DevOps can break traditional application security testing processes & tools. Learn why an integrated DevSecOps approach is critical to building better code. Working in cyber security can be discouraging. Every day brings another unprotected database, another ransomware victim, a new type of fraud, or another serious vulnerability. The perfect antidote is working toward building better software, and to that end I want to tell you about a little thing called DevSecOps.

Three WPA authentication bypass vulnerabilities were found in wireless routers using the Defensics fuzz testing tool. WPA3 will become a mandate for all new wireless devices, which can only be a good thing considering the number of vulnerabilities found in WPA2 implementations. Learn about the basic concepts (and common weaknesses) of WPA authentication, how these vulnerabilities work, and how proactive fuzz testing can identify and address similar issues in WPA implementations.

In honor of National Cybersecurity Awareness Month, we’ve released a new video series that kicks off with a discussion on the future of IoT devices.

“Version control” sounds a bit like something used by people scattered around the country trying to collaborate on a story. But it’s a crucial part of software development, especially in the DevSecOps era, where you need to ensure that the speed of the CI/CD pipeline doesn’t outrun quality and security. That’s because software development isn’t like an assembly line where a product moves from one group of workers to the next in a perfectly coordinated sequence.

Synopsys is proud to announce that Seeker® IAST won the CybersecAsia 2020 award for Best Cloud and Web Application Security. This award underscores Seeker’s position as an industry leader in functionality and capability, offering best-in-class detection, tracking, and monitoring of sensitive data leakages for today’s modern and complex web, mobile, and cloud-based applications.

Open source software is now used in nearly every organization, which makes it critical to know your code. Learn how an SCA tool can help you. There’s an ongoing sea change in how developers ensure a more secure software development life cycle (SDLC). “Shift left” is the notion that creating high-quality software begins with planning and continues through the development and testing stages to actual deployment.

The goal of ISO SAE 21434 is to build upon functional safety standard ISO 26262 and provide a framework similar to it for the entire life cycle of road vehicles. The major components of this new standard include security management, project-dependent cyber security management, continuous cyber security activities, associated risk assessment methods, and cyber security within the concept product development and post development stages of road vehicles.

If you care about software security—and you should, since to be in business today means that no matter what you do or produce, you’re also a software company—you should be interested in the Building Security In Maturity Model (BSIMM). It can serve as a roadmap to better security.

Security and development teams are increasingly adopting DevOps methodologies. However, traditional security tools bolted onto the development process often cause friction, decrease velocity, and require time-consuming manual processes. Manual tools and legacy AppSec approaches limit security teams’ ability to deliver the timely and actionable security feedback needed to drive improvements at the pace of modern development.

Organizations are increasingly agile today, producing and deploying software applications faster than ever before. But this requires all the elements in the software development life cycle (SDLC) to work together cohesively. Security practices in the SDLC become especially important, given that more than half of security flaws result from preventable coding mistakes. Ensuring that developers are on board with security practices is even more critical to improve the process efficiency.