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221,853 tools. Last updated 2026-06-21 16:19

"namespace:io.github.ark-forge" matching MCP tools:

  • Generate vector embeddings from text for semantic search, RAG, clustering, or similarity tasks. Choose between query or document input type and adjust model quality and dimensionality.
    MIT
  • Retrieve the complete project context document—including architecture, status, requirements, and roadmap—for any UIForge project using its slug.
    MIT
  • Diagnose Electron build failures by analyzing error output from electron-builder, electron-forge, or electron-packager. Identifies code signing, native module, ASAR, configuration, and path resolution issues.
    MIT
  • Scan a project for code quality issues using 25 governance rules across 10 categories. Get a score, grade, findings by category, and hotspot files.
    MIT

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  • Crie épicos, features, histórias e tasks no Azure DevOps a partir de uma conversa.

  • Architecture compiler for AI code. 11 tools, 92 actions, 872 Lean4 proofs, 100/100 self-cert.

  • Expand the MCP tool set to access manual browser actions like click, type, and scroll, or diagnostic probes when default tools are insufficient. Choose level 2 for creative supplements or level 3 for full manual control.
    MIT
  • Search Forge's stored patterns to find previously learned conventions, failure modes, and successful approaches for project guidance and debugging.
    MIT
  • Save, load, or list orchestrator session snapshots to resume workflows after crashes, restarts, or pauses without re-planning or re-running completed modules.
    MIT
  • Forge a DERO proof string for any transaction and amount to demonstrate that a 'Verified ✓' display does not confirm actual coin minting on the blockchain.
    MIT
  • Verify forge module changes compile, run, and meet API contracts before merging. Checks files, syntax, commands, and cross-module dependencies, tracking progress across attempts.
    MIT
  • Save learned patterns like test commands and failure diagnostics to persistent memory for future project runs, preventing duplicate entries to maintain efficiency.
    MIT
  • Validate forge plan JSON files before execution to detect structural errors, dependency cycles, and potential file conflicts, ensuring plans run correctly without spawning workers.
    MIT
  • Manage retry tracking for individual modules in forge runs. Track attempt counts, scores, and stagnation flags to decide between retrying or escalating failed modules.
    MIT
  • Configure CV Forge backend to generate professional ATS-friendly CVs. Choose local Docker setup or remote hosted service before creating PDF/DOCX documents.
    MIT
  • Save a browser automation tap to disk with automatic git commit. Optionally verify examples to ensure row-shape contracts pass before finalizing.
    MIT
  • Run a recipe on a cell you own to refine resources or forge tokens. Inputs debited upfront; free recipes start immediately, paid ones require on-chain payment.
    MIT
  • Query structured event logs from Forge runs to debug failures, audit tool execution history, and investigate errors without re-running processes.
    MIT
  • Create ATS-optimized DOCX resumes from structured CV data. Provides a visual editor for layout customization and alternative format downloads.
    MIT
  • List available craft recipes with inputs, outputs, duration per batch, and CPU cost to select a recipe and see the price before crafting.
    MIT