Revelara.ai
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What a finding looks like

HIGHsvc/main.py:4

requests.get has no timeout or deadline

control RC-019 · rvl explain bfyx

How it works → Features →
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Platform

  • Detect Match your code against real incident patterns. Included in every plan.
  • Correlate Find the low risks that combine into one high risk across services.
  • Architect STPA-inspired hazard analysis of your control structure.

Developer tools

  • rvl CLI Open source scanner. Runs locally. Your code stays on your machine.
  • MCP server Incidents, risks, and controls inside your coding agent.
  • Agent plugins /scan, /ask, and /fix in the coding agent you already use.

Capabilities

  • Risk register Classified, scored, and linked to services and teams.
  • Controls catalog 70 reliability controls with evidence tracking.
  • SOC 2 readiness Coverage by criterion, with current evidence.
Solutions

From an early user

“It's not just telling me the problem, but I can already start to see the matrix beyond it as the same failure class is highlighted across multiple disparate repositories.”

Principal Engineer, ex-Amazon/ex-Google

All solutions →

By use case

  • Pre-commit risk gate Block the risky change before it merges.
  • Guardrails for AI-written code Your agent writes the code. Revelara checks it against real outages.
  • SOC 2 reliability evidence Evidence that stays current between audits.
  • Learn from incidents, public and your own Thousands of public incidents, and your own, become findings in the next diff.
  • Reliability design review Find systemic hazards before you build.

By team

  • Developers Findings in your terminal, with the reason attached.
  • Staff engineers and architects See the same failure class across every repo.
  • Platform and SRE Scale your judgment across every team.
  • Engineering leaders Where risk is dense, and which way it moves.
  • Security and compliance Map engineering controls to audit criteria.
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Tags

Reliability, systems thinking, and what we find while building.

Taxonomy

Findings·Oct 5, 2026

Sre

Findings·Oct 5, 2026

Revelara

Findings·Oct 5, 2026

Reliability

Findings·Oct 5, 2026

Owasp

Findings·Oct 5, 2026

Incidents

Findings·Oct 5, 2026

Cwe

Findings·Oct 5, 2026

Rvl-Cli

Findings·Sep 14, 2026

Mcp

Findings·Sep 14, 2026

Coding-Agents

Findings·Sep 14, 2026

Ai-Code-Review

Findings·Sep 14, 2026

Static-Analysis

Findings·Aug 20, 2026

Shift-Left

Findings·Aug 20, 2026

Rvl

Findings·Aug 20, 2026

Open-Source

Findings·Aug 20, 2026

Engineering

Findings·Aug 20, 2026

Determinism

Findings·Aug 16, 2026

Agentic-Coding

Findings·Aug 16, 2026

Memory

Findings·Aug 2, 2026

Code-Review

Findings·Aug 2, 2026

Security

Findings·Jul 28, 2026

Developer-Experience

Findings·Jul 28, 2026

Authorship-Time

Findings·Jul 28, 2026

Defect-Rate

Findings·Jul 26, 2026

AI

Findings·Jul 26, 2026

Product

Findings·Jul 19, 2026

How-To

Findings·Jul 19, 2026

Metrics

Findings·Jul 15, 2026

Measurement

Findings·Jul 15, 2026

Evals

Findings·Jul 15, 2026

STPA

Findings·May 26, 2026

STAMP

Findings·May 26, 2026

Incident-Response

Findings·May 26, 2026

GitHub

Findings·May 26, 2026

CAST

Findings·May 26, 2026

Severity

Findings·May 10, 2026

Corpus-Analysis

Findings·May 10, 2026

Vibe-Coding

Findings·May 4, 2026

DORA

Findings·May 4, 2026

Observability

Findings·Apr 21, 2026

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