theORQL is a local-first, AI-powered debugging ecosystem that connects Chrome DevTools and VS Code. It captures runtime errors as they happen, including stack traces, DOM state, and network requests, then uses multi-agent AI to analyze the root cause and generate verified patches. Your code never leaves your machine. It also handles deployment failures from Vercel, Netlify, and GitHub Actions. Free to download on VS Code and Cursor, with free Intelligence tier access for open source contributors and students.

• Real-Time Runtime Error Capture: Monitors Chrome DevTools to capture every runtime error with full context, including stack traces, DOM state, network requests, and console logs, the instant they occur.
• Multi-Agent AI Root Cause Analysis: Uses multiple coordinated AI agents to investigate captured data and determine not just what failed, but why it failed, surfacing the real root cause within seconds.
• One-Click Verified Fixes: Automatically generates a validated patch you can review as a diff and apply directly to your codebase with a single click, no copy-paste required.
• Chrome-to-VS Code Sync: Both the Chrome and VS Code extensions stay synchronized in real time, so you can work from either interface without switching tabs or tools.
• Vision-Enabled Frontend AI: Takes UI screenshots, maps UI elements to code via source maps, triggers real browser interactions, and visually verifies fixes in Chrome before generating a reviewable diff.
• Deployment Failure Support: Captures and explains deployment failures from Vercel, Netlify, and GitHub Actions, then proposes fixes right inside your editor.
• Privacy-First Local Architecture: Runs entirely on your machine and encrypts any trace data before AI analysis. Zero cloud dependency, zero code leakage.
• Team Collaboration Tools: In-editor team chat tied to specific incidents with @mentions and assignments, plus role-based team management for access control across projects.

• Dramatically reduces debugging time: Users report up to 80% reduction in time spent debugging, saving an estimated 10-20 hours per week on error resolution.
• Eliminates context switching: No more jumping between Chrome DevTools, log files, and your editor. Everything lives in one synchronized workflow.
• Strong privacy model: Code never leaves your machine. The local-first architecture with encrypted trace data addresses security concerns common with cloud-based AI tools.
• Free for open source and education: Intelligence tier access is free for non-commercial open source contributors, students, and teachers.
• Works with popular deployment platforms: Direct integration with Vercel, Netlify, and GitHub Actions means you can debug deployment failures without leaving VS Code.

• Limited browser support: Currently only works with Chrome, so developers using Firefox, Safari, or other browsers need to switch for debugging.
• Editor lock-in: Requires VS Code or Cursor. Developers using JetBrains IDEs, Vim, or other editors cannot use theORQL.
• Frontend-focused scope: Primarily designed for frontend and deployment debugging. Backend-only or non-web developers may find limited use.

• Fixing Silent Frontend Errors: A developer notices UI glitches in production but sees nothing in the console. theORQL captures silent errors that don't trigger console logs, maps them directly to the responsible component via source maps, and provides a fix without manual investigation.
• Resolving Deployment Failures: Your Vercel or Netlify deploy fails with a cryptic error. Instead of digging through build logs, theORQL captures the failure context, explains the root cause in plain language, and proposes a validated fix you can apply immediately in VS Code.
• Onboarding Junior Developers: New team members struggling with debugging can use theORQL's AI explanations to understand why errors happen, not just how to fix them. The tool acts like a senior engineer reviewing each issue, accelerating the learning curve.
• Debugging Complex Runtime Issues: A React app throws intermittent errors related to state and network timing. theORQL captures the full runtime context (DOM state, network activity, variable values, execution order) and surfaces hidden issues that standard debuggers miss.
• Team Bug Triage and Assignment: A team lead uses theORQL's in-editor chat and bug assignment features to route captured incidents to the right developer, with full runtime context attached. No more recreating bugs or writing reproduction steps.
• Open Source Project Maintenance: An OSS maintainer uses theORQL's free Intelligence tier to quickly diagnose and fix runtime errors reported by contributors, reducing the time from bug report to merged fix.