Ripple FAQs

Question 1

What is Ripple's Temporal Blast Radius Analysis?

Accepted Answer

This core feature identifies files that frequently co-change in your git history. By focusing on actual temporal coupling, it accurately predicts the real impact of changes and identifies high-risk areas that static analysis, which often looks at theoretical dependencies, might miss.

Question 2

Is Ripple suitable for organizations with strict data privacy requirements?

Accepted Answer

Absolutely. Ripple is designed for on-premises, self-hosted deployment. Your entire code intelligence infrastructure runs within your own environment, ensuring your code and sensitive data never leave your machines, guaranteeing maximum privacy and security.

Question 3

What is Ripple Guard and how does it help validate AI-generated code?

Accepted Answer

Guard performs rapid (2.4ms/file) static semantic checks, verifying that AI-generated code's *claims* (e.g., in comments or implied actions) match its *actual implementation*. It catches subtle bugs like premature lock releases, incorrect transaction boundaries, or failed auth-before-action patterns.

Question 4

How does Ripple differ from traditional code analysis tools?

Accepted Answer

Ripple analyzes *git history* to understand how files *actually change together*, providing a 'temporal blast radius'. Unlike static analysis which relies on import graphs, Ripple offers significantly higher recall (+322%) for predicting change impact and detecting real-world bugs.

Question 5

Can Ripple integrate with my existing development workflow and AI coding assistants?

Accepted Answer

Yes, Ripple offers 15 powerful MCP (Model Context Protocol) Tools that plug into leading AI coding assistants like Claude Code, Cursor, GitHub Copilot Agent, and OpenHands, providing them with deep codebase context. It also supports CI/CD integration with 'Guardian Mode' for automated PR risk analysis.

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