Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Securing your applications is vital in today’s fast-moving world of software development. With threats constantly getting smarter, developers need strong tools to identify and fix weaknesses right from the start. Just ask Alex, a developer who once spent a sleepless night fixing a last-minute security flaw. That’s where Veracode SAST comes in. This powerful tool not only scans your source code and binary files but also integrates seamlessly with your IDEs, repositories, and CI/CD pipelines.

Static application security testing (SAST) has matured from a gate-at-the-end to a developer-first discipline. Forrester’s Static Application Security Testing (SAST) 2025 landscape report highlights why: attack volume is rising, code is released at least monthly in one in four teams, and AI generated code is flooding pipelines with even more code to secure. The tools that succeed are those that shorten mean time to remediate (MTTR) while fitting the way modern teams build.

DAST is a security tool that attempts to penetrate an application from the outside by checking its exposed interfaces for vulnerabilities and flaws. Sometimes called a web application vulnerability scanner, it is a type of black-box security test. It looks for security vulnerabilities by simulating external attacks on an application while the application is running.

An automotive supplier employs static analysis and Code Intelligence's Fuzz Testing to assess software within a separate business unit. The project comprises 10 million lines of C code, adhering to Classic AUTOSAR standards.

I'm thrilled to announce Snyk API & Web, our next-generation dynamic application security testing (DAST) solution. It's more than just a product launch; it's Snyk’s answer to securing the complex, AI-powered applications developers are building today, deepening the integration of DAST into our comprehensive Developer Security Platform.

Memory safety vulnerabilities remain among the most widespread and exploited security issues. They occur in C and C++ projects, which are widely used across embedded systems, including automotive, medical devices, and avionics. Read on to learn why they can happen and how to prevent them.

The MDR came into full effect in 2021, but many devices are still certified under MDD and will need to transition. As a result, Europe is facing a period of regulatory limbo. The MDR outlines what manufacturers must achieve but not how to do it, creating a gap between regulatory intent and practical implementation. To help bridge this gap, manufacturers rely on.