The 6 documents that every project needs (with or without AI)

In an environment where artificial intelligence generates code at breakneck speed, the difference between success and chaos no longer lies in how fast we type, but in the precision of what we decide to build. AI tools are extremely powerful, but they still suffer from blank page syndrome or development without a compass if they are not fed structured context.

When we delegate or develop a project (whether alone, with a human team, or collaborating with AI agents), the lack of clear specifications generates redundant code, fragile architectures, and endless refactoring loops.

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Fuzzing techniques to improve security in web applications

Fuzzing, also known as fuzz testing, is a security testing technique that involves sending random or malformed input to an application to identify possible vulnerabilities and flaws in it. In web applications, fuzzing is especially useful for uncovering security issues related to input validation and error handling. In this article, we will explore advanced fuzzing techniques applied to web applications and how they can improve the security of your application.

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Digging into Dynamic Application Analysis for Security (DAST): Advanced Techniques and Custom Approaches

Dynamic Application Security Analysis (DAST) is a crucial methodology in the field of application security. DAST identifies runtime vulnerabilities through penetration testing of web and mobile applications. In this article, we will delve into advanced techniques and custom approaches in the context of DAST, including data flow analysis, integration with threat intelligence tools, and incorporating machine learning.

Among the advantages is the early detection of vulnerabilities, which allows security problems to be identified and corrected before they are deployed in the production environment. This reduces the risk of exposure and exploitation of security weaknesses. Additionally, incorporating DAST into the CI/CD workflow encourages collaboration between development and security teams, leading to more secure applications and greater security awareness across the team. Remediation costs and time are also reduced by addressing vulnerabilities early in development. Finally, implementing DAST helps organizations meet regulatory and auditing requirements by demonstrating that proactive measures have been taken to ensure application security and protect user data.

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