Report task completion results to improve future AI agent recommendations. Submit success status, agent ID, and optional error details after routing tasks.
MIT
519,163 tools. Updated 2026-09-06 07:20
"Techniques to Improve Agent Programming" matching MCP tools:
- Apply programming paradigms to solve coding problems by selecting approaches like functional, object-oriented, or reactive programming for structured solutions.-
- Retrieve programming language usage statistics across all indexed repositories to understand codebase composition and guide technology decisions.MIT
- Start, complete, or list collaborations between agents for tasks like code review, pair programming, and API integration.MIT
- Returns list of programming languages supported by Symbiotic CLI for scanning code and infrastructure vulnerabilities.MIT
- Retrieve detailed information about embedded TouchDesigner techniques, including optional code snippets and setup/workflow guidance.MIT
Matching MCP Servers
- AlicenseNot gradedqualityBmaintenanceCaptures user corrections and improvements during interactions, logs them, finds recurring patterns, and prescribes preventive fixes like CLAUDE.md rules, skills, scripts, or MCP tools to avoid repeating mistakes.12MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI agents to control a Live2D desktop pet's expressions and actions via MCP protocol.MIT
Matching MCP Connectors
Connect any two AI agents and let them talk directly. Claude to Claude, Claude to OpenAI, or any MCP-compatible agent
Turn any shopping list into a ready-to-checkout grocery cart across 26 European supermarkets.
- Record agent action outcomes to build a learning signal log. Track successes and failures across skills and actions, then identify patterns to improve performance after 30+ signals.MIT
- Search, replace, or count code patterns using syntax-aware AST matching across 20+ programming languages.MIT
- Detect programming language and test framework from source code. Input either raw code or file path.MIT
- Analyze patterns in Bitcoin Stamps to identify common libraries, frameworks, and coding techniques used across the ecosystem.MIT
- Search MITRE ATT&CK techniques by keyword in their name or description. Returns matching techniques with IDs and optional descriptions for enterprise, mobile, or ICS domains.Apache 2.0
- Bulk lookup up to 50 MITRE ATLAS techniques in one request. Returns records with status, parent tactics, and next-step references — ideal after case study lookup.MIT
- View all supported programming languages and their guideline categories to discover available coding standards and best practices for each language.MIT
- Retrieve techniques used by software of a threat group via the Group → Software → Techniques relationship.Apache 2.0
- Retrieve parent techniques (main ATT&CK IDs without subtechniques) for enterprise, mobile, or ICS domains. Filter out revoked or deprecated entries and optionally include descriptions.Apache 2.0
- Retrieve a list of all supported programming languages and their associated file extensions to identify which code formats the search tool can index and query.MIT
- Retrieve D3FEND countermeasures for a threat's ATT&CK techniques, mapping offensive techniques to digital artifacts and defensive tactics. Identify what would have stopped the threat by its threat ID.MIT
- Retrieves the current server configuration from environment variables to verify the configured device and tool before programming operations, without requiring hardware connection.MIT
- Generate an ATT&CK Navigator layer to visualize techniques linked to a threat group, mitigation, or software ID, enabling threat intelligence analysis.Apache 2.0
- Run all seven typosquatting detection techniques on a domain, deduplicate variants, and optionally resolve to report only registered domains.MIT
- List all supported programming languages with their capabilities and package managers to determine which runtime to use for code execution.MIT