The world is in constant change due to technological advancements. Even though the change's pace was slow at the beginning, it is getting faster every day, and this affects all of us. Yet, this affects specific parts of our lives more.

For example, businesses must keep up with these developments to adopt and maintain their activities. When the current digital transformation trend is taken into consideration, for instance, migrating corporate services and apps to the cloud is a must to adapt to the modern business world.

Remote work models are also getting widespread every day. Even though this new work model brings along serious vulnerabilities, it is here to stay. This may be the perfect example to comprehend the importance of adaptation.

Though new trends may bring significant vulnerabilities, they are still worthwhile to make use of. In this article, we will talk about one of these trends: Artificial Intelligence and how can it help to improve cybersecurity.

A Beneficial Technology: Artificial Intelligence

Artificial Intelligence or AI is a relatively new technology for some of us, but it has been in our lives longer than you think. As it develops, we began to see it more on different occasions. Since it becomes a significant part of our lives, it is essential to learn its basics to fully benefit from it.

What is AI?

Artificial intelligence (AI) is a broad field of the study of computation, automation, and information that focuses on developing intelligent systems proficient in conducting activities that normally necessitate human intelligence. AI, a multidisciplinary field, is the replication of cognitive intellect in computers that are designed to behave and perceive like us.

AI Basics

This technology utilizes a variety of methods to function. Even though it may change over time, these methods are:

• Assisted Intelligence: The most common form of this technology and is largely utilized to automate simple procedures and activities.
• Autonomous Intelligence: The most sophisticated form. Operations are automated to develop cognition that enables computers to function autonomously, without human involvement.
• Augmented Intelligence: Emphasizes technology's helpful function in enabling companies to execute tasks that couldn't otherwise be done by assisting human judgments rather than replicating autonomous intelligence.

Subsections of AI

To function properly, the technology utilizes a variety of subsections. To learn, act, and execute the tasks this technology may need one or more of the following methods:

• Machine learning: Employs analytical approaches to enable computers to learn from information available instead of being specifically constructed.
• Expert system: Algorithms that are meant to handle issues in certain disciplines. It addresses issues and determines conclusions utilizing complex logic and regulated repositories of information, emulating the cognition of specialists.
• Neural network: Employs a neural system-like coding model which allows machines to gain knowledge from observed information.
• Deep learning: Focuses on acquiring information abstractions rather than objective-based procedures.

Cybersecurity and AI

The main reason behind this technology is to make things easier and provide the most simple solutions possible for our complex problems. With that being said, it is clear that AI can be highly beneficial when utilized for cybersecurity purposes.

Furthermore, it is safe to say that this technology can work collaboratively with all network security types. Since cyberattacks are also getting more sophisticated by making use of technological developments, safeguarding corporate networks and apps become more complicated.

By tracking, identifying, avoiding, and reducing risk, AI may assist companies in managing the overall volume of work. These technologies seek to locate viruses, conduct classification techniques, and detect and stop intrusions beforehand using advanced analytics and anticipatory reasoning. They also keep organizations up to date on emerging abnormalities, intrusions, and preventative tactics. AI may provide companies with significant benefits, see some of them below.

Preventing Repeated Cyberattacks

AI does not utilize techniques to counteract the danger. Rather, it recognizes the intrusion and thoroughly details its dynamics, its source, methods, consequences, and prevention approach. With the collected information, AI provides companies with subsequent precautionary steps against possible threats.

Faster Vulnerability and Threat Detection

With this technology, companies can automate detection systems and reduce the risk of cyberattacks. By constantly tracking activities and system vulnerabilities, companies can discover where their defense is the weakest and take precautions accordingly.

Greater Visibility and Reduced Human Error

Thanks to automated tracking and monitoring capabilities, companies may have better visibility over their network, apps, and services. This also reduces, generally eliminates, possible human errors since all the process is conducted by machines using the collected information.

Better Network Security

When all the benefits above are combined, companies can have stronger defense systems. Even though the network will not invincible even with AI, you can drastically reduce the risks and build a strong network defense. Automating the monitoring, tracking, and protection processes, also, reduces the workload of security teams and builds a solid safeguard.

Conclusion

As mentioned above, we live in an ever-changing world where companies need to adapt to changes more quickly than before. Thanks to sophisticated technologies such as Artificial Intelligence, companies can easily automate both simple and complex tasks to reduce unnecessary workload. Furthermore, you can conduct different cyberattack scenarios via AI and determine which steps should be taken to achieve better cybersecurity.

As cyberattacks get more sophisticated every day, companies need to implement more advanced cybersecurity measures. With Artificial Intelligence, cybersecurity companies and other organizations can design comprehensive protection systems and eliminate significant risks.