With the growing number of cybersecurity threats and stringent government policies, organizations are obliged to follow security measures to ensure robust protection at all times. This is where the ...

For decades, engineering security workflows followed a pattern: Static analysis tools scanned codebases and generated findings for developers to review. SAST and DAST analyzed applications to surface ...

Static source code analysis tools have evolved from simple syntax checkers to powerful tools for identifying flaws in the complex interactions of large code bases. Until recently, however, they were ...

Single static analysis workflow catches critical errors beyond memory-safety for mixed-language systems, before defects are introduced during the coding phase of the development lifecycle. Whether ...

Application size and complexity has compounded significantly over the last decade. Take the automotive sector as an example. According to The New York Times, 20 years ago, the average car had a ...

The high cost of finding and patching application flaws is well known. Wouldn’t it be cheaper to write secure code in the first place? One of the fastest growing areas in the software security ...

How exhaustive static analysis overcomes the limitations of traditional tests and static-analysis tools. How exhaustive static analysis identifies a buffer overflow by using code samples. How hardware ...

Static and dynamic code analysis can improve application performance, safety and reliability by identifying problems early in the development cycle if the proper tools and procedures are used from the ...

It's always a good idea to employ a few static code analysis tools as part of your software development routine. There are a number of great tools that perform static analysis of Java code, such as ...