![]() ![]() ![]() ![]() Many data breaches today come from attacks on insecure code in an application rather than from network attacks or other vectors. Static Code Analysis Provides Greater Enterprise Security Our platform also provides remediation guidance and in-context analysis of flaws and vulnerabilities, enabling developers to learn more about application security and efficiently fix specific problems at the same time. In Veracode's cloud-based tools, static code analysis for application security flaws is an automated process that runs while your developers work and can be integrated into your Continuous Integration (CI) pipelines. Most static code analysis operates on application source code, while some tools – including Veracode’s SAST analyzer – can operate on compiled code packages (the object code, machine code, or bytecode), often called “binaries”, as well. This makes static code analysis very well suited to testing applications for security flaws, a process called Static Application Security Testing (SAST). It is “static” because it analyses applications without running them, which means an application can be tested exhaustively without constructing a runtime environment or posing risk to production systems. Static code analysis is a process for analyzing an application's code for potential errors. One important step in secure software development is Static Application Security Testing (SAST), a form of static code analysis in which an application's code is scanned for security flaws. A mature application security program assesses for vulnerabilities and security flaws at every step of the software development life cycle from requirements and design to post-release testing and analysis. ![]()
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