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The Ultimate Combo: Artificial intelligence and data centers

How artificial intelligence helps in data centers

Data centers have become an essential element within new technologies, if we add to that the current capabilities of artificial intelligence we have a perfect, superhero pairing, capable of providing us with all kinds of advances and benefits. Yes, we can shout it to the wind: “Blessed is the time in which we live!”

The future: smart data centers

For artificial intelligence to be devoted to scaring us to death through iconic movies like 2001 or Terminator is a thing of the past, today it has other, much more interesting and practical purposes. For example, crowning itself by playing a fundamental role in data processing and analysis. Yes, that’s her, the futuristic AI, increasingly faster, more efficient and, now, necessary to manage data centers.

We know that data is already the element that moves the world. An essential requirement for any operation, be it institutional, business, commercial… This makes data centers one of the most important epicenters of digital transformation. After all, in their physical facilities you may find the equipment and technology that sustains, among other things, the information on which the world economy depends. Centers that store seamlessly data backup and recovery with just one hand, while supporting Cloud applications and transactions with the other. Therefore, they guarantee an ideal climate for investment and opportunities, they boost the economy and encourage and attract a large number of technology companies. They are almost the center of the digital revolution.

Although data centers are not without problems. It is estimated that in the future, three or four years from now, 80% of companies will close their traditional data centers. It’s not foresight madness if you consider the myriad of inconveniences traditional data centers face. I mean a certain lack of preparation for updates, infrastructure problems, environmental deficiencies, etc. But don’t worry, as for so many things, there is a vaccine, a remedy, to take advantage of the advances in artificial intelligence to improve, as far as possible, the functions and infrastructure of data centers.

Forbes Insights already pointed it out in 2020: AI is more than poised to have a huge impact on data centers. In its management, productivity, infrastructure… In fact, they already offer potential solutions to data centers to improve their operations. And data centers, already upgraded by artificial intelligence capabilities, process AI workloads more efficiently.

Power Usage Effectiveness, PUE

As you may guess, data centers consume a lot of energy, which is why an artificial intelligence network is necessary to increase the efficiency of energy use (PUE). The Power Usage Effectiveness or PUE, also equivalent to the total electrical power of the CPD or the total electrical power consumed by the systems, is a metric to calculate the efficiency of data centers.

A couple of years ago, Google was already able to achieve a consistent 40% reduction in the amount of energy used for cooling by deploying Deepmind IA in one of its facilities. This achievement equates to a 15% reduction in overall PUE overload, once electrical losses and other non-cooling issues have been accounted for. It produced the lowest PUE they had ever seen. And the thing is that Deepmind analyzes all kinds of variables within the data center to improve the efficiency of the energy used and reduce its consumption.

Can Smart Data Centers be threatened?

Yes, data centers can also suffer from cyber threats. Hackers do their homework, always finding new ways to breach security and sneak information from data centers. However, the IA once again shows its guts and resources, and learns from normal network behavior to detect threats based on possible irregularities in such behavior. Artificial intelligence can be the perfect complement to the current Security Incidents and Event Management (SIEM) systems, and analyze the inputs of the multiple systems and the incidents, devising an adequate response to each unforeseen event.

Effective management

Through the use of intelligent hardware and IoT sensors, artificial intelligence will show us the effective management of our data center infrastructure. It will automate repetitive work, for example. Activities such as temperature monitoring or the status of the equipment, security, risks of all kinds and the management of refrigeration systems. In addition to carrying out predictive analysis that will help distribute the work among the company’s servers. It will also optimize server storage systems and help find potential system failures, improve processing times, and reduce common risk factors.

AI systems have already been developed that automatically learn to schedule data processing operations on thousands of servers 20-30% faster, completing key data center tasks on the go twice as fast during times of high traffic. They handle the same or higher workload faster using fewer resources. Additionally, mitigation strategies can help data centers recover from data disruption. This immediately turns into a reduction in losses during the interruption and our customers giving us a wide smile of satisfaction.

Well, what do you think of this special union, this definitive combo that artificial intelligence and data centers are and will be? Do you think something can marinate better? Data centers and the Cloud ? N-Able and Kaseya? ,White wine and seafood? Condensed milk and everything else? Leave your opinion in the comments!

About Version 2 Limited
Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About PandoraFMS
Pandora FMS is a flexible monitoring system, capable of monitoring devices, infrastructures, applications, services and business processes.
Of course, one of the things that Pandora FMS can control is the hard disks of your computers.

This Thanksgiving, Be Thankful for OT Security

Thanksgiving – when families get together and express gratitude for everything they have over some food and hopefully some football. For most families and especially security teams, this is a time for looking back to evaluate the past year and to give thanks for how far we’ve come. 

When looking back at the past 12 months for the OT security community, it was a challenging year as the industry was bombarded with increasing amounts of successful ransomware attacks on industrial and critical infrastructure organizations. Instead of highlighting the attacks, we believe it’s better to focus on the different aspects of OT security that we are truly thankful for. 

Here at SCADAfence, we are grateful for all the efforts and innovation put in by our team and the collective OT security community. The sleepless nights and ongoing devotion to improving OT network visibility and security for industrial organizations is something everyone can be thankful for this thanksgiving. 

From the increasing awareness of IT-OT convergence to the US Government emphasizing the security risks that relate to OT environments, 2021 is a clear example that OT security is headed in the right direction and getting growing awareness by board members & C-level executives worldwide. 

As we look at last year and move forward, here are the 5 reasons why we are thankful for OT security. 

IT-OT Convergence

Just like on Thanksgiving, some family members might not see eye to eye at first but by the end of the night, everyone is happy and in agreement. This yearly experience is very relatable for security experts in IT and OT teams as they need to work together when it comes to the responsibility of OT security and converging networks.  

Up until recently, IT and OT teams rarely worked together as OT security teams were not in charge of advanced threats and IT security. With the advancement of operational technology and the adoption of industrial IoT devices, the need to converge IT and OT networks and systems is becoming more popular by the day with industrial organizations. 

With the increasing usage of IP-based communications with OT devices, there is a bigger challenge between IT & OT teams in understanding who is in charge of securing OT systems and this has created a cultural divide between teams. IT and OT teams’ technical barriers and lack of clear ownership are the key challenges why IT and OT teams are less open to working together. While the awareness of this challenge is increasing, we are seeing more organizations invest in technologies and governance platforms to ensure improved collaboration as they see that proper IT-OT convergence is a crucial aspect of their cyber security program.

Similar to families making up at the end of the Thanksgiving dinner, when IT & OT teams both come to the mutual table to wine and dine, it can result in improved visibility and transparency for an organization’s complete network security. At SCADAfence we have seen many of our customers adopt a seamless IT-OT convergence approach including one of the leading oil and gas organizations who are experiencing complete network visibility to all 71 of their global production sites.

OT Detection & Response

As industrial organizations become more interconnected, they potentially have more exposure to vulnerabilities. The high cost of industrial equipment and the damages to communities and economies that an attack could cause are key factors for organizations who are looking to protect their industrial networks. In addition, aging legacy equipment in factories, safety regulations that forbid any modifications being made to equipment and industry compliance regulations have created quite the challenge for OT teams.

Despite all of this, it is possible to secure industrial networks without disturbing regular operations and without risking non-compliance. By using OT security solutions that provide continuous threat detection and establishing the right security policies, OT security teams can put an effective OT strategy in place that will protect their organization’s processes, people and profit while significantly reducing security incidents and vulnerabilities.

Asset Inventory Management 

Effective cyber security in OT requires a deep foundation of asset information. Until recently OT teams didn’t have the resources or tools to maintain such an assets inventory. When organizations don’t deploy asset inventory management within an OT environment it creates a major visibility hole as they won’t know the security status of their environments. 

In some cases, industrial organizations will only create a simplified asset inventory to detect the data for security tasks. Organizations need to change their approach to asset inventory management and see it as the foundation of their OT security program.  

When detecting new vulnerabilities in OT networks and devices, organizations rely on their asset inventory to decide the severity of the vulnerability, how to patch the device and how it affects their environments. With an automated asset inventory, industrial organizations will increase the productivity and efficiency of their OT teams by quickly managing their assets data to detect and protect their environments all in one dashboard.  

Governance and Compliance 

Compliance regulations in OT are another aspect for security leaders to be thankful for as it is crucial for the security and production of industrial organizations. In recent years, there has been a growing demand for standards and guidelines to manage the risk exposure of OT infrastructures. IT and OT departments, who typically manage the cyber security standards across the organization, are now required to monitor the compliance of these standards across the various OT locations. On the other hand, the information provided today by the various IT tools is dispersed and is technical in nature. This makes the ability to translate them into risks and to prioritize actionable mitigations, very challenging and time-consuming. 

Organizations need to automate the governance processes with a solution that enables the IT and OT departments to centrally define and monitor the organizational adherence to organizational policies and to OT-related regulations. The solution should be configured and managed from a central location and aggregates compliance information from all sites in the organization. It also connects to other security systems, providing a cross-organizational, comprehensive compliance posture. 

OT Remote Access

Industrial organizations have undergone an evolution where most OT environments were isolated systems and now most OT systems are interconnected to the internet. This is occurring due to organizations deploying new technology that allows increased remote access management to OT systems. 

By providing remote access to OT systems it creates an advantage for industrial organizations but it also comes with more risks. By increasing the connectivity of OT systems and devices to the internet it can result in exploitation via cyber attacks. The constant increase of attacks on critical infrastructure and the convergence of IT and OT systems has quickly increased the adoption of remote access security in critical infrastructures and industrial organizations.

To fight off remote access security risks within OT environments, organizations need to deploy OT security solutions that come integrated with remote access features that are specifically designed for OT environments. By deploying an OT security platform that integrates remote access security that does not require any changes in network architecture, it will ensure that the OT systems are properly configured to detect and correlate remote user activity and detect if there is any malicious network activity.

Lastly, all of us at SCADAfence would like to thank our readers. It’s a privilege to share our passion for a subject with fellow security-minded folks. We wish everyone who’s celebrating a safe and happy Thanksgiving!

About Version 2 Limited
Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About SCADAfence
SCADAfence helps companies with large-scale operational technology (OT) networks embrace the benefits of industrial IoT by reducing cyber risks and mitigating operational threats. Our non-intrusive platform provides full coverage of large-scale networks, offering best-in-class detection accuracy, asset discovery and user experience. The platform seamlessly integrates OT security within existing security operations, bridging the IT/OT convergence gap. SCADAfence secures OT networks in manufacturing, building management and critical infrastructure industries. We deliver security and visibility for some of world’s most complex OT networks, including Europe’s largest manufacturing facility. With SCADAfence, companies can operate securely, reliably and efficiently as they go through the digital transformation journey.