constant-time-analysis

Detect timing side-channel vulnerabilities by analyzing compiled assembly or bytecode for variable-time instructions that leak secrets. This process evaluates execution timing across architectures and provides recommendations for constant-time fixes.

Yes, constant-time analysis supports scripting languages by analyzing bytecode for PHP, JavaScript, TypeScript, Python, and Ruby, alongside compiled output for architectures like x86_64, ARM64, and RISC-V.

Check cryptographic code for timing attacks in a CI pipeline by running automated analysis that generates JSON output. This identifies variable-time instructions and provides constant-time fix patterns for your automated workflows.

Cryptographic code needs constant-time analysis because variable-time instructions can leak sensitive data through execution timing. Identifying these timing side-channel vulnerabilities is crucial for maintaining security in sensitive data handling.

Fix variable-time instructions found during side-channel analysis by applying provided patterns for constant-time arithmetic and comparisons. These recommendations ensure execution timing does not leak secrets.

Yes, you can use ct_analyzer to test compiled output for ARM64, RISC-V, x86_64, and other architectures. It assesses the assembly code for potential timing leaks across these supported platforms.