Tool dossier

Opengrep

Opengrep is a community-driven fork of SemgrepCE, providing accessible static code analysis and security scanning for developers.

2 sources 2,383 stars LGPL-2.1

Product snapshot

How the interface presents itself

Opengrep interface screenshot

Positioning

What this project is really offering

The goal here is to separate raw catalog facts from the sharper product shape users care about before they commit time.

About

Opengrep is an open-source static code analysis engine designed to help developers and security teams find security issues in codebases. Born as a fork of Semgrep CE (formerly Semgrep OSS), Opengrep was created in response to the removal of critical features from the original open-source project, ensuring that advanced static analysis capabilities remain freely accessible to everyone. The project is backed by a consortium of over ten organizations in the application security space, pooling resources and expertise to advance the state of static application security testing (SAST). Opengrep’s mission is to build the most advanced, fully open-source static analysis engine. It aims to commoditize and democratize SAST by providing a powerful scanning engine that does not restrict essential features or metadata behind commercial licenses or logins. The engine is backward compatible and supports common output formats like JSON and SARIF, making it easy to integrate into existing workflows and CI/CD pipelines. Key features of Opengrep include: Opengrep stands out as a robust, community-driven alternative for static code analysis, especially for those seeking transparency, extensibility, and assurance that future improvements will remain open. Its collaborative development model, strong organizational backing, and focus on advanced features make it a compelling choice for organizations and individuals who prioritize open-source security tooling and want to avoid vendor lock-in.

Highlights

The capabilities most worth remembering

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Accessible static code analysis

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Open-source commitment

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Community-driven development

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Backward compatibility

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Long-term assurance

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Advanced Scanning Engine

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Backward Compatibility

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Extended Language Support

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Inter-procedural and Cross-file Analysis

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Windows Support

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Community-driven Development

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Long-term Open Governance

Evidence

What backs up the editorial summary