Eight reasons why “ChatGPTs” can’t replace cybersecurity experts

The emergence of ChatGPT has caused a stir in the industry. Many people are beginning to worry about whether their jobs will be replaced by artificial intelligence technologies such as ChatGPT in the near future. Network security is closely related to the development of advanced technologies. Security tools based on artificial intelligence have already found many application opportunities, so is the future more promising?

With the help of advanced machine learning, automated tools will become more and more precise in their behavioral patterns. However, machines do not create themselves and have no independent thoughts. The battle between network offense and defense is ultimately reflected in skills, and applying these skills requires people. Some people speculate that machines will replace people in technical jobs, but many facts prove that people are still indispensable in the field of network security protection.

Here are eight reasons why cybersecurity experts will not be replaced by AI tools in the future of cybersecurity construction:

1. Intuition to take action

Automated cybersecurity tools can operate according to the process they were designed for. Although these tools can and have been trained to identify the behavioral patterns of various network attacks through technologies such as machine learning, threat behaviors are endless and constantly evolving. When encountering new attack situations, intelligent tools will be unable to deal with them. , because they lack corresponding targeted training. But experienced security experts can identify abnormal behavior based on experience and take proactive actions to respond quickly.

In security incident response activities, time is often of the essence to contain attacks. When dealing with emerging threats, companies may not have enough time to optimize their tools. But cybersecurity experts can play it by ear and act quickly to turn the situation around.

2. Analytical capabilities in the face of threats

In order to bypass the systematic defense measures built by current enterprise organizations, attackers usually Using a variety of complex cyber attack methods, these threats come from multiple levels and can create illusions and mislead the defense system. Analytical skills are one of the skills required for a career in cybersecurity. Practitioners can view complex threats as challenges, dissect attack vectors, analyze every detail, and reveal the truth about complex threats.

To resolve complex attack threats, it is necessary to trace the source and carefully analyze the origin of the threat. Due to the lack of corresponding information, AI tools cannot correlate previous attack events during security threat analysis, which requires security experts to comprehensively evaluate attack clues and trace the source.

3. Understanding of application environment and scenarios

Although enterprises have installed security systems, attackers will still penetrate into some networks . This is because each different network system and application has its own particularities and is not entirely suitable for standardized protective measures. Network security protection can only truly work when combined with specific application scenarios and environments. Automated tools also require human help to understand the specifics of the digital environment. When similar attack vectors appear, security experts are required to manually identify the specific differences and formulate the most appropriate security strategy for each situation to achieve better protection.

4. Flexibility to respond to changes

Any mature protection plan may become ineffective due to changes in attack methods. Because automated network security tools are designed to be most effective in a certain pattern of measures, they inevitably appear rigid and lack the flexibility to quickly adapt to changing attack patterns.

At any time, network security work will not remain static. A basic skill requirement for network security workers is to be able to adapt to different situations. This is not just about the effectiveness of the response, but also the efficiency of the response. Security professionals need the flexibility to choose the best way to get the job done.

5. Communication skills during team collaboration

Effective network security protection requires various abilities, collaboration and cooperation. Although machines can communicate with each other through programs, this collaboration is limited. Network security protection technology is constantly developing, thanks to the cooperation of relevant security experts, which has led to continuous breakthroughs and innovations. Active communication between cyber defenders can effectively prevent attacks, and timely and clear sharing of valuable information can also prevent some serious cyber attacks.

6. Initiative in using tools

Since network system applications involve all aspects, almost no security tool can meet all network security needs. , so a variety of tools must be provided to meet the needs of many aspects. Machines are unable to self-organize and collaborate, and humans are needed to identify, create and build an efficient network security system. Therefore, the protective effect of network security depends on human initiative, not only to actively deploy appropriate tools, but also to actively ensure the effective use of tools. Network security experts must understand how various network security systems work and use excellent tools Deploying to the wrong place is counterproductive.

7. Network security awareness cultivation

A large proportion of cyber attacks are caused by human error. Cyber ​​attackers launch phishing and other social engineering attacks to lure unsuspecting victims into interacting with malicious content. While companies can install tools to detect content that threatens threats, these tools cannot proactively educate employees about cybersecurity.

In order to cultivate a healthy cybersecurity culture, companies need to receive systematic training from professionals. The more cybersecurity aware all employees are, the less harmful they will be in the event of a cyberattack.

8. Management and optimization of automated tools

Various advanced tool systems require human-based configuration to work. If the configured parameters are unreasonable or unscientific, the system will operate abnormally, leading to inaccurate diagnosis and actions. Therefore, the stable operation of automated tools requires security experts to ensure that relevant configurations are normal and optimized. In addition, when developers update tool versions, people are needed to determine whether the automation tool software version is updated in a timely manner.

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