Key takeaways Static application security testing generates too many alerts. That’s not news to anyone running a security program. What you probably don’t know is whether AI actually fixes the problem or just gives vendors another buzzword. Most S...
A sneak peek at key findings from Sembi’s first-ever industry-wide survey | Kiuwan The code your SAST and SCA tools were tuned to analyze is changing fast. With more than half of all code now AI-generated or AI-assisted, application security teams are f...
The OWASP Top 10 AI vulnerabilities are a commonly searched phrase for guidance on security risks in LLMs and generative AI systems. Originally launched as the OWASP Top 10 for Large Language Model Applications (LLMs), the initiative later expanded into the b...
TL;DR Code review tools help teams catch issues earlier, improve collaboration, and keep development standards consistent. In this guide, we compare GitHub, Gerrit, Patchwork, P4 Code Review, and Qodo based on workflow fit, collaboration features, compliance ...
TL;DR DevSecOps tools help teams embed security into software delivery without slowing down development. The strongest toolchains combine code analysis, dependency scanning, container security, secrets detection, policy enforcement, and runtime visibility so ...
TL;DR Static Application Security Testing (SAST) tools help teams catch vulnerabilities earlier in the software development lifecycle, making it easier to fix issues before they reach production. In this guide, we compare nine leading SAST tools based on lang...
Software composition analysis (SCA) tools help teams identify vulnerable and outdated open-source components, manage license risk, generate SBOMs, and secure the software supply chain without slowing delivery. In this guide, we compare 10 leading SCA tools ac...
How to Prevent Reverse Shell Attacks: Detection, Defense, and Best Practices TL;DR: A reverse shell attack happens when an attacker uses your system to initiate an outbound connection back to their remote machine, giving them interactive shell access (a remot...
TL;DR Risk-based vulnerability management prioritizes vulnerabilities by actual business risk, not generic severity scores. This approach helps security teams focus on the 3–5% of findings that pose real threats, rather than wasting months on theoretical risk...
TL;DR Risk-based vulnerability management prioritizes vulnerabilities by actual business risk, not generic severity scores. This approach helps security teams focus on the 3-5% of findings that pose real threats, rather than wasting months on theoretical risk...
Modern application security depends on understanding what’s in your code, both the source code you write and the third-party components you rely on. As software development accelerates and organizations adopt DevSecOps practices, teams face rising pressure to...
