Find and fix the issues that matter in your code (SAST)
Find and fix reachable dependency vulnerabilities (SCA)
Find and fix hardcoded secrets with semantic analysis
Get triage and code fix recommendations from AI
Automate, manage, and enforce security across your organization
Find more true positives and fewer false positives with dataflow analysis
Stay up to date on changes to the Semgrep platform, big and small
Mitigate software supply chain risks
Increase security while accelerating development
Prevent the most critical web application security risks
Want to read all the docs? Start here
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Are your findings reachable?
Those vulnerabilities your security tool tells you about—are they even reachable?
Finding vulnerabilities just for the sake of finding them is all bark. Semgrep reduces noise by focusing dev efforts on the risks that actually matter because of exposure. Semgrep is unique in how it looks at your supply chain risk, and we challenge you to guess how good its impact is!
Turn down the noise. Win a pair of AirPods Max.
Guess how many vulnerabilities are reachable on a demo repo. Can you guess in fewer than 3 tries?
See how many fewer false positives Semgrep Supply Chain returns compared to your current solution, with clear docs and community support to guide you.
Show our technical team how Semgrep's reachability performed on your code to see if you qualify for a pair of AirPods Max.
The Semgrep Reachability Challenge
Pinpoint exposures that actually matter. Reduce the noise generated by false positives and triage vulnerabilities, all based on reachability.
Discover Reachability
Reachability prioritizes the issues that matter. It is the determination of whether vulnerable code is ever used by an application. In practice, reachability analysis is an upgrade to traditional SCA that finds vulnerable dependencies in code, not just its presence in your manifest.
Every organization, and most projects, use dependencies with known vulnerabilities. Does your code expose those risks? Most of the time, the answer is no. Semgrep isn’t content with “most of the time” and goes beyond just the presence, to the way you actually use the function.
How did security firm Doyensec prove the value of reachability?
Protect your code with secure guardrails
It's easy enough to write rules for Semgrep that security and other engineering teams use it to solve complex problems. This flexibility is a huge win, and the library of managed rules means we only have to write our own when we have custom problems.
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