not to pay the ransom, thereby endangering not just the primary victim but its entire ecosystem. This tactic not only amplifies fear and uncertainty but also strains relationships between the victim organization and its network, potentially leading to loss of business and long-term damage to partnerships.
• Public Threats: The strategy may involve making public statements or threats regarding the victim, sometimes targeting specific figures within the organization, such as the Chief Information Security Officer (CISO), to personalize and intensify the attack. CISOs are under constant pressure to face cyber-security challenges, so they are a perfect objective. By portraying key decision-makers as directly responsible for any fallout, attackers seek to isolate them, undermining their authority and decision-making capacity within their organization and among stakeholders.

In summary, quadruple extortion represents a sophisticated evolution in ransomware strategy, leveraging not just technical threats but also psychological warfare and public relations tactics to compel victim organizations into compliance.

9. The mega-attacks

Mega-attacks represent a new category of cyber threats, distinguished by their scale, sophistication, and the broad swathe of damage they are capable of inflicting across the digital ecosystem. These attacks are particularly aimed at Cloud Service Providers (CSPs), leveraging zero-day vulnerabilities to compromise not just single entities but potentially hundreds or thousands of organizations reliant on these cloud infrastructures.

The strategic targeting of CSPs marks a significant shift in cybercriminal focus. By breaching a single cloud service provider, attackers can gain access to the data and systems of numerous organizations simultaneously. This approach exponentially magnifies the impact of the attack, as CSPs are foundational to the operations of a vast array of businesses across various sectors.

Central to the methodology of mega-attacks is the exploitation of zero-day vulnerabilities—previously unknown security flaws for which there are no immediate patches or fixes. These vulnerabilities offer attackers a golden window of opportunity to infiltrate systems and deploy malware before the vulnerability becomes known and is rectified by vendors. The reliance on such vulnerabilities underscores the sophistication of mega-attacks and the high level of skill and resources possessed by the attackers.

The fallout from a mega-attack on a cloud service provider can be catastrophic, affecting potentially thousands of dependent businesses and organizations. This widespread damage can range from financial loss, operational disruption, to severe reputational harm. Auditing the security practices of CSPs, establishing stringent security standards in service level agreements, and maintaining an active posture of vigilance are critical steps in mitigating the risk of falling victim to these large-scale cyber assaults.

10. What tactics do attackers use?

RaaS operations, much like legitimate businesses, update their tactics and tools to stay ahead of cybersecurity measures, engaging in a series of calculated steps to execute their attacks successfully. Below is an outline of the typical process and key tactics RaaS groups use in their operations:

1. Initial Access: RaaS groups often gain their initial foothold through phishing campaigns designed to deceive users into disclosing credentials or installing malware. They are also known to exploit known security vulnerabilities in software or purchase zero-day vulnerabilities from black markets to bypass security measures without detection.
2. Escalation of Privileges: After gaining access, attackers seek to increase their permissions to administrative levels. This could involve exploiting weaknesses in Active Directory configurations, manipulating Group Policies, or exploiting system vulnerabilities that allow them to gain broader access within the environment.
3. Infiltration: With escalated privileges, attackers establish a stronger presence within the system. They may create new accounts with elevated privileges, duplicate authentication tokens, or gather credentials that provide further access to systems and data, thus ensuring they have multiple paths to retain access.
4. Lateral Movement: Attackers move within the network to identify and access critical systems and assets. This movement often involves additional phishing attempts within the organization, exploitation of trust relationships between systems, and use of stealthy techniques to avoid raising alarms.
5. Defense Evasion: To maintain their presence without being detected, RaaS operators may clean or alter logs, disable endpoint detection and response (EDR) systems, and use encryption to obfuscate their activities. There are many encryption types, be sure to use the best. This step is crucial for the attackers to carry out their objectives without interruption.
6. Data Collection, Extraction, and Deployment: The attackers identify valuable data, exfiltrate it to a location they control, and then proceed to deploy the ransomware. This could involve encrypting critical business data and systems, thus disrupting operations and compelling the victim to pay a ransom for the decryption key.

11. Checklist of Measures to protect against modern Ransomware Attacks

To fortify defenses against modern ransomware attacks, organizations should adopt a comprehensive approach, integrating both technological solutions and human-centric strategies. The following checklist outlines key defensive measures that can significantly enhance an organization’s resilience against these threats:

• Implement Strong Encryption: Employ encryption for sensitive data in its three states, at rest, in use, and in transit, making it less useful to attackers even if they manage to exfiltrate it.
• Conduct Regular Security Awareness Training: Educate staff on the risks of ransomware, including recognizing phishing attempts and the importance of reporting suspicious activities.
• Maintain Regular Backups: Keep up-to-date backups of critical data in multiple locations, including offline storage, to ensure recovery in the event of encryption by ransomware. Secure your business documents in storage systems, learn best practices here.
• Stay on Top of Patching: Regularly update software and systems to patch known vulnerabilities, drastically reducing the attack surface for cybercriminals.
• Enforce Strict Access Control: Apply the principle of least privilege from the Zero-Trust approach, ensuring users have only the access necessary for their roles, thereby limiting the spread of ransomware.
• Invest in Continuous Monitoring and Detection: Utilize advanced monitoring tools or leverage your existing tools with monitoring capabilities to detect unusual activities indicative of a ransomware attack, enabling rapid response.
• Develop a Comprehensive Incident Response Plan: Prepare an incident response plan to ensure a quick and organized response, minimizing downtime and losses.
• Network Segmentation: Segment your network to restrict movement, confining the spread of ransomware to isolated segments of the network.
• Enhance Endpoints Protection: Deploy advanced endpoint protection solutions that specifically counter ransomware and other sophisticated threats. For example, protect data stored on devices such as PCs or Macs in the best ways.
• Implement Multi-Factor Authentication (MFA): Use MFA to add an additional layer of security, protecting accounts even if credentials are compromised.
• Use Application Whitelisting: Allow only approved applications to run, effectively blocking unauthorized applications.
• Deploy Anti-Phishing Solutions: Implement anti-phishing technologies and services to detect and block phishing emails before they reach the end user.
• Establish Use and Control Policies: Formulate policies governing the secure use of devices and networks, including the use of personal devices and remote access.
• Strengthen Email Security: Apply email filtering and scanning solutions to identify and block malicious emails, reducing the risk of phishing and malware delivery.
• Secure Management of Passwords: Encourage the use of strong, unique passwords and the regular changing of passwords, along with the use of password managers to enhance security.

By integrating these defensive strategies, organizations can establish a strong security posture capable of thwarting ransomware attacks and minimizing their potential impact.

12. Example of a real case mitigated

Example of a Real Case Mitigated:

1. Initial Contact: Attackers breached the company’s network and encrypted sensitive data, then contacted the company demanding a ransom for decryption.
2. Extortion Tactics: Upon refusal of the ransom payment, the attackers threatened to publicly release the encrypted data, attempting to pressure the company further.
3. Evidence and Verification:: To prove they had control of the data, attackers sent a sample of the stolen data, demonstrating the critical nature of the encrypted information.
4. Evaluation of Compromised Data: Upon inspection of the sample provided, it was discovered the data was previously encrypted by the company as part of their security measures, rendering it inaccessible to the attackers.
5. Damage Mitigated: Due to the company’s proactive encryption of sensitive data and the maintenance of up-to-date backups, the potential damage was significantly mitigated. The company restored the affected systems from backups, avoiding the payment of the ransom and preventing the public release of sensitive data.

13. Data is the most valuable thing for them

Data is undoubtedly the most prized asset for cyber attackers, who seek not to cause random damage but to profit substantially from organizations’ sensitive information. Recognizing this, it is imperative for organizations to accord the protection of data the same level of importance that attackers do. This entails viewing data security as a foundational concern and implementing comprehensive measures to safeguard it.

At the core of these measures is the adoption of a zero-trust security framework. This approach dictates that no entity—regardless of its position inside or outside the organization’s network—is granted implicit trust, thereby considerably reducing the potential for unauthorized data access.

In addition to implementing a zero-trust model, organizations must embrace a data-centric security approach. This strategy prioritizes the safeguarding of the data itself, rather than merely focusing on perimeter defenses. By doing so, even if attackers bypass other forms of defense, the data remains inaccessible through the application of strong encryption and stringent access controls. These methods ensure that only authorized personnel can access and manipulate the data, further diminishing the risk of data breaches.

A data-centric security stance remains effective against a broad spectrum of attack vectors, whether the threats originate from cloud-based services, third-party vendors, or even internal sources within the organization. By making data protection central to their security strategy, organizations can ensure that, irrespective of the nature of the breach, their data remains shielded from unauthorized access and exfiltration.

14. SealPath, your ally in not giving in to their threats

SealPath steps into this arena as a formidable ally, offering Enterprise Digital Rights Management (EDRM) solutions designed to fortify data against unauthorized access, manipulation, and extortion. SealPath’s technology empowers organizations to protect their most valuable data by embedding security directly into the information itself, ensuring that it remains inaccessible to attackers, even in the event of a breach.

At its core, SealPath’s approach focuses on encrypting files and setting granular access controls that dictate who can view, edit, copy, or share the protected data. This method of protection travels with the data, regardless of where it is stored or with whom it is shared, offering a persistent, dynamic layer of security that adapts to various threat scenarios. This ensures that even if attackers bypass other layers of defense and gain access to sensitive files, they cannot exploit the data for ransomware attacks or any other malicious purposes.

What sets SealPath apart from other tools is its user-centric design and easy integration into existing workflows. This intuitive approach ensures that data protection enhances productivity rather than hindering it, making SealPath not just a security tool but a facilitator of secure business operations. Moreover, SealPath provides detailed tracking and reporting capabilities, allowing organizations to monitor who accesses their data and when, offering unparalleled visibility and control over sensitive information.

In summary, SealPath represents a critical tool in the arsenal against ransomware and other cyber threats, offering a unique blend of robust data encryption, granular access controls, and user-friendly operation. Its value lies not only in its ability to protect data from unauthorized access but also in its capacity to ensure that, in the digital workspace, security and efficiency go hand in hand. With SealPath, organizations can confidently navigate the digital landscape, knowing their data is safeguarded from the ever-present threat of ransomware.

1. Understanding Data Breaches Impact on Businesses

Understanding the impact of data breaches on businesses is crucial for managing both financial and reputational risks effectively. Recent statistics demonstrate the severe repercussions these security incidents can have. According to IBM’s 204 Cost of a Data Breach Report, businesses face an average cost of $4.88 million per incident, marking the highest level in 19 years. This rising trend underlines the escalating challenges and sophisticated nature of cyber threats. Moreover, the Verizon 2024 Data Breach Investigations Report provides additional insights, indicating that 68% of breaches have a human element involved, such as phishing or misuse of privileges, which highlights the critical need for comprehensive employee training and robust cybersecurity measures.

Additionally, the recovery time from these incidents is substantial, with businesses often taking months, if not years, to fully recover their operations and reputation. For example, breaches involving high-value data such as personal identification information or proprietary secrets not only escalate immediate costs but also lead to long-term losses in customer trust and potential legal repercussions. These insights underscore the importance of developing and maintaining an effective data breach response plan to mitigate risks, ensure compliance, and protect corporate assets. Reflecting upon the high-profile breaches at Equifax and Marriott, one sees vividly the tremors of neglecting an efficient response plan—extended legal battles, staggering financial losses, and a tarnished reputation that takes years to mend.

2. What is a Data Breach Response Plan and Why Is It Critical?

A Data Breach Response Plan is your company’s strategic playbook—think of it as a fire drill for cybersecurity. It’s your step-by-step guide to tackle and recover from data emergencies. Just as a captain has a plan for stormy seas, this plan is your guide through the tumult of digital crises. When Adobe suffered a major breach impacting 38 million users, their well-orchestrated response plan was immediately activated. They were quick to secure compromised accounts, notify affected users and provide clear instructions on how to protect themselves, effectively minimizing potential fallout.

A Data Breach Response Plan isn’t just a safety net; it’s an essential blueprint, where data breaches are not a matter of if, but when. Championed fervently by critical bodies like the U.S. Federal Trade Commission (FTC) and underscored by a consortium of cybersecurity experts worldwide, crafting a meticulous response strategy is the linchpin in securing digital fortifications.

Consider this: The Ponemon Institute’s 2021 report found that companies equipped with robust incident response teams and a well-orchestrated plan curbed their financial bleeding by approximately $1.2 million compared to their less-prepared peers. Moreover, stringent regulations such as Europe’s General Data Protection Regulation (GDPR), Network and Information Security Directive (NIS2), or Digital Operational Resilience Act (DORA)…  don’t just advise but mandate a swift response following data breaches.

3. Where to start to develop the Data Breach Response Plan?

Creating a comprehensive Data Breach Response Plan involves a multi-faceted approach, meticulously designed to protect not just data, but the very integrity of your organization. Key entities like the National Institute of Standards and Technology (NIST) and the International Organization for Standardization (ISO) offer robust guidelines to craft a plan tailored for resilience. We know that the role of the CISO, faced with the daunting task of creating a data breach response plan, can seem like navigating a maze without a map. Let’s simplify this journey with a roadmap to build the plan, ensuring each step is clear and actionable:

• Examples and Templates as Your Guiding Light: Leverage well-crafted templates as your foundational guide. Check these: Federal Deposit Insurance Corporation Breach Response Plan, Biref Template, Template by the NSW Government of Australia, Data Breach Toolkit by the Liability Insurance company of North Carolina, Angus Council DBRP, Griffith University Data Breach Response Plan. These templates serve as a robust starting point, covering essential components like roles and responsibilities, notification procedures, and recovery steps. Do not hesitate to contact consulting firms specialized in cybersecurity and data to help you develop it in the most complete way without overloading your day-to-day.
• Data Mapping: Understand where your data resides and how it flows through your organisation. This knowledge is critical to identifying potential vulnerabilities and planning containment strategies. Then determine what data you need to protect. Inventory digital assets to understand where vulnerabilities may exist. Watch the webinar we recorded to help address this issue and identify the data most at risk.
• Defining the Output Format: Your plan should be easily accessible and understandable. Opt for a format that can be dynamically updated and shared across your organization. Tools like Microsoft Word or Google Docs are universally accessible and allow for collaborative editing. However, some prefer specialized software or Microsoft Teams for more integrated incident response functionalities.
• Assembling Your Team: Crafting a comprehensive plan is not a solo mission. You’ll need a task force that includes, but is not limited to IT Staff for managing technical containment and eradication.
  Legal Counsel: To address compliance and regulatory matters.
  Human Resources: To handle communication with affected employees.
  Public Relations: To manage external communication and protect the company’s brand.
  Engaging with external consultants, especially if your enterprise lacks in-house expertise, can fortify your strategy with seasoned insights.
• Notification Channels: Pre-plan how to communicate in the event of a breach. This includes internal notifications to executives and teams, and external communications to affected customers and regulatory bodies.

4. What Are the Key Components of a Data Breach Response Plan?

Here’s a breakdown of the 5 key components that should shape your plan:

1. Preparation: The cornerstone of any response plan. This involves identifying your critical assets, understanding potential threats, and training your response team.
2. Detection and Analysis: Implementing tools and procedures to detect breaches quickly and accurately assess their impact.
3. Containment, Eradication, and Recovery:  Steps to limit the breach’s spread, eliminate the threat, and restore systems to normal operations.
4. Post-Incident Activity: Reviewing and learning from the incident to bolster future defenses.
5. Communication Plan: Establishing protocols for internal and external communication, including regulatory bodies and affected parties.

4.1 Phase 1: Preparation

Preparation is the bedrock of an effective Data Breach Response Plan, requiring a multifaceted approach to ensure readiness for a cybersecurity incident. It encompasses understanding your organization’s unique risks, assets, and capabilities to respond effectively to data breaches. Key aspects to cover:

• Risk Assessment: Begin by identifying and evaluating the risks that pose the greatest threat to your organization. This includes understanding the types of data you hold, how it’s used, and the potential impact of a breach on your operations.
• Asset Inventory: Create a comprehensive inventory of all your information assets across the organization. Knowing where sensitive data resides and how it’s protected is crucial for rapid response.
• Roles and Responsibilities: Clearly define the roles and responsibilities within your response team. This should include internal stakeholders from IT, HR, legal, and communications departments, as well as external partners like cybersecurity firms and legal counsel.
• Training and Awareness: Conduct regular training sessions and simulations for your incident response team and staff members. Familiarity with the response plan and understanding their role in a breach scenario is key to a successful response.
• Response Toolkit: Assemble a toolkit that includes contact lists for key team members and external partners, templates for breach notifications, and checklists for response actions. This ensures that necessary tools are readily available during an incident.

4.2 Phase 2: Detection and Analysis

Detection and Analysis are critical to swiftly identifying and understanding the extent of a data breach, which directly impacts your organization’s ability to respond effectively. Key aspects to cover:

• Detection Tools and Technologies: Invest in advanced cybersecurity tools that offer real-time monitoring and detection capabilities. These include Data-centric Solutions with monitoring controls, intrusion detection systems (IDS), security information and event management (SIEM) systems, and endpoint detection and response (EDR) solutions. Ensure these tools are properly configured to recognize threats relevant to your organizational context.
• Threat Intelligence: Utilize threat intelligence services to stay informed about the latest cybersecurity threats and vulnerabilities. This information can help you adjust your detection systems to new threats and reduce false positives.
• Analysis Procedures: Develop a structured approach for analyzing detected threats. This should include initial assessment criteria to determine the scope and severity of an incident, and detailed procedures for further investigation. Ensure your team knows how to quickly gather and analyze data from various sources within your network.
• Training and Simulations: Regularly train your analysis capabilities on current threats and practice incident analysis through simulations. This ensures that when a real incident occurs, your team can efficiently assess and escalate the situation based on a well-understood set of indicators and procedures.
• Communication Protocols: Establish clear communication lines within your response team and with external stakeholders. Quick and accurate communication is key to effective analysis and subsequent response.

Focusing on Detection and Analysis allows your organization to minimize the time between breach occurrence and detection, significantly reducing potential damages. This phase requires ongoing investment in tools, training, and processes to adapt to the evolving cybersecurity landscape.

4.3 Phase 3: Containment, Eradication, and Recovery

Containment, Eradication, and Recovery are crucial phases for controlling the impact of a breach, removing threats, and restoring normal operations. Key aspects to cover:

• Containment Strategies: Firstly, devise short-term and long-term containment strategies. The immediate goal is to isolate affected systems to prevent further damage while maintaining business operations. This could involve disconnecting infected machines, applying emergency patches, or adjusting access controls.
• Eradication Measures: Once the breach is contained, focus on completely removing the threat from your environment. This involves thorough malware removal, system cleanups, and security gap closures. Ensure all malware is eradicated and vulnerabilities are patched to prevent re-entry.
• Recovery Plans: Develop comprehensive plans for returning to normal operations. This includes restoring data from backups, reinstating network operations, and ensuring all systems are clean before reconnecting to the network. Validate the integrity of your data and systems before bringing them back online.
• Post-Incident Review: After recovery, conduct a detailed review of the incident to identify lessons learned and areas for improvement. Adjust your incident response plan based on these insights to strengthen your defenses against future attacks.
• Communication: Throughout these phases, maintain transparent communication with stakeholders. Inform them of the breach’s impact, what steps are being taken, and expected recovery timelines.

A well-structured approach to Containment, Eradication, and Recovery minimizes downtime and mitigates the impact of a breach. It necessitates detailed planning, including the establishment of clear procedures, roles, and communication protocols to ensure a coordinated and effective response.

4.4 Phase 4: Post-Incident Activity

Post-Incident Activity is the final phase in incident response, focusing on learning from the incident and refining future defenses. Key aspects to cover:

• Incident Documentation: Fully document each incident, detailing the nature of the breach, how it was detected, the steps taken during containment, eradication, and recovery, and the effectiveness of the response. This documentation is crucial for legal, regulatory, and improvement purposes.
• Root Cause Analysis: Perform a thorough analysis to determine the underlying cause of the incident. This will help in identifying and fixing systemic issues that may not be apparent at first glance.
• Lessons Learned Meeting: Hold a meeting with all key stakeholders involved in the incident to discuss what was done effectively and what could be improved. This session should be constructive, focusing on enhancing the security posture and response processes.
• Update Incident Response Plan: Based on insights gained from the incident review and lessons learned, update the incident response plan. This should include adjustments to policies, procedures, and security measures.
• Training and Awareness Programs: Use the details of the incident to update training and awareness programs. This helps in educating employees about new threats or errors that led to the recent breach, effectively turning the incident into a learning opportunity.
• Review and Test: Regularly review and test the updated incident response plan to ensure its effectiveness. Simulated attacks can be very useful in keeping the response team ready and alert.

Post-Incident Activity not only aims to rectify faults that led to the incident but also strengthens the organization’s overall security stance. It is an opportunity for growth and enhancement of security measures and protocols, ensuring better preparedness for any future incidents.

4.5 Phase 5: The Communication Plan

The Communication Plan is a vital component of incident response, dictating how information about an incident is conveyed within the organization and to external parties. Key aspects to cover:

• Internal Communication Protocol: Define who needs to be notified within the organization, how to contact them, and the information to be communicated. This includes setting up a chain of command and specifying roles.
• External Communication Strategy: Prepare templates and protocols for external communication. This includes stakeholders, customers, partners, media, and regulatory bodies. Being transparent and prompt in your communications can help manage the narrative and maintain trust.
• Regulatory Compliance: Be aware of legal and regulatory requirements regarding breach notification. Different jurisdictions may require different information to be shared at specific times.
• Spokesperson Appointment: Designate official spokesperson(s) trained in dealing with the public and media to ensure a consistent, controlled message.
• Sensitive Information Protection: Establish guidelines to prevent unauthorized disclosure of sensitive incident details that may exacerbate the situation or reveal too much to potential attackers. → Learn Best Practices for protecting sensitive information here.
• Status Updates Schedule: Plan for regular updates to affected parties to keep them informed about progress and resolution.

The Communication Plan should be clear, concise, and adaptable, accounting for various scenarios and audiences. Effective communication is crucial for managing an incident smoothly and maintaining the organization’s reputation.

5.  What Is the Response Strategy for a Data Breach?

Crafting a meticulously detailed response strategy should not merely be considered a compliance obligation but a proactive measure to shield your organization’s assets and reputation. Let’s explore, shall we?

• Immediate Identification and Analysis: The early moments following the discovery of a breach are critical. For example, when Equifax was hit in 2017, rapid identification helped them scope the enormity, affecting 147 million individuals, and underscored the urgency of quick action.
• Decisive Containment: This dual-phase effort entails short-term actions to stop the breach’s spread, followed by a longer-term strategy to ensure stability. Recall how Target, back in 2013, swiftly removed the malware infecting their POS systems to halt further data loss affecting millions.
• Thorough Eradication: After containment, it’s imperative to find and fix the root cause. Sony’s 2014 encounter with a massive cybersecurity attack prompted an exhaustive eradication of the infiltrating malware.
• Careful Recovery: Reinstating functional integrity and securing breached systems is critical. Post its 2016 breach, Yahoo! revamped their security measures significantly, deploying advanced encryption across user accounts.
• Transparent Notification: Trust is the lifeblood of customer relations. Compliance with laws such as GDPR, which mandates breach notification within 72 hours, is not just about legality; it’s about maintaining customer trust and transparency.
• Insightful Post-Incident Analysis: After addressing immediate threats, it’s vital to analyze the breach comprehensively to prevent future occurrences. Marriott’s creation of a dedicated resource center in response to their 2018 breach played a crucial role in restoring customer confidence.

Each of these steps, woven into your incident response plan, acts as a critical defense mechanism and learning tool. Review your existing plans, consider these principles, and fortify your organization’s preparedness. Let’s turn each incident into a stepping stone toward stronger, more robust cybersecurity defenses. Shedding light on vulnerabilities can transform them into powerful lessons in safeguarding our digital frontiers.

6. Data Breach Response Plan Checklist

Embarking on the journey to craft a Data Breach Response Plan? Let’s navigate this path together, outlining a step-by-step checklist. Remember, it’s not just about having a plan; it’s about having a smart, comprehensive strategy.

Initial Analysis and Preparations:

1. Assess Your Data Landscape: Understand where your critical data resides.
2. Risk Assessment: Evaluate potential vulnerabilities and threat vectors.
3. Team Assembly: Form your Data Breach Response Team (DBRT), a mix of IT, legal, PR, and HR.

Plan Development:

1. Define Procedures for Identification and Analysis: Establish protocols for detecting breaches.
2. Containment Strategies: Develop short-term and long-term containment plans.
3. Eradication and Recovery Tactics: Clearly outline how to eliminate threats and recover systems.
4. Notification Framework: Determine how and when to communicate the breach.
5. Post-Incident Review Plan: Set up a debriefing procedure to learn from the breach.

Practical Steps toward Completion:

1. Document Everything: From your planning steps to the actual procedures, make sure it’s all written down..
2. Train and Drill Your Team: Regularly drill your response plan with your team to ensure everyone knows their role inside out.
3. Review and Update Regularly: Make it a living document that grows with your organization.
4. Engage with External Partners: Consider involving cybersecurity experts to review your plan.

7. Continuous Improvement: Incorporating Feedback to Refine the Plan 

Imagine this: following a security breach, a financial institution implements a data breach response plan but soon discovers gaps due to overlooked employee feedback during simulations. By integrating this feedback, they significantly reduce their incident response time in future breaches. This story underscores a core truth—every incident, simulation, and feedback session is gold dust. It provides invaluable insights that, when woven into your existing plan, fortify your defenses and enhance your team’s operation readiness. Actionable steps:

• Establish Regular Review Sessions: Schedule quarterly or bi-annual sessions to solicit feedback from all stakeholders involved in the breach response.
• Create a Feedback Loop: Encourage continuous communication within your team to report any practical challenges or suggestions for improvements.
• Simulate to Innovate: Regularly test your plan under varied simulated breach scenarios to ensure all team members’ inputs lead to real-time improvements.

8. Take advantage of technological advances

Now, pivoting to technology—your commitment must not waver here either. Consider data-centric security solutions; these are designed not just to protect perimeters but to shield the data itself, regardless of where it resides. As threats evolve, so too should your technology stack. For instance, incorporating advanced encryption methods and adopting stricter access controls can effectively secure sensitive documents at rest, in motion and in use, making data unreadable to unauthorized users.

We can look to industries such as healthcare or finance, where data-centric security protocols are not just enhancements but necessities. Technologies like Enterprise Digital Rights Management, Data Loss Prevention and Cloud Access Security Brokers tools serve as testaments to how embracing new technologies can provide not only defense but also a competitive edge. You can carry out some actions such as:

• Regular Technology Audits: Conduct these audits to evaluate the effectiveness of current tools and identify areas for technological adoption or upgrades.
• Partnerships with Tech Pioneers: Collaborate with tech firms and security innovators to stay ahead of the curve and integrate cutting-edge solutions.
• Staff Training on New Technologies: Ensure that your team is not just equipped with the best tools but also trained to utilize them effectively.

Each step in refining your Data Breach Response Plan, each integration of fresh technological solutions, adds a layer of strength to your organizational safety net.

9. SealPath Recommendations

In the realm of data security, identifying which information is your ‘crown jewels’ is paramount. These critical data sets – be it personal customer information, proprietary technologies, or financial records – demand heightened security measures to shield them from cyber threats.

Therefore, an up-front analysis of all data assets, their lifecycle, where they are stored, how they are shared, what type of data they are, their level of sensitivity and with whom they are shared, will greatly facilitate the task of establishing appropriate protocols and policies. Once we get down to implementing what we have planned, it is time to look for the right technology to make it easier to follow the protocols, and one of the options that does this best is SealPath.

SealPath is the ultimate solution for identity and access management and encryption. It offers unparalleled flexibility and advanced protection that travels with the files wherever they go. Data is encrypted in three states: at rest, in transit, and in use. Its granular permissions allow you to block unauthorised users or actions with precision.

This solution provides complete visibility over your data, the power to detect unauthorised access. It offers monitoring and rapid response to ensure you comply with your data breach response plan. Imagine SealPath as your digital sentinel, vigilantly monitoring data flows and user interactions to detect anomalies that signal potential breaches. SealPath equips you with the tools needed for a rapid response, minimizing impact and swiftly remediating threats. Moreover, it plays a crucial part in continuity planning, ensuring that your business remains resilient, bouncing back with minimal downtime in the aftermath of an attack.

Here is how the solution stands out:

• Permanent Access Control: Restrict access to files by controlling which users can access, what they can do, and When and from where.
• Automatic and Transparent Protection: Enable a protection applied to files every time they are copied, moved, or uploaded to folders, without requiring continuous manual actions.
• Threat Detection and Identification: View which users access information and their activity for full traceability. Receive alerts with suspicious accesses and analyze detailed reports.
• Immediate Response and Remediation: Revoke access to users at any time or block a specific document in the event of suspicious actions. Change permissions on the fly.

10. Closing Thoughts

In wrapping up our discourse on the imperative of sculpting a meticulously crafted data breach response plan, let’s not forget this is more than just a box-checking exercise. It’s akin to mapping the blueprints for a fortress; every wall, tower, and gate designed not just for strength but for resilience in the wake of an attack. Crafting such a plan should be a dynamic journey, one that continually evolves as new threats emerge and old ones adapt.

It’s about creating a culture of security mindfulness within your organization, where each member becomes a vigilant guardian. Imagine instilling such a robust defense mechanism that, when threats loom, your team responds with precision and confidence, mitigating risks and minimizing damage. This is the true essence of a powerful data breach response plan.

Threats can be relentless and rapidly evolving in their complexity, but with SealPath you’ll be prepared, equipped with an arsenal of cutting-edge tools designed to protect your data against these threats, and easily aligned with the protocols of your data breach response plan.

Contact SealPath here for a personalized consultation and see SealPath in action. Together, we will explore the depths of its capabilities, tailor a data protection strategy to your specific needs, and demonstrate how SealPath operates in the real world.

Every organization generates and manages, to a greater or lesser extent, sensitive information stored in different locations: User computers, document managers, cloud storage, file servers, etc.

On the one hand, organizations need to prevent internal threats: Information extracted by employees leaving the organization, loss of information through suppliers or the supply chain, etc. Many organizations believe that this problem only affects large government agencies and other entities that manage very sensitive information, but this type of leakage is a bigger problem than most companies believe and a one of the type of leaks that generates more costs to organizations according to the Ponemon Institute.

In addition, organizations are subject to data protection regulations such as the EU-GDPR, PCI in the financial sector, etc. Suffering a data leak or a breach of one of these regulations can be very costly for an organization, as demonstrated by the recent examples of British Airways (£183M) and Marriott (£ 99M) involving the loss/theft of data of millions of users.

Faced with this problem, many CISOs or CIOs have to decide which technologies to use in order to avoid or mitigate a potential sensitive date leak.

Two of the technologies that are usually considered are DLP (Context-Aware Data Loss Prevention) and IRM (Information Rights Management).

This article explains how both technologies can help prevent data leaks, their differences and how they can complement each other.

What is DLP? – Data Loss Prevention / Data Leak Prevention

A DLP solution tries to prevent the leakage or loss of sensitive data in different ways. On the one hand, when data is in storage, by scanning the file servers, endpoints, etc. and locating or classifying sensitive data. Also in transit, when documentation or sensitive data is moving through the network, to removable devices, etc. And finally while the data is in use, controlling whether or not a user of the corporate network has access to it. Usually, hackers try to find personal, financial, intellectual property, data and the like based on pre-established dictionaries.

DLP is like a “policeman” located at the network exit, computer ports and check what is trying to leave and who is trying to extract it from the network perimeter. It also monitors network repositories for sensitive data that is breaching some type of corporate rule.

Although this is tremendously powerful technology, it has to overcome significant challenges in protecting sensitive data:

• How can it efficiently determine what can leave and what can’t?
• Is it possible to efficiently “close” all of the possible exit points of company data or control them?
• Can I control all types of company devices including mobile phones, the cloud, etc.?
• And what if something leaves the network and escapes the control of this “policeman?” Can I restrict access?

Traditional DLP solutions can only examine what is trying to leave and decide whether or not it should leave. It is a binary process. However, day-to-day situations are not “binary”. It is very difficult for an IT professional to define policies that describe requirements for data leaving the organization in an efficient manner without generating a number of “false positives”. If the data or the information is not classified, it is difficult to respond effectively. That is why in many it is first necessary to classify or catalogue the data, indicating to the DLP what repositories to scan and determining what is confidential and what is not.

This requires the IT Department to make considerable effort during the configuration, classification and policy management of the DLP in order to refine them sufficiently and generate the minimum number of false positives. However, keep in mind that it is difficult for an IT department to determine what is confidential and what is not. The users who work daily with this data are the ones who really know what is important and should be protected and what is not.

Another challenge is what happens with the documents once they have been distributed. Once the data is outside of the organization, nothing prevents the recipients from forwarding it to unauthorized users, saving it on USBs, etc. This also applies to mobile devices, where the approach to protection tends to be “all or nothing”. Companies often delegate control of data on mobile devices to MDM applications to prevent certain data from being opened outside of corporate or controlled applications.

By requiring a refined management of policies and classification, companies usually start with a “monitoring” phase to detect what type of data leaves the network, before moving on to a “blocking” phase. If the policy is refined, the control of outgoing data will be efficient and blocking processes won’t generate false positives. If not, the noise generated in the organization due to the blocking of data that should be accessible or that should be sent may be significant.

To summarize, DLP tools are very powerful and can classify, monitor and block the output of sensitive data from the network, but the effort require to implement them, refine them and avoid false positives should not be underestimated. Finally, although they protect the “perimeter” of the network, the data may be transferred anywhere.

What is IRM? – Information Rights Management

This technology, within the scope of Data-Centric Security, enables a form of protection to be applied to files that travels with the files wherever they go. It is also known as E-DRM (Enterprise Digital Rights Management) or EIP&C (Enterprise Information Protection & Control).It makes it possible to monitor who accesses the files, when they do so, and whether anybody tries to access without permission, whether the files are inside or outside the organization. Permissions can also be restricted on documents (only Read, Edit, Print, Copy and Paste, etc.). You can revoke access to files in real time if you don’t want certain people to access them again.

When you send a document to someone, within 3 minutes it might have been printed, sent to 5 other people who in turn have sent it to 10 more and made changes to it. We only own the document at the time we create it, but once it is shared, the document ceases to have an owner and the recipient can do whatever they want with it. This is one of the problems that this technology tries to resolve: To ensure that a user continues to be the owner of the data regardless of who it has been shared with.

Bearing in mind how difficult it is to determine the perimeter of the corporate network, the IRM’s approach is to apply a layer of protection to the data that can be controlled even if it is no longer in the network, whether it is in a cloud, on a mobile device, etc.

If the data reaches someone it shouldn’t of whom you consider shouldn’t have access to it, you can revoke the access remotely. You can set expiry dates for documents. Give users more or fewer permissions in real time (Edit when before they could only Read, or restrict the permission to read-only if we don’t want them to edit or print).

 

An advantage of this type of solution is the ease with which it can be implemented allowing you to start using it efficiently from day one and enabling you to encrypt and control the sensitive data that the company manages internally or with third parties.

One of the main challenges of this technology making it easy for users to use so that they can manage protected data almost as if it were unprotected data. Also, making it compatible with the applications that users use on a regular basis, such as Office, Adobe, AutoCAD or making it compatible with the repositories of information that organizations usually use: File Servers, SharePoint, Office 365 Cloud applications, G-Suite, Box, etc.

Another challenge of IRM solutions is automatic protection. That is, the protection of data regardless of the user’s decision to do so. In this case, the automatic protection of folders on file servers, or document managers is especially useful.

Also in this regard, integration with a DLP tool can be very useful and provide the perfect combination.

How can DLP and IRM complement each other?

As mentioned, the administrator can establish rules to identify sensitive information using the DLP tool. Once detected, in storage, transit or in use, the administrator can apply a remedial action such as creating a log, blocking access, deleting the file, etc.

Through integration with the IRM, the DLP can establish the automatic protection of the file as a remedial action using an IRM protection policy. For example, if an endpoint, or a network folder is scanned and any credit card data, personal information, etc. is detected in the documents, the DLP can ensure they are automatically protected with an “Internal Use” policy so that only people in the domain or certain departments can access it.

What advantages does this integration provide?

Below are some of the advantages:

• Sensitive documents can protect themselves without relying on user action.
• These will be protected whether they are transferred inside or outside the corporate network.
• You can monitor their access regardless of where they are.
• You can revoke access to sensitive data even if it is outside the organization.

 

 

SealPath can protect information easily and efficiently by integrating with the main DLP solutions on the market such as ForcePoint, McAfee or Symantec, facilitating the protection of sensitive data in the organization and its control regardless of where it is.

SealPath is focused on creating the best user experience, integrating with users’ normal work tools, offering a product specially designed for large companies and integrated with a multitude of corporate systems such as DLPs, SIEMs, Office 365, SharePoint, G-Suite, Alfresco, OneDrive, etc.

1. The Rising Threat of Data Theft in Companies

The security of sensitive information has transcended the confines of IT departments, becoming a boardroom imperative. The threat of data theft looms larger than ever, casting a long shadow over the corporate landscape. But just how pervasive and damaging can data theft be for companies? Let’s dive into some real-world case studies and statistics that throw light on this growing concern.

• Equifax: In a landmark event of digital compromise in this century, Equifax revealed in September 2017 the unsettling news that the personal details, inclusive of Social Security numbers, belonging to about 147 million consumers had been exposed. The financial repercussions? Equifax had to part with $575 million in settlements.
• MOVEit: In 2023, a significant breach occurred within a managed file transfer (MFT) application, known for its secure file transfer capabilities and relied upon by a wide range of organizations and government agencies. A ransomware attack resulted in the extraordinary exposure of sensitive data belonging to approximately 77 million individuals and approximately 2,600 organizations worldwide. Notable organizations affected included the U.S. Department of Energy, all of which saw their data dramatically exposed. The global financial impact of this breach is estimated to be in excess of $12 billion.

Diving into the findings of IBM’s Cost of a Data Breach assessment for the year 2024, we find ourselves looking squarely at a daunting figure: the worldwide average fiscal fallout from a data breach now sits at $4.88 million. This isn’t just another statistic; it’s the crest of a menacing wave, representing a sharp 10% climb from the previous year and setting a new record high. It’s a stark reminder of the hefty price tags attached to breaches in the digital era. This upward trend in data breach expenditures is partially attributed to an 11% swell in two key areas: the business losses resulting from interrupted operations and the expenditures tied to the response after a breach.

Think of the painstaking marathon many organizations undergo post-breach—over three-quarters find themselves caught in a recovery bind extending past 100 days, and a substantial 35% crossing the 150-day threshold. Zoom in on the anatomy of the average $4.88 million price tag for these data breaches, and we unearth that a considerable chunk—$2.8 million—is stemming from the toll of lost business. This encompasses the ripple effects of downtime and the departure of customers, as well as the scaled-up efforts in customer support and compliance with surging regulatory penalties. Remarkably, this sum stands as the heftiest record of financial impact from such losses and breach-mitigation endeavors in a six-year span.  How is the Data Breach loss cost estimate obtained?, We break it down here.

2. Understanding the Types of Information Theft

Data theft is the unauthorized acquisition of sensitive, proprietary, or confidential data. This could involve personal details, financial information, or intellectual property. It is a clandestine operation that infringes on privacy and can have catastrophic consequences as we have seen in the previous section.
→ Find out about all the different types of sensitive information here.

Forms of Data Theft

• Direct Theft: It involves directly accessing and copying data from networks or devices, often through hacking or malware.
• Interception: Here, data is captured while it’s on the move. For instance, data being transmitted over unsecured networks can be intercepted using eavesdropping techniques.
• Unintentional Disclosure: Sometimes data is not stolen but rather exposed accidentally, often due to lax security measures or human error.

The Agents of Data Theft

• Internal Actors: It involves directly accessing and copying data from networks or devices. Employees are often overlooked threats. From the highest levels of management to the operational staff, anyone with privileged access can become a vector for data theft. Insiders might include contractors or anyone else who has temporary but integral access to systems and information.
• External Actors: Here, data is captured by all available means in its 3 states: At rest, in motion, and in use. For instance, data being transmitted over unsecured networks can be intercepted using eavesdropping techniques. Hackers from lone wolves to organized syndicates, these are the profilers of the digital world, always on the lookout for vulnerabilities for financial gain. Competitors are also a threat, believe it or not, industrial espionage is a common motivator for data theft. → Find out the three states of data here.

Data theft location:

• Inside the Network: Data theft isn’t always an external assault. It often occurs within the supposed safety of an organization’s own network.
• Beyond the perimeter: On many occasions it is necessary for data to travel outside the control of the organization, i.e. outside its security perimeter, such as to the supply chain, distribution… → Find out how to protect Intellectual Property in the Supply Chain.

2.1 Differentiating Theft by Insiders and Outsiders

At first glance, the act of stealing data may seem uniform, but the motivations, methodologies, and mitigation strategies for insider versus outsider threats are as distinct as they are complex.

Insider Data Theft

Imagine for a moment that you’re part of a crew on a ship. You know the layout, the schedule, and the weak points. An insider, much like a rogue crew member, has a deep understanding of the company’s defenses. An example that’s often shocking but not surprising is the disgruntled employee. Picture John, a long-time IT technician, overlooked for a promotion one too many times. Feeling undervalued, John decides to exit with a parting gift – sensitive client data that he casually slips into his personal cloud storage over weeks, undetected. John plans to use this data as a bargaining chip with a competitor or as a springboard for a new venture.

Insider threats like John exploit their access and in-depth knowledge of security measures to siphon off data, often slowly, to avoid detection. Beyond the obvious financial gain, insiders might be motivated by revenge, a sense of injustice, or ambitions that align with a competitor’s interests. Their actions are facilitated by their legitimate access and their intimate understanding of the company’s data landscape and security protocols.

Outsider Data Theft

Now, envision your ship encountering pirates. Outsiders, much like these pirates, are external entities lacking authorized access but are skilled in navigating through or circumventing defenses. These digital marauders deploy a gamut of tactics, from phishing expeditions to brute force attacks against the company’s digital infrastructure. Consider the example of a hacker collective targeting a multinational bank. They initiate a sophisticated phishing campaign, tricking employees into disclosing their credentials.

With these keys to the kingdom, they bypass security measures designed to repel unauthorized entry, making off with millions of customer records. Typically fueled by profit, political agendas, or the thrill of the challenge, outsiders often deploy elaborate schemes to breach defenses. Their lack of inside access necessitates the use of technical skills to exploit vulnerabilities in software, human psychology, or both. A current example of attacks that cause a lot of damage is the new generation of ransomware. → Dive into the digital underworld of 2024’s ransomware here.

The fight against data theft requires a two-front battle. Against insiders, it’s about fostering a culture of accountability, employing strict access controls, and maintaining an environment where loyalty is appreciated but not exploited. For outsiders, the emphasis must be on robust security measures, employee training to recognize phishing attempts, and adopting a layered defense strategy that assumes breach attempts are not a matter of if, but when.

 

2.2 Thefts Inside vs. Outside the Network

it is paramount to draw a line—or rather, a firewall—between the threats that brew within the confines of our networks and those that lurk in the shadows beyond. Inside-the-network and outside-the-network data thefts are two sides of the same coin, yet they play by vastly different rules.

Inside-the-Network Data Theft

Visualize a fortress. Inside its walls, the keep, various chambers, and even the hidden passages are familiar grounds to its inhabitants. In the context of data theft, insiders operate within this fortress. They are your employees, contractors, or anyone who has been granted the keys to the castle. An illustrative scenario could involve a procurement officer in your supply chain. With access to vendor lists, pricing data, and contract details, this person decides to divert some of these treasures to a rival bidder in exchange for a lucrative kickback.

Here, physical access, legitimate credentials, and an intimate knowledge of the internal processes empower the insiders to exploit vulnerabilities from within the network’s protective embrace. In this case, vulnerabilities can also be exploited by intruders to gain access or credentials can be stolen to impersonate an employee without arousing suspicion. The amount of damage an insider can do is often directly proportional to the level of trust and access they are granted. Their intimate knowledge of the system’s architecture and operational blind spots allows them to navigate and extract information with alarming precision and discretion.

Outside-the-Network Data Theft

On the flip side, imagine adversaries scaling the walls, unseen, in the dead of night. These are the outsiders—hackers, competitors, or state actors—who have no sanctioned foothold within the network. Their approach? Identify and exploit vulnerabilities as data leaves the perimeter. An example that encapsulates this scenario involves attackers targeting a contractor who has sensitive information, sometimes smaller organizations with less security measures and therefore easier to penetrate.

Outside attackers are constrained by their lack of authorized access and intrinsic knowledge of the targeted network. Their success hinges on skill, persistence, and often, exploiting the human element of security. Today it is essential to send certain, sometimes sensitive, data outside the network. This data is no longer controlled by the organization once it leaves and we can only rely on the recipients to act diligently and have adequate measures in place.

Security measures must take this into account, adapting to the reality of organizations is imperative to ensure maximum effectiveness. It is no longer enough to protect only the perimeter, now it is necessary to go further as recommended in the popular cybersecurity strategy called Zero-Trust. → Know how to implement this strategy here.

3. Strategic considerations when investing in tools to prevent data theft

Deciding which tools are best for each organization’s needs can be a complicated task, as there are numerous technologies, each with its strengths and weaknesses. In an ideal world, it would be best to apply most of them integrated with each other, but this is not always possible. That’s why it’s important to keep a few things in mind before jumping into the first one you find.

• Gauging Your Cybersecurity Maturity: Just as a sapling differs vastly from an ancient oak, organizations have varying degrees of cybersecurity maturity. Before diving into the toolbox, take a step back. Assess where you stand on this continuum. Do you have a sufficient team to manage the new tools, are they trained, do you have basic measures in place? An organization’s maturity will dictate the complexity and sophistication of the tools that will be most effective and manageable. NIST Cybersecurity Framework can help you to know your cybersecurity maturity, access our guide here.
• Balancing the Budget with Board Commitment: In the realm of cybersecurity, the adage “You get what you pay for” often rings true. However, allocating resources wisely demands a dance between ambition and practicality, spearheaded by your board’s commitment. Your strategy should communicate the value of investment in cybersecurity, not as a cost, but as insurance against potential losses, ensuring the board’s alignment and support.
• Prioritizing Key Risks: Not all treasures are equally coveted by pirates. Identify the crown jewels within your digital vault. What data, if lost or compromised, could sink your ship? Prioritizing these key risks will guide your investment towards tools that offer the best defense where it’s most needed. Risk assessment is your treasure map; follow it diligently.
• Tailoring to Your Specific Context: Every ship has its unique build, and similarly, every organization operates within a distinct context—be it infrastructure, sector, or the types of information it holds dear. A cargo ship has different needs than a battleship. Perhaps your organization deals in sensitive health records, requiring HIPAA compliance, or maybe it’s a financial institution beholden to PCI-DSS regulations. Select tools that are not just best in class but best for your class.
• Implementing Continuous Monitoring and Response Strategies: Finally, remember that setting sail is just the beginning. Continuous monitoring and swift response mechanisms ensure that should a storm arise, your ship can weather it. Investing in tools that offer real-time monitoring and alerting capabilities means you’re always one step ahead, ready to batten down the hatches and repel boarders at a moment’s notice. A smooth data breach response plan can help you, check our detailed guide here.
• Embrace a Zero-Trust approach: A Zero-Trust approach operates on the assumption that threats could originate from anywhere, both outside and within your walls. You must therefore verify everything attempting to connect with your system, no matter how trustworthy it appears. It’s a proactive stance, where trust is earned and continually reassessed. This methodology not only strengthens your defenses but also significantly minimizes the impact of an intrusion, should one occur.

4. Key Tools by Problem-Solving

Each tool or set of tools addresses a unique aspect, from the specific use cases like guarding against sophisticated cyber threats, to broader applications such as ensuring compliance with global data protection regulations. Some of them work perfectly well together, but this does not mean that they are mutually exclusive, so we have organized them by the main problem they focus on. We know that data security challenges are a priority for organizations, on this article we detailed them, but its imperative to take action.

4.1 Firewalls and Network security solutions for Defending Perimeters

The primary purpose of firewalls and network security solutions is to act as the first line of defense for an organization’s digital domain. These tools are designed to inspect incoming and outgoing network traffic based on predefined security rules, thus determining which traffic is safe and which poses a threat. Let’s delve into some of the most commonly used tools in this domain and outline their roles:

• Traditional Firewalls: These act as a barrier between trusted, secure internal networks and untrusted external networks such as the internet. They inspect packets of data to determine if they meet the set of defined rules before allowing them into the network.
• Next-Generation Firewalls (NGFWs): Beyond the capabilities of traditional firewalls, NGFWs offer deeper inspection levels. They can identify and block sophisticated attacks by enforcing security policies at the application level, including intrusion prevention systems (IPS), and incorporating intelligence from outside the firewall.
• Intrusion Detection Systems (IDS) and Intrusion Prevention Systems (IPS): IDS are designed to detect potential threats and alert the relevant parties. IPS, on the other hand, not only detects threats but also takes preemptive action to block them from entering the network.
• Virtual Private Networks (VPNs): VPNs create a secure and encrypted connection over a less secure network, such as the internet. This shields the browsing activity from external inspection and makes data transmission more secure.

When Are They Best Used?

• Traditional Firewalls are most effective in preventing unauthorized access and guarding against large-scale attacks targeting the network perimeter. They are best suited for businesses of all sizes as a foundational security measure.
• Next-Generation Firewalls are particularly useful for organizations that require deep packet inspection and sophisticated defense mechanisms against malware and advanced persistent threats (APTs)..
• IDS/IPS systems are ideal in environments where continuous network monitoring for suspicious activities is paramount and where proactive measures are needed to prevent potential breaches.
• VPNs are most beneficial for companies with remote or mobile workforces, ensuring secure access to corporate resources from any location.

When Are They Not the Best Option to avoid data theft?

• Traditional Firewalls may not adequately prevent data theft as they do not inspect the content of encrypted traffic, which can be a significant loophole for data exfiltration.
• NGFWs, while more advanced, can struggle with encrypted traffic as well unless specifically configured to decrypt and inspect this data, which not only requires additional resources but also raises privacy concerns.
• IDS/IPS systems can miss data theft via sophisticated, low-and-slow data breaches that do not trigger the predefined threat thresholds, making them less effective against stealthy data exfiltration methods.
• VPNs, are critical for secure data transmission, they do not protect against internal threats or data theft from within the organization, nor do they protect the data itself, as they primarily secure the connection.

These tools are very useful when defending the perimeter or connecting from outside the network. They are basic measures that protect and hinder access from the outside. But like castle walls, they are not enough to prevent data theft. They are not targeted at insiders, or even disguised attackers, who are already inside the network and can access data with some freedom. There may be breaches such as vulnerabilities that bypass the controls as well. Its technology is not designed to prevent human error where sensitive data is disclosed or where it is sent outside the perimeter such as to partners. It fulfills its primary function, hindering access to the network.

4.2 Data Loss Prevention (DLP) for Insider Theft

Data Loss Prevention (DLP) aims to detect and prevent the unauthorized transmission of confidential information. DLP tools monitor, detect, and block sensitive data through deep content inspection, contextual analysis, and matching data fingerprints against pre-defined policies. It’s like being a policeman.

For example, an employee, Alice, works for a healthcare provider and has access to patient records. One day, she decides to download several records onto a USB drive, potentially to use them outside the company’s secure environment. The DLP tool has predefined policies to identify sensitive data, as Alice transfers the files, the DLP system monitors the data movement and recognizes the patient records as sensitive based on its content, the DLP tool automatically blocks the file transfer to the USB drive because it violates the company’s data handling policy.

When is The Best option?

• Against Insider Theft: Effective in mitigating risks posed by employees or contractors by monitoring user behavior and access to sensitive data, preventing intentional or accidental leaks. In a scenario where an employee attempts to transfer confidential financial reports to an unauthorized recipient, the DLP system can recognize the document as sensitive and block the transfer.

When It’s Not the Best Option

• Implementation and Operation Complexity: Smaller companies may find DLP systems complex and resource-intensive to implement and manage.
• Limited Outside the Network: DLP tools are less effective when data is handled outside the corporate network, such as on personal devices or in non-controlled cloud environments.
• Pre-configured Policies Required: The effectiveness of DLP hinges on well-defined policies; without them, unauthorized data transfers might not be detected. It can be complex to develop effective measures and may require expert assistance.
• Issue with False Positives: Overly strict or inaccurately configured DLP policies can lead to false positives, where legitimate data transfer processes are incorrectly flagged as security risks, hampering productivity and potentially leading to unnecessary investigative efforts.

A DLP is a very useful tool to control the actions that are performed with sensitive data within the network, intentionally or by mistake, either by camouflaged external agents or internal ones, but it has its limitations when certain data needs to leave the network.

4.3 IAM, MFA and RBAC for identity management and authentication

The main purpose of IAM (Identity and Access Management), MFA (Multi-Factor Authentication), and RBAC (Role-Based Access Control) is to enhance security by ensuring only authorized individuals can access sensitive company data and systems. IAM systems manage and track user identities and their associated access permissions throughout the organization. MFA adds an extra layer of security by requiring users to present two or more verification factors before gaining access. RBAC allows companies to restrict system access to authorized users based on their role within the organization.

When is The Best option?

• For Comprehensive Access Control: IAM is a good option when organizations need a detailed and overarching system for managing user identities and access permissions across all systems and applications. It’s particularly effective in environments where users require different levels of access. In a large healthcare institution, IAM can ensure that only certified medical personnel can access patient records, while administrative staff may only have access to scheduling systems.
• Against Credential Theft: MFA can prevent unauthorized access even if a user’s primary credentials are compromised. If a company executive’s password is stolen, MFA would still block an attacker since they lack the second factor, such as a fingerprint or a mobile device with a one-time passcode.
• Against Excessive Access Rights: RBAC minimizes the risk of data theft by ensuring employees only have access to the information necessary for their job, focusing specifically on access control based on roles. An accountant might have access to financial software but not to the company’s client databases, mitigating the risk of accessing and potentially leaking sensitive client information.

When It’s Not the Best Option:

• RBAC Rigidity: If job roles are not clearly defined or if they change frequently, maintaining accurate role definitions in RBAC can become complex and error-prone.
• IAM Complexity: Small organizations with limited IT resources may find IAM systems complex to set up and maintain.
• Internal Threats: While these tools are effective at managing how access is granted, they may be less effective once an authorized insider decides to act maliciously.
• Off-Network Access: If data is accessed from outside the network, say through a personal device that is not managed or monitored, these tools may not provide protection against theft.

Authentication and access control tools are very effective in ensuring that only authorized persons have access to confidential information. But once they have access they cease to exercise control, giving malicious employees or disguised attackers the freedom to do whatever they want with the data. It’s like a door that is locked but if you get hold of the key, you can do whatever you want behind it, and even take what you’re looking for.

4.4 EDRM to control the data in its lifecycle

EDRM (Enterprise Digital Rights Management) serves to secure and manage documents and sensitive information continuously, from their inception to their final disposal, ensuring protection irrespective of the data’s location or movement. EDRM secures data by embedding protection directly into the files, allowing only authorized users to access, edit, print, or share the information. It can control who has access to data, set permissions for different levels of interaction, and apply policies that persist with the data as it moves both inside and outside the organization. It is a mix of encryption, access and identity control and permissions management.

When is The Best option?

• Protecting Sensitive Documents: EDRM is ideal when organizations need to protect sensitive documents, especially after they have been shared outside the organization. A law firm sharing confidential case files with external and internal consultants can use EDRM to ensure that only the intended recipients can open, edit, or print the documents.
• Having traceability of shared data: If you want to be proactive by monitoring the accesses and permissions granted on the data in real time.
• Acting fast and responding to data threats: In cases where there has already been a leak or collaboration with other organizations has stopped, it allows you to revoke access even if the data is out of our reach.

When It’s Not the Best Option:

• Very Complex Environments: EDRM might be overly challenging to implement in environments that handle a wide variety of systems and architectures.
• User Frustration with Restrictions: EDRM can lead to user frustration if it hinders usability and productivity due to strict control policies or poor user experience.

Considering that its technology arises mainly for data control, perhaps these tools are the ones that best protect against theft, whether against internal or external, outside or inside the perimeter, or even by human error. By having an approach that focuses on the data itself and accompanies it, it may be the measure that covers the most contexts in data security and therefore the most versatile.

4.5 Blocking accesses to data with Endpoint encryption

Endpoint encryption tools aim to safeguard data on devices such as laptops, mobile phones, and tablets by transforming it into a format that only individuals with the decryption key can access, effectively blocking unauthorized entry. Endpoint encryption tools encrypt the data stored on end-user devices, ensuring that data remains protected even if the device is lost, stolen, or compromised. Encryption can be applied to the entire disk (full-disk encryption), to specific files or folders (file-level encryption), or to data in transit.

When is The Best option?

• High-Risk Devices: These tools are best used for devices that frequently leave the secure physical controls of an office environment, such as laptops and mobile devices used by field employees. A sales company equips its remote sales staff with laptops that contain sensitive client information. Using endpoint encryption ensures that the data on these laptops is unreadable to unauthorized users if the laptops are lost or stolen.

When It’s Not the Best Option:

• Performance Issues: Encryption can sometimes decrease system performance, which might not be suitable in highly performance-sensitive environments.
• User Experience Limitations: The need for encryption keys can sometimes complicate the user experience, particularly in terms of data sharing and collaboration.
• Insider Threats: Endpoint encryption does not prevent data theft by authorized users who have access to decryption keys.
• Mismanagement of Encryption Keys: If encryption keys are not managed securely, they can become a point of vulnerability, potentially allowing unauthorized access to the encrypted data.

Encryption is one of the oldest basic tools, it can be very useful for specific situations where something agile is required and we are sure to manage passwords with good practices. The limitations come when we want to continuously protect many different types of data, as applying the same password is not secure, and managing hundreds of them is not practical. Another point to take into account is that once someone has the password and decrypts it, he becomes helpless and loses all control. If you want to know the 3 encryption types go here.

4.6 Helping to enforce security protocols with Data Discovery and Classification

Data Discovery and Classification tools are designed to pinpoint and organize data dispersed throughout an organization’s digital assets, thus facilitating improved data management and bolstering security protocols tailored to the data’s level of sensitivity. These tools automatically scan data repositories to discover data and classify it according to predefined criteria such as sensitivity, regulatory compliance requirements, or business value. Classification labels help in applying appropriate security policies and controls, such as access permissions and encryption requirements.

When is The Best option?

• Compliance with Regulations: These tools are particularly useful in environments where compliance with data protection regulations (like GDPR, NIS2, DORA, HIPAA) is critical. A healthcare provider uses data discovery and classification tools to categorize patient information as confidential and apply stringent access controls and encryption, ensuring compliance with health data protection laws. →Learn everything you need to know about NIS2 here.

When It’s Not the Best Option:

• Low Complexity Environments: In smaller or less complex environments where data types and storage locations are limited and well-known, the cost and complexity of implementing these tools may not justify the benefits.
• Initial Setup and Maintenance Demand: The tools require initial setup to define data categories and policies, and ongoing maintenance to adjust for new data types and business changes, which could be resource-intensive.
• Limited Impact on Threats: While effective in managing how data is handled internally, these tools do not directly protect data against external or internal threats unless coupled with other security measures.
• Dependency on Accurate Classification: Misclassification of data can lead to inadequate protection measures, still exposing sensitive data to potential theft or loss.

These tools are very useful to inform users and other tools about the sensitivity of a data, so they will know how to act according to the guidelines established for each sensitivity level. However, they do not protect the data, they only inform about the sensitivity or policy that we must follow, so they do not play a decisive role in security by themselves, although it is worth noting that they are very valuable in conjunction with other proactive protection tools.

4.7 Proactive monitoring and real-time detection with UAM, SIEM and UEBA

User and Entity Behavior Analytics (UEBA), Security Information and Event Management (SIEM), and User Activity Monitoring (UAM) tools are primarily focused on offering proactive security. They achieve this by observing, analyzing, and reacting to internal and external threats in real-time, thus guarding against possible data theft incidents. SIEM collects and aggregates log data from various sources within an organization’s IT environment, analyzing that data to identify suspicious activities. UAM monitors and records activities of users across company systems and networks, identifying unauthorized access or operations that could lead to data breaches.

When is The Best option?

• Complex IT Environments: These tools are best utilized in complex IT environments where there are many endpoints, user activities, and data transactions to monitor. A financial institution implements SIEM and UEBA to monitor for unusual access patterns to sensitive customer financial data, enabling the IT security team to quickly respond to and mitigate unauthorized access attempts.

When It’s Not the Best Option:

• Small-scale implementations: For smaller companies with limited IT infrastructure and simpler data workflows, the cost and complexity of implementing and managing these tools may not be justified.
• Limited IT Resources: Organizations with limited IT security personnel may find these tools challenging to manage effectively, as they require constant tuning and analysis to provide value.
• False Positives: These tools can sometimes generate false positives, leading to unnecessary alarms and potentially diverting resources from genuine threats.
• Adaptation by Threat Actors: Sophisticated cybercriminals may adapt their tactics to avoid detection by these tools, necessitating continuous updates and adjustments to the security measures in place.

The real-time monitoring and analysis tools mentioned above are quite powerful in certain scenarios to detect threats, especially external ones, in time. However, with respect to data theft, the role they play is mainly in alerting about unusual access within the network. For cases where data has left the perimeter they no longer exert control. With them it is difficult to detect internal users with permissions who want to misuse the data. Working in conjunction with other proactive protection tools, they can enhance security with great success.

4.8 Controlling access and monitoring anomalous behavior in the Cloud with a CASB

Cloud Access Security Brokers (CASBs) aim to enhance organizational policies regarding visibility, compliance, data security, and threat protection by applying them to cloud applications and services. This ensures access to cloud resources is both secure and compliant. CASBs provide a comprehensive view of an organization’s cloud usage, including unsanctioned apps (shadow IT) and user activities. They also help enforce compliance policies across cloud services, aligning with regulations. They focus on threat protection, identifying and mitigating threats from compromised accounts, malware, and insider threats by analyzing user and entity behavior in the cloud environment.

When is The Best option?

• Hybrid and Cloud-First Environments: For organizations that rely heavily on cloud services or have a hybrid mix of cloud and on-premises applications, CASBs are essential for maintaining security parity across environments. An e-commerce company uses a CASB to enforce access controls and monitor for suspicious activities across its cloud-based inventory management and customer service platforms, effectively preventing unauthorized data exposure.

When It’s Not the Best Option:

• Cloud-Averse Organizations: For companies that primarily use on-premises IT infrastructure and have minimal cloud exposure, the investment in a CASB may not provide significant benefits.
• Simple Cloud Environments: Small businesses utilizing a single or few cloud services with straightforward security needs may find CASBs overly complex and not cost-effective.
• Dependency on Configuration and Policies: The effectiveness of a CASB in preventing data theft heavily depends on the accurate configuration of control policies and the understanding of cloud-specific risks.

CASBs can be very useful in controlling security within cloud platforms, being an additional policeman in charge of enforcing the policies established within the cloud perimeter. Similar to DLPs, their focus is on the inside and for internal users, they can get in the way when you need to send data outside the network, as they no longer have control. They are specialized in the cloud, so their use case is quite specific to organizations that have that specific need.

4.9 Awareness and training tools to prevent human error and social engineering

The main purpose of awareness and training tools is to educate employees about cybersecurity best practices, recognize and respond to potential threats such as social engineering attacks, and ultimately reduce human error that could lead to data theft. These tools deliver engaging content on cybersecurity topics, including phishing, password security, and safe internet practices, often using quizzes and simulations to test knowledge. They create realistic but harmless phishing campaigns to test employees’ responses to suspicious emails, providing teachable moments for those who fall for the simulations. By tracking participation and performance in training programs and simulations, these tools help identify areas where additional education is needed.

When is The Best option?

• Companies of Any Size: From small businesses to large enterprises, any organization can benefit from strengthening their human firewall against cyber threats. An industry organization implements an ongoing cybersecurity awareness program, significantly reducing incidents of successful phishing attacks amongst its staff, protecting sensitive intellectual property data from potential exposure.

When It’s Not the Best Option:

• Over-Reliance Without Supplementary Security Measures: Depending solely on training tools without implementing adequate technical safeguards does not provide a holistic security posture, leaving potential vulnerabilities unaddressed.
• Infrequent or One-Time Training: Organizations that treat cybersecurity training as a one-off event, rather than an ongoing process, may find these tools less effective over time as threats evolve and employees forget best practices.

Knowledge is power, training employees can make the difference between suffering an attack or preventing one. The continuous training offered by these tools is an essential value for organizations. Although it is important to be trained, this does not guarantee that there will be no human error, deception or malpractice. It is one more tool that improves the security posture but that needs proactive protection tools to shield itself in cases where people fail or there are gaps from which to perform malicious actions.

5. SealPath Recommendations

In today’s context, data is a gold mine, and malicious actors are constantly developing methods to extract this valuable asset and monetize it for their own benefit. Organizations need to be vigilant and proactive in defending their data against threats, and make the best decision by choosing the right tools based on their needs, context, and resources.

The stark reality is that data often needs to traverse beyond the traditional security perimeter due to remote working, cloud services, and the need for collaboration with external partners. The enclosure of company data within a secure perimeter is no longer sufficient. Given the flexible and dynamic ways in which data is accessed and shared, it’s crucial to implement a measure or a combination of measures that protect data across all scenarios to prevent security gaps.

Enterprise Digital Rights Management (EDRM) is recommended as a potent solution for companies aiming to deter data theft. EDRM is a versatile and powerful tool in the fight against data theft.

• Persistent Protection: It secures data consistently, regardless of where the data resides or with whom it is shared.
• Granular Access Control: EDRM allows organizations to define who can view, edit, print, or forward a file, providing fine-grained control over data handling.
• Audit Trails: The ability to track and log all actions performed on data enables better regulatory compliance and forensics in the event of a security incident.

EDRM differs from other tools in that it focuses on the data itself rather than the environment or infrastructure, making it uniquely suited to the modern, perimeter-less landscape where data mobility is a given.

6. Closing Thoughts

The gravity of data theft cannot be understated, posing immediate and long-term threats to a company’s operational integrity and its survival. Securing data transcends a simple technical requirement; it is a critical investment in the future of the business. The necessity of investing in prevention measures is paramount, given the complex landscape of threats. Organizations must adopt a comprehensive approach to protect their invaluable data assets, ensuring security across all possible scenarios and contexts.

Choosing the right tools to protect data is a significant decision for any organization. With a wide array of security tools available, making an informed choice that aligns with the specific needs and operational framework of a business is crucial. The effectiveness of a data protection strategy significantly depends on selecting tools that are adaptable, scalable, and well-suited to the unique challenges faced by the business.

If navigating the selection of optimal data protection measures feels overwhelming, SealPath is at your service. We provide personalized and detailed advice, guiding your business toward implementing the best security practices and tools. Contact SealPath here for a consultation, and embark on a journey to ensure your company’s future is protected against the dangers of data theft.

Cybersecurity Threat Landscape: “Ensuring Preparedness for Evolving Threats”

The dynamic nature of the cybersecurity landscape demands constant vigilance and adaptability from organizations. In the face of rapidly evolving threats, a CISO must be prepared to tackle the challenges that lie ahead. As stated in the DSPM blog post, “the digital transformation has brought with it a significant increase in the number of threats and vulnerabilities to which organizations are exposed.”

According to a 2021 report by Accenture, the top threats impacting organizations include ransomware (New Generation), supply chain attacks, and the exploitation of known vulnerabilities. The report also highlights that cybercriminals have been targeting remote workers and leveraging phishing campaigns.

In this context, ensuring preparedness for evolving threats is of paramount importance. To address these challenges, CISOs must adopt a proactive approach in securing their organization’s digital assets.

1.1 Most common types of cybersecurity threats for Organizations.

• • Malware: It is present in almost all types of attacks. Ransomware, Trojans, Spyware, viruses, worms, keyloggers, bots… 92% of Malware is delivered via email, and the first 6 months of 2022 saw a huge 976.7% increase comprared to the year before.
  • Phishing: Is one of the top causes of data breaches, more than 75% of targeted cyberattacks start with an email. These attacks continue to evolve to incorporate new tactics. Targeted spear-phishing attacks designed to obtain credentials make up 76% of all threats. IBM reported that they were the most expensive initial attack vector, with an average cost of $4.91 million.
  • DDoS attacks: Distributed denial of service attacks are often carried out as a decoy to distract the owners of the attacked website while the hacker attempts to mount a second, more exploitative attack. This threat continued to grow reaching an increase of 60%.

• Supply Chain Attacks or third party exposure: According to CyberArk’s report, 96% of organizations give external parties access to critical systems, providing unprotected access to their technical docs and designs. It’s important to protect all the data shared in the supply chain with thrid parties.
• Exploitation of Known Vulnerabilities and misconfigurations: Cybercriminals often exploit known vulnerabilities in software and hardware to gain unauthorized access to systems and data. According to a Rapid7 test, 80% of external penetration tests encountered an exploitable misconfiguration.

1.2 Strategies for staying ahead of evolving threats

Here are three key approaches to help organizations strengthen their cybersecurity posture and protect their critical assets to stay ahead of potential risks:

• Continuous monitoring and threat intelligence: Staying informed about the latest threat trends and attacker tactics is crucial for staying ahead of cybercriminals. By integrating threat intelligence feeds into their security operations, organizations can better anticipate and respond to emerging threats. A Ponemon Institute study found that organizations that used threat intelligence reduced the average cost of a data breach by $192,000. Know how to calculate the cost of a data breach with a case study here.
• Regular security assessments and penetration testing: Conducting regular security assessments, such as vulnerability scans and penetration tests, can help organizations identify weaknesses in their security posture and take corrective actions before they are exploited by attackers. According to a Cybersecurity Insiders report, 96% of organizations that conducted application security testing discovered at least one vulnerability.
• Investing in advanced security tools (e.g., AI and machine learning): Advanced security tools that leverage artificial intelligence (AI) and machine learning can help organizations detect and respond to threats more effectively. These technologies can analyze vast amounts of data to identify patterns, anomalies, and potential threats, enabling organizations to take swift action. A Capgemini Research Institute report revealed that 69% of organizations believe AI will be necessary to respond to cyberattacks in the coming years.

1.3 Best practices for incident response and recovery

It is crucial for organizations to have a well-defined incident response plan in place to minimize the impact of a security breach. Here are some best practices for incident response and recovery:

• Developing and testing an incident response plan: It is essential to have a well-defined incident response plan that outlines the steps to be taken, step-by-step procedures, in case of a security breach. The plan should include roles and responsibilities, communication protocols, and procedures for containing and mitigating the incident. It is also crucial to test the plan regularly to ensure its effectiveness. The plan helps teams improve response and recovery times to restore business operations quickly and effectively. You can base on frameworks as NIST, SANS or ISO.
• Communication strategies during a security incident: Communication is key during a security incident. It is essential to have a communication plan in place that outlines how to notify stakeholders, including employees, customers, and partners. The plan should also include guidelines for communicating with the media and law enforcement agencies.
• Post-incident analysis and lessons learned: After a security incident, it is crucial to conduct a post-incident analysis to identify the root cause of the incident and the effectiveness of the incident response plan. The analysis should also include lessons learned and recommendations for improving the incident response plan.

Information Security Awareness: “Creating a Security-Conscious Culture”

The importance of information security awareness cannot be overstated. Creating a security-conscious culture within an organization is a top concern for Chief Information Security Officers (CISOs). In fact, a study by (ISC) revealed that 95% of the surveyed cybersecurity professionals believe that a lack of security awareness among employees is a significant challenge for organizations.

A security-conscious culture is not only about implementing sophisticated security technologies but also about empowering employees to take responsibility for protecting the organization’s digital assets. By fostering a culture where employees are aware of potential risks and understand their role in mitigating them, organizations can effectively reduce the likelihood of security incidents.

In the next subsections, we will delve deeper into the strategies and best practices for creating a security-conscious culture within an organization.

2.1 Importance of security awareness training

• Reducing human error: Human error is often cited as the leading cause of security breaches in organizations. Security awareness training helps minimize this risk by educating employees on best practices for handling sensitive information and identifying potential threats.
• Detecting and reporting suspicious activity: Security awareness training equips employees with the knowledge to recognize phishing emails, social engineering tactics, and other common forms of cyberattacks. This enables them to detect and report suspicious activities, improving an organization’s overall security posture and preventing potential data breaches.
• Ensuring compliance with security policies: Training is essential for maintaining compliance with security protocols and procedures. By educating employees about the importance of adhering to security policies, organizations can avoid costly fines and legal repercussions associated with non-compliance.

2.2 Most effective security awareness training methods

• Interactive and engaging content: Recent studies have shown that interactive and engaging content, such as videos, quizzes, and simulations, is one of the most effective methods for security awareness training. These materials allow employees to actively participate in the learning process, increasing retention and understanding of key security concepts.
• Gamification: Gamification is a popular method for increasing engagement and retention of information in security awareness training. By incorporating game-like elements such as points, badges, and leaderboards, employees are motivated to learn and apply security best practices.
• Regularly updated training materials: Keeping employees informed about the latest threats and vulnerabilities is essential for maintaining a strong security posture. Regularly updated training materials, including newsletters, webinars, and training sessions, provide up-to-date information and reinforce the importance of security awareness.

2.3 Measuring the success of security awareness programs

• Tracking employee engagement and knowledge retention: According to recent studies, tracking employee engagement and knowledge retention is a crucial aspect of measuring the success of security awareness programs. One study found that companies with high levels of employee engagement in security training had a 70% lower risk of security incidents compared to those with low engagement levels.
• Monitoring security incidents and policy violations: Monitoring security incidents and policy violations can provide valuable insights into the effectiveness of security awareness programs. A report by the Ponemon Institute found that companies that monitored security incidents and policy violations had a 40% lower risk of data breaches compared to those that did not.

Regulatory Compliance: “Meeting Legal and Industry Standards”

In the era of stringent data protection regulations and constantly evolving cyber threats, regulatory compliance has become a top priority for Chief Information Security Officers (CISOs). As discussed in the DSPM blog post, meeting legal and industry standards is essential for organizations to maintain their reputation, avoid fines, and protect their customers’ sensitive information.

According to a study by the Ponemon Institute, non-compliance with data protection regulations can cost organizations an average of $14.82 million per year. This highlights the importance of implementing robust security controls and processes to ensure compliance with relevant laws and industry standards.

In the next subsections, we will delve deeper into the challenges CISOs face in maintaining regulatory compliance and explore strategies to overcome these obstacles.

3.1 Overview of key regulations and standards

• GDPR: The General Data Protection Regulation (GDPR) is a regulation in EU law on data protection and privacy for all individuals within the European Union and the European Economic Area. It came into effect on May 25, 2018, and aims to give control to individuals over their personal data.
• HIPAA: The Health Insurance Portability and Accountability Act (HIPAA) is a US law that provides data privacy and security provisions for safeguarding medical information. It was enacted in 1996 and has been updated several times since then.
• PCI-DSS: The Payment Card Industry Data Security Standard (PCI-DSS) is a set of security standards designed to ensure that all companies that accept, process, store, or transmit credit card information maintain a secure environment. It was created by major credit card companies in 2004.
• ISO 27001: The International Organization for Standardization’s Information Security Management System (ISO 27001) is a framework for managing and protecting sensitive information using risk management processes. It is a globally recognized standard that provides a systematic approach to managing sensitive company information.
• DORA: The Digital Operational Resilience Act (DORA) is a proposed regulation by the European Commission aimed at harmonizing and strengthening the digital operational resilience requirements for financial institutions in the European Union. DORA focuses on areas such as ICT risk management, incident reporting, digital operational resilience testing, and ICT third-party risk. Know more in our detailed guide about DORA.
• NIST Cybersecurity Framework: Provides a policy framework of computer security guidance for private sector organizations in the United States.

3.2 Strategies for maintaining compliance

• Regular audits and assessments: Conducting regular audits and assessments can help identify areas of non-compliance and ensure that policies and procedures are being followed. This can also help organizations stay up-to-date with changing regulations and industry standards.
• Documenting policies and procedures: Documenting policies and procedures can help ensure that employees are aware of compliance requirements and can refer to them as needed. This can also help organizations demonstrate their commitment to compliance in the event of an audit or investigation.
• Training employees on compliance requirements: Providing regular training on compliance requirements can help ensure that employees understand their responsibilities and can identify potential compliance issues. This can also help create a culture of compliance within the organization.

Vendor Risk Management: “Assessing and Mitigating Third-Party Risks”

Organizations increasingly rely on third-party vendors and partners to deliver critical services and support their operations. However, this collaboration can also introduce significant risks to the company’s data security and compliance posture. As a result, Chief Information Security Officers (CISOs) must prioritize vendor risk management as a key concern.

Vendor risk management involves assessing and mitigating the potential risks associated with third-party relationships, including data breaches, non-compliance, and service disruptions. This alarming statistic highlights the importance of having a robust vendor risk management strategy in place. According to new research from Ponemon Institute and Mastercard’s RiskRecon, only 34% of organizations are confident their suppliers would notify them of a breach of their sensitive information.

By implementing a proactive approach to vendor risk management, CISOs can ensure that their organizations are better prepared to identify, assess, and mitigate the risks associated with third-party relationships. In the next subsections, we will delve deeper into the key aspects of vendor risk management and explore best practices for CISOs to effectively manage third-party risks.

4.1 Common risks associated with third-party vendors

• Data breaches: Third-party vendors often have access to sensitive data or informations, making them a prime target for cybercriminals. In fact, a study by Ponemon Institute found that 59% of companies experienced a data breach caused by a third-party vendor in 2022.
• Supply chain disruptions: Third-parties can also cause disruptions in the supply chain, leading to delays and increased costs. For example, the COVID-19 pandemic highlighted the risks of relying on a single supplier, as many companies experienced shortages and delays due to supply chain disruptions.
• Legal and regulatory violations: Third-party vendors may also engage in illegal or unethical practices, which can lead to legal and regulatory violations for the company. Non-compliance could subject the companies hiring them to huge monetary penalties. Organizations must ensure that third parties comply with regulations.

4.2 Best practices for vendor risk assessment

• Conducting due diligence: Before engaging with a vendor, it is important to conduct a thorough background check to ensure they have a good reputation and are compliant with relevant regulations. This includes reviewing their financial stability, security practices, and past performance.
• Establishing clear contract terms and SLAs: Contracts should clearly outline the expectations and responsibilities of both parties, including security requirements and data protection measures, as the Personal Data Processsing Agreement (DPA). Service level agreements (SLAs) should also be established to ensure the vendor meets agreed-upon performance standards.
• Regularly monitoring vendor performance: Ongoing monitoring of vendor performance is crucial to ensure they continue to meet security and performance standards. This includes regular audits, vulnerability assessments, and incident response testing. In recent years, there have been several high-profile data breaches caused by third-party vendors, highlighting the importance of effective vendor risk management.

4.3 Strategies for mitigating vendor risks

• • Implementing vendor risk management frameworks: In recent years, there has been a growing trend towards implementing vendor risk management frameworks to mitigate the risks associated with third-party vendors. These frameworks typically involve a set of policies, procedures, and controls that are designed to identify, assess, and manage vendor risks. By implementing these frameworks, organizations can better understand the risks associated with their vendors and take steps to mitigate them.
  • Collaborating with vendors to improve security practices: Another strategy for mitigating vendor risks is to collaborate with vendors to improve their security practices. This can involve working with vendors to identify and address vulnerabilities in their systems, as well as providing training and resources to help them improve their security posture. By working together, organizations and vendors can create a more secure environment for their shared data and systems.

 

• Considering alternative vendors and contingency plans: Finally, organizations can mitigate vendor risks by considering alternative vendors and contingency plans. This involves identifying backup vendors and developing contingency plans in case a primary vendor experiences a security breach or other issue. By having alternative options in place, organizations can minimize the impact of vendor-related risks and ensure continuity of operations.

Data Privacy and Protection: “Safeguarding Sensitive Information”

Data privacy and protection have become paramount concerns for organizations across all industries. The rapid growth of data, migration to the cloud, and increasing regulatory compliance requirements have made safeguarding sensitive information a top priority for Chief Information Security Officers (CISOs). Data Security Posture Management (DSPM) technologies, which leverage AI/ML techniques, play a crucial role in identifying, classifying, and assessing risks associated with sensitive data.

CISOs must stay ahead of the curve by adopting data-centric security tools and strategies to protect their organization’s most valuable assets and ensure compliance with various regulations, such as GDPR, HIPAA, and PCI.

In the next subsection, we will delve deeper into the challenges and best practices for data privacy and protection, providing insights for CISOs to effectively safeguard their organization’s sensitive information.

 

5.1 Data privacy best practices

• Privacy by design and by default: This principle requires companies to consider privacy at every stage of their product or service development, from the initial design to the final implementation. It involves implementing privacy-enhancing technologies, such as encryption and anonymization, and ensuring that default settings are privacy-friendly.
• Data minimization and retention policies: Companies should only collect and retain the minimum amount of personal data necessary to achieve their stated purpose. They should also have clear policies in place for how long they will retain data and how it will be securely disposed of when no longer needed.

5.2 Implementing effective data protection measures

• Encryption and pseudonymization: Encrypting sensitive data is a critical component of any data protection strategy. Encryption ensures that even if data is intercepted or stolen, it remains unreadable. The corporate’s data should be protected in its three states: at rest, in transit and in use. Pseudonymization is another technique used to protect personal data by replacing identifying information with pseudonyms. Tools like Sealpath, offers a solution that help organizations implement robust encryption measures to protect their sensitive data. EDRM solutions are very strong technologies if the deployment is done successfully as is detailed in this article. SealPath EDRM is an advanced persistent protection that travels with the data wherever it goes limiting the Access and use. Know in depth how encryption works in organizations here.
• Access controls and authentication: Implementing strict access controls and authentication methods is crucial for preventing unauthorized access to sensitive data. This includes using multi-factor authentication, role-based access control, and monitoring user activity. Sealpath’s solutions can help organizations to establish and enforce access controls, ensuring that only authorized individuals have access to sensitive data.
• Secure data storage and disposal: Ensuring that data is securely stored and disposed of when no longer needed is an essential aspect of data protection. This involves using secure storage solutions, such as encrypted databases and file systems, as well as implementing secure data deletion methods. Sealpath’s data-centric security solutions can assist organizations in securely storing and managing their sensitive data, as well as facilitating secure data disposal when necessary.

5.3 Responding to data breaches and privacy incidents

• Notification requirements: In the event of a data breach or privacy incident, organizations are often required by regulations, such as GDPR, to notify affected individuals and relevant authorities within a specific timeframe. For example, GDPR mandates that companies report a breach to the appropriate supervisory authority within 72 hours of becoming aware of the incident. Sealpath’s solutions can help organizations detect and respond to potential data breaches more quickly, enabling them to meet notification requirements and minimize potential damage.
• Incident response planning: Having a well-defined incident response plan in place is crucial for organizations to effectively manage and recover from data breaches or privacy incidents. This plan should include clear roles and responsibilities, communication protocols, and procedures for investigating and addressing the incident. Sealpath’s data-centric security solutions can support organizations in their incident response planning by providing visibility and control over sensitive data, enabling more rapid identification and containment of potential breaches.
• Remediation and recovery efforts: After a data breach or privacy incident, organizations must take appropriate steps to remediate the issue and recover their operations. This may involve implementing additional security measures, addressing vulnerabilities, and providing support to affected individuals. Sealpath’s solutions can play a vital role in remediation and recovery efforts by helping organizations to identify and address the root causes of data breaches, as well as assisting in the secure restoration of affected data and systems.

SealPath, Advanced Data Protection and Classification to secure your most critical data

SealPath is a prominent security provider that specializes in safeguarding data and managing digital rights. Our cutting-edge solutions leverages state-of-the-art Artificial Intelligence and Machine Learning technology. With a strong emphasis on data protection and risk identification, SealPath’s expertise lies in the classification and protection of data, enabling organizations to better manage and secure their information.

SealPath SealPath applies persistent protection that travels with the sensitive documentation:

• Protect access to data regardless of location.
• Controlling that each person accesses only what they need to access and applying strict access controls.
• Auditing and recording all access to sensitive documentation.

1. Threats for Organizations with Tampering

Tampering with data and systems has become a significant practice in modern and advanced cyberattacks. It involves the unauthorized modification of information or systems, which can compromise the security of an organization and have serious consequences. For example, in this article from CISA (America’s Cyber Defense Agency) where they advise on practices to stop ransomware, they explain that during the initial stages of the deployment of Snatch ransomware they try to disable antivirus. The same practice has been used to disable other solutions, such as EDRs, or any solution that monitors, detects, or records activity that allows attackers to infiltrate systems undetected. According to Huntress 2025 Cyber Threat Report, advanced methods such as defensive tampering have become the norm.

This approach ensures that the malicious activity remains hidden, delaying detection and response. Not only can malicious actors do this, but internal personnel can also manipulate data and solutions for their own benefit or simply to bypass security controls for their own convenience. Unlike outright theft, detecting tampering can be more challenging, as changes may be subtle yet highly impactful. According to IBM cost of a data breach report it took an average of 194 days to identify a data breach globally in 2024. When data is tampered with, its integrity is compromised and can lead to erroneous decisions affecting all types of data, from personal information to intellectual property (To learn about all types of sensitive information, read our guide.). In one way or another, directly or indirectly, these practices can result in financial, operational and reputational damage.

2. Understanding Tampering in Cyber Security Solutions & Data

To safeguard against tampering, it is crucial to comprehend the distinct types that can compromise an organization’s cybersecurity. These include data tampering and solutions tampering.

What is Tampering?

Solutions tampering targets the very systems and software that are designed to protect against cyberattacks. By tampering with these solutions, attackers can disable or shut down monitoring tools and security solutions, allowing them to perform malicious activities undetected. For example: A hacker infiltrates an organization’s network and disables solutions such as Endpoint Detection and Response (EDR) and Next Generation Anti-Virus (NGAV) before launching an attack. This allows malware to spread undetected, or an attacker may modify a security monitoring tool to ignore certain types of traffic, facilitating data exfiltration without triggering alerts.

What is Data Tampering?

Data tampering is the unauthorized alteration, deletion, or manipulation of data, often carried out by cybercriminals for various nefarious purposes. Attackers may pursue financial gain, conduct espionage, or sabotage an organization. Data tampering can also be a component of larger cyber attacks, such as ransomware, where data is manipulated to coerce victims into paying ransoms. This type of threat can sometimes be the result of mistakes or negligence by employees, or deliberate insider threats, where employees with access to sensitive data misuse it for personal gain.

While both types of tampering are highly damaging, it is important to understand that data tampering directly affects the integrity and reliability of critical data. Solutions tampering compromises the effectiveness of cybersecurity measures and enables broader attacks.

3. Real-World Examples of tampering

Internal Sabotage

Internal sabotage involves an individual within the organization deliberately altering data or systems to cause harm. For example, a disgruntled employee at a financial institution manipulated transaction records to create unauthorized wire transfers. This not only caused financial loss, but also damaged the bank’s reputation and customer confidence. The perpetrator exploited his access privileges to perform the sabotage undetected.

Ransomware Integration

Ransomware integration is a common tactic wherein attackers use malicious software to encrypt data and demand a ransom for its release. In a ransomware attack, criminals not only encrypted data but also tampered with backup systems, ensuring that data recovery processes were crippled, increasing the likelihood of ransom payment. Another technique they use is to tamper EDRs, as detailed in Huntress’ report. A trend they see continuing to grow. It has also been seen that in the early stages of ransomware attacks, at the moment of infiltration, they use this technique to go unnoticed and leave no trace in the records. If you want to learn more about modern ransomware, here is a complete guide.

Skipping security controls

Sometimes security controls can hinder employees in their day-to-day work, and for convenience and speed they may find a way to disable services. This can lead to data leakage if information is not encrypted before it is sent or shared. For example, when employees want to share sensitive documents from their mobile devices using Whatsapp or other communication apps.

Data Modification

Data modification target the alteration of specific data. Those responsible may try to manipulate the data for a variety of reasons. Financial gain, espionage, or sabotage are just a few. Data tampering can occur for other reasons, such as human error or negligence on the part of employees. Imagine an employee accidentally deleting or modifying critical data. Data should be protected in its three states: At rest, in motion, and in use.

4. Actions and Measures to Prevent Data Tampering

• Implement Multi-Factor Authentication (MFA): Enhance security by requiring multiple forms of verification before granting access.
• Data Encryption:Protect sensitive data by converting it into a secure format, making it unreadable for unhautorized users. Use the most secure encryption; read our guide to find out which provides the highest level of security.
• Regular Audits and Monitoring: Continuously review and analyze systems to detect and respond to anomalies or unauthorized actions swiftly.
• Access Control and Privileged Access Management: Restrict access to data and systems based on user roles, ensuring only authorized personnel can access critical information. This is a principle stated by the Zero Trust strategy, learn more here.
• Backup and Recovery Plans: Maintain regular backups and develop a clear recovery strategy to restore data in the event of tampering. Create a data breach incident response plan, here is everything you need to know.
• Version Control: Store and manage older versions of files, allowing you to revert, compare, or identify changes across different versions easily and quickly.
• File Integrity Monitoring (FIM): Implement tools to continuously check file integrity and alert on any unauthorized changes. Know more about FIM here.
• Implement User Permissions Controls and Least Privilege Models: Limit user permissions to the minimum necessary for their job functions to reduce the risk of accidental or intentional tampering. Restrict not only access, but also the permissions that each user should have, for example preventing editing of highly sensitive documents.

5. Tools for Data Anti-Tampering

• Splunk: A powerful analytics tool for monitoring, searching, and analyzing machine-generated data for audits and security monitoring.
• CyberArk: An access management tool focused on securing privileged accounts, enforcing access controls, and managing session activities.
• Tripwire: A file integrity monitoring system that detects changes to file systems, ensuring data integrity.
• Box: A cloud storage service that keeps track of file versions, enabling users to revert, compare, and identify changes across different versions easily.
• Veritas Backup Exec: A backup and recovery solution to ensure data is regularly backed up and can be restored when needed.
• Okta: A cloud-based identity management service that enables user access control and implements the least privilege models effectively.
• SealPath: An enterprise digital rights management tool that protects sensitive documents and controls access rights wherever data goes.

6. SealPath Anti-Tampering Protection

SealPath Enterprise Digital Rights Management (EDRM) is a robust solution designed to secure sensitive information and control document access. It provides organizations with advanced capabilities to protect their data across various platforms and devices, ensuring that sensitive files remain secure even when shared externally. It offers comprehensive features, including Identity and Access Management, Encryption, Permission Management, and Monitoring.

In addition to providing control over files, it is an important tool against data tampering with:

• Strict Access Control: SealPath implements stringent access control measures based on user roles. By protecting sensitive documents with encryption, it ensures that only authorized users can access or modify files. This minimizes the risk of data tampering by restricting file access to trusted individuals.
• Detailed Audit Logs: SealPath provides comprehensive audit logs that track all accesses to documents. These logs facilitate regular audits and monitoring by providing detailed records of who accessed the files, when, and from what location. This transparency allows for quick identification of unauthorized access or potential tampering attempts.
• Role-Based Permissions: The platform ensures that users only have the permissions necessary for their roles, reducing the risk of intentional or accidental tampering. By limiting the actions users can perform on sensitive documents, SealPath maintains a higher level of document integrity.
• Monitoring Capabilities: SealPath’s monitoring features enable administrators to track and control access to documents effectively. Administrators can oversee SealPath’s activation status and access detailed activity information directly from the web console. This includes grouping by agent or user to identify recent activities, such as connections, IP addresses, and machine names.

It also has protection against tampering with the solution. SealPath’s anti-tampering capabilities are centered on the SealPath Desktop Monitoring process, which ensures that the app remains operational at all times. This process automatically relaunches the app if it is detected to be not running, using the correct user profile and permissions. This ensures persistent application usage and adds non-bypassable security measures that align with key best practices.

The key benefits include:

• Persistent Application: Users cannot uninstall SealPath due to admin-level installation privileges.
• Non-Bypassable Security: Once logged in, users stay logged in; attempts to alter configuration files are negated as settings are reloaded.
• Profile and Server Consistency: Cache and server configurations are locked, ensuring users cannot alter their profiles or switch servers.

These features prevent both employees and unauthorized third parties from deactivating SealPath, ensuring continuous data security. This enhanced protection integrates seamlessly with automatic folder protection, DLP, or discovery rules, ensuring that sensitive data is always protected because SealPath cannot be disabled or tampered with.

Example: Admins can use SealPath to distribute automatic folder protection rules to users’ computers via Group Policy Objects (GPO). An XML file indicates which folder (e.g., “My Documents”) is automatically protected. If files are added to this folder, they are immediately protected. Even if users attempt to close SealPath to prevent this protection, they will fail due to SealPath’s anti-tampering controls.

7. Conclusion

Data tampering poses significant risks to the integrity, confidentiality, and availability of critical information (CIA triad). Unauthorized modifications can lead to data breaches, financial loss, reputational damage, and operational disruptions. Additionally, tampering with solutions or security tools themselves can undermine entire security frameworks, leaving systems more vulnerable and ineffective. The importance of taking proactive actions and implementing robust anti-tampering measures cannot be overstated.

By utilizing best practices such as data encryption, multi-factor authentication, regular audits, access control, and file integrity monitoring, organizations can significantly reduce their vulnerability to data tampering. Moreover, the deployment of advanced tools can further enhance protection by enforcing strict access controls.

Taking these preventive steps is essential for ensuring data integrity and security, mitigating the risk of tampering, and safeguarding organizational assets against future consequences. Implementing a comprehensive anti-tampering strategy will not only protect data but also build trust among customers, partners, and stakeholders.

Dassault Systèmes SolidWorks

SolidWorks is a 3D solid parametric modeling software developed by Dassault Systèmes. One notable aspect of SolidWorks’ supplementary capabilities includes its ability to emulate the physical properties of an object. In this context, SolidWorks employs sophisticated simulation technologies to assess the performance and behavior of mechanical products. This crucial feature enables businesses to save valuable time and resources in their product development process.

SolidWorks platform provides instinctive solutions tailored to every phase of the design process. Its comprehensive suite of tools is devised to make the overall lifecycle of product development more effective and productive. The platform’s inherent simplicity, a key characteristic of its value proposition, has been instrumental in driving the success of numerous clients.

Many companies in the manufacturing and engineering environment use SolidWorks in their processes, and in their designs, they include highly sensitive and confidential information, namely intellectual property.

The challenge of protecting SolidWorks CAD designs

Organizations that manage these types of CAD designs need to share them throughout the supply chain, with other internal users, subcontractors, external partners, customers, collaborators etc. It is difficult to maintain security over sketches if they must pass through several hands in the design and manufacturing process, which increases the risk of intellectual property and trade secret leakage.

The basis of the new Smart Industry involves deep factory automation, digitization of processes and new communication channels. This, together with new ways of working, increases the possibility of targeted attacks and information that was previously kept only within the security “perimeter” of the network, has to be shared with different systems and external actors.

A large part of information leaks in organizations originate from external suppliers. Through an attack directed at a partner, or through a security incident at a third party, our information can be left unprotected, even though we have put measures in place within our organization. In the manufacturing/industry sector, the main actor behind an information leak is in 93% of the cases an attacker coming from abroad. The main motivation is espionage in 94% of cases. In fact, the most common type of data, 91%, stolen in this sector is Intellectual Property and industrial secrets.

And once the intellectual property has been stolen, competitors can take advantage of the leaked information. And this, in turn, can cause long-term damage to a company’s competitive advantage. This translates into substantial losses in turnover, loss of market share and loss of reputation. Companies working in this sector with SolidWorks require the ability to protect and control their 3D SolidWorks designs. Auditing access, controlling what they can and cannot do and being able to revoke access to designs when they stop working with a certain partner or when an employee leaves the organization.

3 ways for securing and Lock SolidWorks 3D CAD files

In terms of safeguarding SolidWorks 3D CAD designs, either internally or through external parties, various alternatives exist. These include implementing password security, utilizing DXF formatting or exporting to PDF, as well as the application of Information Rights Management solutions.

1. Traditional Password Protection

As clearly indicated by its name, password protection entails incorporating a secret cryptographic key to your SW CAD files, ensuring that only the preapproved users can access the content of the file. In the event of a security compromise where the malicious cyber threat actor gets access to the file, they will still be faced with the hurdle of cracking the correct secret key for unveiling the content of the file.

Implementing passwords provides a basic method of ensuring protection of designs, irrespective of the adopted file format or utilized software for the creation of the CAD files. You can set a password by:

• Password protection by SolidWorks: You can set a password for a SolidWorks file by going to File > Save As > Options. In the Save As Options dialog box, select the Security tab and enter a password.
• Use a .zip/.rar tool: Compress a SLDPRT file with a password.

While passwords serve as a competent means of safeguarding files from unwarranted access, their protective capacities become limited once the file has been accessed. Upon opening the file in question, the recipient possesses complete control over its contents, allowing them to potentially utilize designs and drawings without proper consent.

In certain instances, they may opt to modify the design by incorporating unique aspects, subsequently publishing the end product under their own designation. Consequently, password reliance does not fully eradicate the notion of theft, especially in light of prevalent data demonstrating the frequency of employee-driven intellectual property theft. They will also have access to other parts of the design such as other pieces that make up the overall design that you would not want to reveal.

2. Using other formats

An alternative method to prevent unauthorized access of CAD drawings entails their conversion to eDrawings or 3D PDF formats. These are superior formats that enable the receiver to unlock the file’s content using a password, without granting them the power to alter or adjust the content, only to visualize them.

• eDrawing of your Assembly: eDrawings is another way to share your design with third parties. You are not giving 3d model but eDrawings can be used for visualization. Go to File > Save As > eDrawings (*.easm) in save as type. Also eDrawings can be protected with password. To add a password click File > Password, in the dialog box, select Password Required to Open Document, then type a password and save.
• Save as 3D PDF: It’s possible for you to store an assembly in PDF format. Additionally, you have the capability of generating a 3D PDF that enables you to share a 3D model that an individual can view, hide/show, and rotate, but is unable to measure or export as solid geometry. Start from the ‘File’ menu, then navigate to ‘Save As…’, and find Adobe Portable Document Format (*.pdf) in the ‘Save as Type’. It’s critical to ensure that the ‘Save as 3D PDF’ option is checked. These can be used to share your design without actually sharing your 3d model.

Should team members or employees require to analyze, mark or annotate the design, they can conveniently utilize a complimentary software named Design Review. This software becomes necessary only when additional measures are imperative. However, for simply observing the content, a web browser will be adequate.

Furthermore, as we mentioned at the beginning of this article, in a sector where collaboration with different internal and external agents is essential these are not useful techniques for a secure collaboration. In many cases access is needed to edit, modify or perform any action on the design, so sharing it in a visualization format is not an option.

3. Using Enterprise Digital Rights Management Solutions

An exceptionally efficient method for safeguarding your SolidWorks CAD files involves utilizing third-party security software solutions, like Enterprise Digital Rights Management (EDRM). Employing dependable security software is crucial for ensuring tranquility and top-notch protection. This leads us to the introduction of SealPath.

Introducing SealPath Smart CAD Protection for SolidWorks

SealPath is a firm specializing in cybersecurity, offering advanced solutions to data protection and security issues encountered by firms. The technology employed by SealPath gifts you with full authority over sensitive documents and files, and enables you to observe the happenings around your property, even subsequent to sharing them with an external party.

SealPath delivers safeguards that escort your document across both your network and the recipients’ networks, whether located in the cloud or on a PC. You possess the ability to govern access, timing, and level of actions that users can have on the file. With SealPath, delicate documents are secured (encrypted utilizing digital rights management) when at rest, during transmission, and while in use.

For example, do you desire for the recipient of your file to only possess reading rights, devoid of the capability to edit, duplicate, or even produce a printout of your work? Or do you wish for them to own the document, but be incapable of opening it until a certain date, despite possessing the password? SealPath can facilitate the attainment of all these needs with ease.

Furthermore, SealPath empowers you to rescind file access remotely and even expunge them from the recipients’ repository, should collaboration with the possessor cease or if you prefer the work not being in their possession. In the event that an unauthorized entity endeavors to obtain access to your file, SealPath allows for real-time monitoring of their details.

Outstanding features

Undoubtedly, SealPath is the safest way to protect and lock SW CAD drawings from being leaked or accessed, and it offers tons of outstanding features, including:

• Control Permissions: Manage the actions of your customers or employees with just a few clicks.
• Seamless integration with SolidWorks: Access to designs without obstacles or intermediate agents.
• Effortless Sharing: Experience unparalleled ease when sharing encrypted files. No recipient registration is required for sharing files and controlling their usage.
• Comprehensive Access Control: View the activities of other users, such as document opening, protection tampering, or unauthorized access attempts to the protected documentation.
• Automated Protection: When files are moved or copied to a designated folder, protection is automatically activated. Monitor users who extract files from protected folders based on their usage.
• Adaptive Watermarks: In case of a screenshot attempt, your document attaches the email address of the individual, their IP address, and the date/time.
• Corporate System Integration: Log in to SealPath with your domain credentials, even if your LDAP differs from Microsoft Active Directory.
• Extensive Format & Platform Support: Protection is applicable to a vast array of CAD file formats.

How can SealPath help to protect 3D CAD designs in SolidWorks?

SealPath protection for SolidWorks, through its SealPath Security Sandbox technology, adds persistent protection to CAD designs no matter how they are shared within or outside the organization. The platform allows companies and engineering or design personnel to establish usage controls over designs (e.g., view only, edit, print, copy and paste, etc.), and monitor file usage.

Even though they are shared, the company protecting them will retain ownership of these designs so that if there is a potential risk of data leakage they can remotely delete these files or see who has attempted to access them without authorization. When you no longer wish to collaborate with these designs, the owner of the design can destroy it with a simple “click” of the mouse.

Initially, SealPath obstructs unauthorized users from accessing your CAD drawings, ensuring the safety of your files. By authentication methods secure your CAD files, prohibiting unintended individuals from accessing your documents’ content. As a result, even if cybercriminals manage to obtain your CAD files, they are unable to access the information inside.

Moreover, SealPath assists in limiting the actions selectable by your intended recipients. This feature holds significance, as you might require a partner or client to solely view particulars of your work, while preventing copying, printing, or manipulation of data.

How does it work?

1. Users protect designs through the SealPath client by indicating the users, groups or domains with access to the information and their permissions (e.g. view only, edit, print, etc.). They can add expiration dates, and other controls such as offline access capability. Protection can be manual or automatic, integrated with different information repositories, just by storing or copying the designs in the repository they will be protected with the selected protection policy.
2. Share the design protected with SealPath by any means you want, whether by email, cloud, usb or any other means.
3. Once shared internally or with external partners, users can access the designs protected with SealPath, without external viewers. The user must first install the SealPath lite client with SealPath Security Sandbox technology, which will validate the user, control the user’s permissions and only allow the user to perform the actions permitted by the information owner.
4. The owner of the designs, will be able to see who is accessing, when, if someone tries to access without permissions, ultimately having full control of their files regardless of where they are.

What Solidworks Versions and Formats is SealPath compatible with?

• Supported Versions: 2022 & 2023. 64 bits.
• Client Platform: Windows 7 to Windows 11.
• Formats: .slddrw .sldprt .sldasm .sldxml .dwg
• Available Permissions: View, Edit, Export (STEP, PDF, Save As, etc.), Copy & Paste, Print (Plot, Batch Plot, 3D Print), Add Users.
• Additional support: Microsoft Azure Purview Information Protection (old AIP Azure Information Protection).
• Subassemblies support: SealPath is the only security solution for SolidWorks that supports designs with references to other parts contained in other files.
• Importing files support: It allows importing files with external extensions from sources such as CATIA, AutoCAD, Pro / Engineer, etc.
• Exporting files support: It allows exporting files to other formats such as .DWF, .STEP, .JT, .SEP, etc.

Benefit Summary

SealPath for SolidWorks provides the following benefits in summary:

• Prevent potential data leakage by controlling who can access designs and with what permissions.
• Ability to monitor access and have complete visibility throughout the supply chain and when collaborating with partners or global engineering teams.
• Ability to revoke access to information by preventing users from accessing it once they have left the organization or stopped collaborating with a partner.
• Ease of use and management, allowing users to work with native CAD tools, without viewers, and with protection automation capabilities.