The transcendental innovation in the antivirus sector is represented by a new generation of antivirus called NGAV destined to take the place of traditional antiviruses:

The new generation of NGAV antivirus

A transcendental innovation is coming to the antivirus sector: a new generation of antivirus called NGAV will take the place of traditional antiviruses.

Traditional antivirus programs have been the primary means of protecting computers since the late 80s. The traditional antivirus recognizes the infected files when they are detected through a system based on a Database which includes the Signatures, i.e. the digital threats, known up to that given moment.

Do traditional antiviruses fulfill their function?

Antivirus software typically works by comparing all stored data against the malware database. If any matches are found, these files are reported as dangerous and cannot be run automatically. Also, the user has the option to delete them. The idea is that breaches are practically avoidable if the user and the vendor continually update the library. However, there is always a gulf between the latest malware and protection, because if the malware has not been registered before, the antivirus will not recognize it as a threat.

This type of antivirus has lost its effectiveness as operating systems, software, computer networks, and digital threats have become more sophisticated over time. The rapid growth in the number of threats is continuous and includes new malware and variants of the same family, which makes a library signature-based approach ineffective because it fails to keep up with the growth in a timely manner.

Next generation antivirus: what is it?

Next-generation antivirus technology (NGAV), unlike traditional antivirus technology, improves threat detection by identifying all indications of malicious behavior, rather than focusing on only finding the properties of known malware files.

Next Generation Antivirus (NGAV) uses a combination of artificial intelligence, behavioral detection, machine learning algorithms, exploit mitigation, and other advanced technologies to gather information and detect malicious activity early.

While occasionally useful, traditional antivirus software does not monitor and check for potential viruses. In contrast, traditional antivirus uses signature-based detection techniques, which threat actors have long learned to circumvent.

Using the new generation antivirus

To spot threats, next-generation antivirus software combines machine learning algorithms, behavioral detection, and artificial intelligence.

Because NGAV is cloud-based and doesn't have to be integrated into an organization's technology stack, it's easier to deploy and manage, while staying abreast of the ever-evolving tactics and tools used by hackers, scammers, and other cybercriminals

Next-generation antiviruses use machine learning and predictive modeling approaches to provide predictive analytics that detect malware and malicious activity before they have a chance to breach security protocols. This helps fight cyberattacks when they are in their early stages.

The functions of NGAV antiviruses

  • NGAVs are able to detect unknown malware, never seen before, while traditional antiviruses are based on signatures that have already been identified and reported in weekly updates.
  • They differ from traditional antivirus solutions because they incorporate features such as the ability to learn endpoint behavior and identify anomalous behavior without querying a database of signatures.
  • They don't require recurring scans, making them more efficient than traditional antivirus.
  • They check the context of each potential attack to limit unknown malware and complicated attack attempts.
  • They offer precise explanations of the attack process and show the moment when a cyber attack is faced.
  • They have the autonomy to think and learn for themselves, giving them the ability to manage, detect and respond to brand new threats that have not yet been recognized by the cybersecurity community.
  • This ability to detect and respond to emerging threats is what sets next-generation antivirus protection apart from traditional forms of protection.
  • In addition to recognizing unknown threats, next-generation antivirus solutions are also capable of returning the system to a known state, providing an additional layer of protection against ransomware and other emerging threats.
  • Traditional antivirus software just quarantines threats, but the rollback process is manual. By automating this process, next-generation antiviruses reduce the time it takes to identify and respond to an attack

Observation of behavior is key

The key is to observe the behavior of processes running on the endpoint to manage what cannot be managed and to prevent what can be stopped before execution. This method works well because despite the huge and growing number of malware types, they all work in a similar way.

Unlike traditional antivirus, it detects malicious activity by examining every process running on an endpoint using a system-centric technology approach. This allows NGAV to proactively identify and block the tools and techniques used by hackers to gain access. While Standard Antivirus focuses only on identifying malware at the endpoint, NGAV also targets ransomware and fileless attacks, as well as other contemporary threat situations.

By considering the whole context rather than isolated instances, NGAV offers a more effective method for identifying and thwarting undiscovered malware and sophisticated attacks. With the help of this detailed contextual information, NGAV is able to identify the root cause of an attack and block similar ones in the future. The next generation NGAV also has important advantages such as access to the cloud and speed of implementation.

Overall, the next-generation antivirus offers better response times for endpoints, more preventive actions, and better endpoint detection. It can often completely replace traditional endpoint security tools.

The future belongs to NGAVs

We have seen that even previously unseen malware can be detected using NGAVs.

Due to advanced cyberthreats, the market for traditional antivirus software has shrunk, but next-generation antivirus software (NGAV) could be the future of cybersecurity. However, traditional antivirus software can still protect us from a number of threats, but it is good to start moving towards new technologies that offer more advanced and effective solutions.

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