Ultimately, the success of an AI in a SOC

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Despite these potential benefits, implementing AI in security operations is not without its challenges. Over-reliance on AI can weaken analyst skills, creating a dependency that reduces their ability to work independently. The complexity of implementing AI systems can also lead to additional overhead costs, which if not properly managed can lead to inefficiencies. The security of the AI ​​systems themselves is another important consideration: if such systems are compromised, they can be manipulated to mislead analysts or automate the spread of attacks across the organization.

will be determined by the quality of its work. However, a less-skilled analyst performing a task with AI may not have the necessary skills to assess how well the AI ​​performs in that role. Let’s look at an example.

What does it take for an analyst to conduct an saudi arabia mobile database using regular search queries? To do this, he needs to know the query language. He needs to have an idea of ​​the data he needs to see, and then formulate the right query to get it. And that's it.

Now imagine we have an analyst who does not speak the query language and does the same job, but uses AI to generate the query needed to retrieve the data. The analyst tells the AI ​​what they need, and the AI ​​generates the query, which is executed to retrieve the data. In this scenario, how can we be sure that the query generated by the AI ​​will actually produce the expected result? What if it misses a condition that results in a false negative? This scenario is concerning because the analyst does not have the necessary knowledge to analyze the AI-generated query and ensure that it is actually doing what it is supposed to. Moreover, if the AI’s decision-making processes are opaque, this “black box” effect can undermine trust and make it difficult for even experienced analysts to understand the logic behind the AI-driven actions.