Ai endpoint Security: How AI Endpoint Security Protect Data & Six Ways to Improve Endpoint Security

Ai Endpoint Security.

If the AI ​​is one of the tools used by the publisher to fight cybercrime alone, it is not the answer to everything.
Connected cars, video games, voice assistants at various scales, daily, artificial intelligence is everywhere. Gradually, AI endpoint security is becoming a part of everyday life for the general public, mainly to make life easier for them. In the field of cybersecurity, artificial intelligence carries with it huge stakes when it comes to fighting against cyber menaces more and more numerous and muscular.

ai endpoint security

Among the key figures in the study conducted by ESET around artificial intelligence, one can retain one: 75% of IT decision-makers believe that AI is the miracle solution to their cybersecurity challenges. An observation that emphasizes that AI algorithms are now identified within companies, which have seen, the explosion of digital transformation, their needs evolve in terms of digital protection.
An essential analysis tool

For publishers like ESET, which have been exploiting artificial intelligence technologies since 1997, this confidence is flattering. Nevertheless, the AI ​​is not the solution to everything, as Benoît Grunemwald, Director of Operations at ESET France, explains: “Using artificial intelligence is essential today to analyze threats in real-time. With more than 300,000 threats appearing on the networks every day, it’s hard to imagine everything by hand: this is where AI comes in. It will connect points between them to highlight the threats. But today, we still need the human to do the final analysis when it is atypical. ”

ESET Threat Intelligence works, a technology based on machine learning. Locate in the cloud, this detection and prevention solution can analyze known and unknown threats, and to provide information in real-time to companies, who can then protect themselves. “There is still a human to point out the small red lights when they come on,” says the security expert.

AI, a responsive and evolving companion

If artificial intelligence is not everything, it is, however, a formidable efficiency of analysis, because of its high reactivity. Opting for a solution with an AI not only reduces the cost of a social monitoring team but also and above all, to perform tasks impossible to manage manually.

Increasingly sophisticated, so-called machine learning and deep learning AIs are able, as their names indicate, to continually learn from their experiences. Little by little, the knowledge of algorithms is refined, and they become more efficient and this learning is even more convincing when, as in the case of ESET’s security solutions, the cloud-based solution serves the interests of all companies. In an online world where the race between hacker and security experts’ technologies is constant, being always on the lookout for new risks and sharing the most considerable number of them is a vital issue.

Today, companies protected by one of ESET’s solutions are assured of the best in terms of analysis by artificial intelligence that updated on current and future threats. But as long as they are not fully autonomous, these same companies will always need experts to keep an eye on infrastructure and data security.

Six Ways to Improve AI Endpoint Security.

Significant breaches and extensive data theft regularly make the headlines. But where do these incidents originate? Very often, a user terminal is the first point of compromise that allowed lateral movement on the network, creating additional damage. And while it’s important to have a properly secured network, the terminal is often the last line of defense. With proper protection, the damage can be contained. Here are some practical steps to enhance workstation ai endpoint security.

Remove unnecessary software

The applications and operating systems of the client workstation are there to ensure that everything works correctly on the terminal. But most default installations contain software that is not essential for performing business tasks. And very often, this superfluous software is targeted by attackers and used as a point of compromise. Uninstalling or removing these programs reduces the attack surface and minimizes exposure.

Use thin clients

While not applicable to all environments, the use of thin clients is effective in controlling the damage. In fact, the problem with heavy clients is that they are completely reinstalled only during hardware renewal. And this only happens after several years. From then on, an infected system can remain so for a very long time. With a thin client, the user receives a new environment each time they log on. And if he’s infected, it only lasts a few hours.

No administrator session

Users should never log on with administrator rights, or even have this type of rights on their systems. In the past, some basic tasks, such as installing software, required administrator rights. But many things have changed with the latest operating systems. Now, with most of them, users can have the functionality they need to do their jobs without having to log in with administrator rights. It must, therefore, be considered that if a user claims such rights, it may be to do something that is not necessary for his function.

White lists

Controlling, managing, and verifying the integrity of the software that you can run is critical to have secure systems. The use of white lists of applications can be an important paradigm shift. But it’s a valuable and scalable way to protect workstations. This is a complete list of all approved software, but it’s worth it: having locked posts makes attacks more difficult.

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Apply all patches

A fix is ​​primarily a publisher that tells the world that there is a vulnerability in its software. Therefore, the longer a system remains without a fix, the larger the exposure window. And if patching is always a challenge, uninstalling unnecessary software reduces the scope and simplifies the process. In addition, if centralizing patch management is essential in business, it’s important to remember laptops: If a system is disconnected from the network, it is likely to miss out on the automated patching cycle.

Filter dangerous executives

A large amount of malicious content often enters the network in the form of email attachments or web downloads. Running this software through gateways that not only examine the code but launch it into sandboxes, can detect upstream malicious code and filter it before it enters the network.

Isolate the danger in virtual machines

Web browsers and email clients are some of the most dangerous applications. We own them a significant share of the damage to the systems. One trick is to run them in isolated virtual machines. Thus, malicious content can only affect the virtual machine, not the host. And once it is stopped, the malicious content stops presenting a risk. With this approach, the infection is contained and controlled, greatly limiting the damage.

Even if there is no perfect solution to protect against attacks, focusing on the client workstation can help control many attacks and reduce risk.

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