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Preventing Cyber Crime Through Source Code Analysis Software

Many people in the IT industry know what source code analysis is. It refers to a comprehensive quality process that includes a combination of tools from testing and analysis to prevent cybercrime. 

The so-called static code analysis process is a best practice that covers the entire codebase and identifies areas in static code analysis that the model is vulnerable to. You can also get more information about cyber security services online. 

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How app security testing prevents cybercrime

Based on a recent study of 64 real-world cases, 86% of application cyber attacks were carried out against different networks. On the other hand, only 11% of the security fee can be tracked until the application is fixed. These applications are usually protected by a firewall.

However, using dynamic testing to detect vulnerabilities in simulated attacks on running applications is by no means effective in identifying problems and there is no way to fix them. When cyberattacks occur, they can be tracked using fingerprints and other recognizable patterns.

When someone performs security testing using source code analysis, they compare the detected suspicious models with the flow and characteristics of the code, and finally flag the vulnerable parts of the code.

How to reduce or eliminate cybercrime

An open platform system with static code analysis is the best solution for the inability of static analysis tools to solve the problem. It is known for providing consumers with a flexible, highly productive, easy-to-use, and accurate risk information platform. They can perform important functions such as

• Appropriate configuration

• Detection of defects with different analytical techniques

• Fix problems immediately to avoid downtime

• Integrate code reviews, unit tests, and other solutions

• Broader support for rules and languages