DevOps AI Toolkit

DevOps AI Toolkit is an AI-powered development productivity platform that enhances software development workflows through intelligent automation and AI-driven assistance.

📚 Quick Start | 🔧 MCP Setup | 🛠️ Features & Tools

Who is this for?

Kubernetes Deployment

• Developers: Deploy applications without needing deep Kubernetes expertise

• Platform Engineers: Create organizational deployment patterns that enhance AI recommendations with institutional knowledge and best practices, and scan cluster resources to enable semantic matching for dramatically improved recommendation accuracy

• Security Engineers: Define governance policies that integrate into deployment workflows with optional Kyverno enforcement

Kubernetes Issue Remediation

• DevOps Engineers: Quickly diagnose and fix Kubernetes issues without deep troubleshooting expertise

• SRE Teams: Automate root cause analysis and generate executable remediation commands

• Support Teams: Handle incident response with AI-guided investigation and repair workflows

Documentation Testing

• Documentation Maintainers: Automatically validate documentation accuracy and catch outdated content

• Technical Writers: Identify which sections need updates and prioritize work effectively

• Open Source Maintainers: Ensure documentation works correctly for new contributors

Shared Prompts Library

• Development Teams: Share proven prompts across projects without file management

• Project Managers: Standardize workflows with consistent prompt usage across teams

• Individual Developers: Access curated prompt library via native slash commands

AI Integration

• AI Agents: Integrate all capabilities with Claude Code, Cursor, or VS Code for conversational workflows

• REST API: Access all tools via standard HTTP endpoints for CI/CD pipelines, automation scripts, and traditional applications

Key Features

Kubernetes Deployment Intelligence

🔍 Smart Discovery: Automatically finds all available resources and operators in your cluster
🧠 Semantic Capability Management: Discovers what each resource actually does for intelligent matching
🤖 AI Recommendations: Smart intent clarification gathers missing context, then provides deployment suggestions tailored to your specific cluster setup with enhanced semantic understanding
🔧 Operator-Aware: Leverages custom operators and CRDs when available
🚀 Complete Workflow: From discovery to deployment with automated Kubernetes integration

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Capability-Enhanced Recommendations

Transform how AI understands your cluster by discovering semantic capabilities of each resource:

The Problem: Traditional discovery sees sqls.devopstoolkit.live as a meaningless name among hundreds of resources.

The Solution: Capability management teaches the system that sqls.devopstoolkit.live handles PostgreSQL databases with multi-cloud support.

Before Capability Management:

After Capability Management:

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Kubernetes Issue Remediation

🔍 AI-Powered Root Cause Analysis: Multi-step investigation loop identifies the real cause behind Kubernetes failures
🛠️ Executable Remediation: Generates specific kubectl commands with risk assessment and validation
⚡ Dual Execution Modes: Manual approval workflow or automatic execution based on confidence thresholds
🔒 Safety Mechanisms: Automatic fallback to manual mode when validation discovers additional issues
🎯 Cross-Resource Intelligence: Understands how pod issues may require fixes in different resource types (storage, networking, etc.)

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Documentation Testing & Validation

📖 Automated Testing: Validates documentation by executing commands and testing examples
🔍 Two-Phase Validation: Tests both functionality (does it work?) and semantic accuracy (are descriptions truthful?)
🛠️ Fix Application: User-driven selection and application of recommended documentation improvements
💾 Session Management: Resumable testing workflows for large documentation sets

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Organizational Pattern Management

🏛️ Pattern Creation: Define organizational deployment patterns that capture institutional knowledge
🧠 AI Enhancement: Patterns automatically enhance deployment recommendations with organizational context
🔍 Semantic Search: Uses Vector DB (Qdrant) for intelligent pattern matching based on user intent
📋 Best Practices: Share deployment standards across teams through reusable patterns

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Policy Management & Governance

🛡️ Policy Creation: Define governance policies that guide users toward compliant configurations
⚠️ Compliance Integration: Policies create required questions with compliance indicators during deployment
🤖 Kyverno Generation: Automatically generates Kyverno ClusterPolicies for active enforcement
🎯 Proactive Governance: Prevents configuration drift by embedding compliance into the recommendation workflow
🔍 Vector Storage: Uses Qdrant Vector DB for semantic policy matching and retrieval

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Shared Prompts Library

🎯 Native Slash Commands: Prompts appear as /dot-ai:prompt-name in your coding agent
📚 Curated Library: Access proven prompts for code review, documentation, architecture, and project management
🔄 Zero Setup: Connect to MCP server and prompts are immediately available across all projects
🤝 Team Consistency: Standardized prompt usage with centralized management

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AI Integration

⚡ MCP Integration: Works seamlessly with Claude Code, Cursor, or VS Code through Model Context Protocol
🤖 Conversational Interface: Natural language interaction for deployment, documentation testing, pattern management, and shared prompt workflows

Setup Required: See the MCP Setup Guide for complete configuration instructions.

🚀 Ready to deploy? Jump to the Quick Start guide to begin using DevOps AI Toolkit.

See It In Action

This video explains the platform engineering problem and demonstrates the Kubernetes deployment recommendation workflow from intent to running applications.

Documentation

🚀 Getting Started

• MCP Setup Guide - Complete configuration instructions for AI tools integration

• Tools and Features Overview - Comprehensive guide to all available tools and features

Troubleshooting

MCP Issues

MCP server won't start:

• Verify environment variables are correctly configured in .mcp.json env section

• Check session directory exists and is writable

• Ensure ANTHROPIC_API_KEY is valid

"No active cluster" errors:

• Verify kubectl connectivity: kubectl cluster-info

• Check KUBECONFIG path in environment variables

• Test cluster access: kubectl get nodes

Support

• Issues: GitHub Issues

Contributing

We welcome contributions! Please:

• Fork the repository and create a feature branch

• Run integration tests to ensure changes work correctly (see Integration Testing Guide)

• Follow existing code style and conventions

• Submit a pull request with a clear description of changes

License

MIT License - see LICENSE file for details.

DevOps AI Toolkit - AI-powered development productivity platform for enhanced software development workflows.