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Artificial Intelligence And Cyber Security: How Machine Learning Can Help Mitigate Cyber Threats



How Machine Learning Can Help Mitigate Cyber Threats

Cybersecurity now is one of the most important parts of any business organisation. It contributes to ensuring the safety and security of their data. As demand for artificial intelligence and machine learning grows, these technologies are also transforming the cybersecurity space. Machine learning has many applications in cybersecurity, such as detecting cyber threats, combating cybercrime, and improving available antivirus software.

Let’s take a look at how machine learning can be used in cybersecurity:

1. Recognizing Cyber Threats

Because cybersecurity is critical in determining whether or not cyber threats have infiltrated the systems. Finding out if any suspicious activities such as sending or receiving data can also lead to a possible threat is the most difficult task of cybersecurity. This is where machine learning can be of great assistance to professionals in detecting cyber threats. AI-powered cyber threat detection systems can also be used to monitor incoming calls and monitoring systems.

2. Antivirus Software With Artificial Intelligence

It is highly recommended that you install antivirus software before using any system because it protects the system from scanning any new files on the network that may match any malware signature. Antivirus software that incorporates machine learning can detect any type of virus and alert the user about the same.

3. Modeling of User Behavior

Some cyber threats may target a company and steal the login credentials of any of its users. This can lead to a slew of problems with data theft that no one is aware of. Machine learning algorithms can be trained to recognise each user’s behaviour, such as login and logout patterns, and can alert the cybersecurity team if there are any problems.

4. Countering AI Threats

Machine learning can be used to find holes where cybersecurity issues are detected, as many hackers are taking advantage of the technology. Companies must also use machine learning for cybersecurity. This could also become a standard protocol for countering cyberattacks.

5. Emails for Monitoring

It is critical to monitor employees’ official email accounts to prevent cyberattacks. Phishing attacks, for example, are frequently carried out by sending emails to employees and asking them to provide sensitive information. To avoid these types of attacks, cybersecurity software and machine learning can be used. Natural language processing can also be used to detect suspicious behaviour in emails.

6. Methods for Analyzing Mobile Endpoints

Machine learning is already becoming commonplace on mobile devices, enabling voice-based experiences. Using machine learning, one can identify and analyze threats to mobile endpoints, while the enterprise sees an opportunity to protect the growing number of mobile devices.

7. Improves Human Analysis

In cybersecurity, machine learning can assist humans in detecting malicious attacks, endpoint protection, network analysis, and vulnerability assessments. This allows humans to make better decisions by bringing out methods and means to solve problems.

8. Ways to Automate Tasks

The main advantage of machine learning is that it automates repetitive tasks, allowing employees to focus on more important tasks. A few cybersecurity tasks can be automated with the help of machine learning. Organizations can complete tasks more quickly and effectively by incorporating ML into them.

9. WebShell

WebShell is a piece of code that is maliciously loaded into a website to provide access to the server’s Webroot. This gives attackers access to the database. Machine learning can aid in the detection of normal shopping cart behaviour and the model can be trained to distinguish between normal and malicious behaviour.

10. Network Risk Assessment

Machine learning can be used to analyse previous cyber-attack datasets and determine which parts of the network are most frequently involved in specific attacks. 

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