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5 changes: 4 additions & 1 deletion .gitignore
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# KAgent Tools Roadmap

This document outlines the development roadmap for KAgent Tools, a comprehensive Go implementation of Kubernetes and cloud-native tools integrated with the Model Context Protocol (MCP).

## MCP Ecosystem Alignment

KAgent Tools is committed to supporting the broader MCP ecosystem development. Our roadmap incorporates key initiatives from the [official MCP roadmap](https://modelcontextprotocol.io/development/roadmap) to ensure interoperability, standardization, and community alignment. We actively participate in MCP protocol evolution and contribute to the ecosystem's growth.

## Current State (Q3 2025)

### ✅ Completed
- **Core MCP Server Implementation**: Stable MCP server with SSE and stdio transport support
- **Python to Go Migration**: Successfully migrated all core tools from Python to Go
- **Modular Architecture**: Clean separation of concerns with dedicated packages for each tool category
- Kubernetes (kubectl operations, resource management)
- Helm (package management, releases)
- Istio (service mesh management, proxy configuration)
- Cilium (CNI, networking, cluster mesh)
- Argo Rollouts (progressive delivery)
- Prometheus (monitoring, PromQL queries)
- Utilities (datetime, shell commands)
- **Testing Infrastructure**: Unit tests with 80%+ coverage requirement
- **CI/CD Pipeline**: Automated testing and building

### 🔄 In Progress
- **Documentation**: Comprehensive README and development guides
- **Tool Provider Registry Refactor**: New registration pattern with template method implementation
- **Enhanced Error Handling**: Improved error messages and context propagation
- **Schema Validation**: Better parameter validation and type safety
- **Test coverage >80%**: Improve test coverage

---

## Short-Term Goals (Q3 2025)

### 🎯 Priority 1: Core Architecture Improvements

#### Tool Provider Registry (Complete by August 2025)
- **Objective**: Finish migration to new registry pattern for better maintainability
- **Key Features**:
- Template method pattern for consistent tool initialization
- Dynamic tool registration with proper schema handling
- Improved error handling during tool registration
- Better separation of concerns between tools and providers
- **Success Metrics**: All tools migrated to new registry pattern, legacy registration removed

#### Enhanced MCP Integration (Complete by August 2025)
- **Objective**: Improve MCP protocol integration and tool discovery
- **Key Features**:
- Better schema definitions for all tools
- Improved parameter validation
- Enhanced error responses with structured error types
- Tool categorization and tagging
- Add flag which will enforce readonly operations globally
- **Success Metrics**: 100% schema coverage, improved error handling

#### Performance/Fuzzy Testing (Complete by September 2025)
- **Objective**: Optimize tool execution performance and resource usage
- **Key Features**:
- Command execution pooling
- Caching for frequently accessed resources
- Memory optimization for large responses
- Concurrent tool execution where applicable
- **Success Metrics**: 50% reduction in memory usage, 30% faster command execution

### 📚 Priority 2: Developer Experience

#### Enhanced Documentation (Complete by August 2025)
- **Tool Documentation**: Comprehensive examples for each tool
- **API Reference**: Complete MCP tool API documentation
- **Best Practices Guide**: Common patterns and usage examples
- **Troubleshooting Guide**: Common issues and solutions

#### Development Tools (Complete by August 2025)
- **Tool Generator**: CLI tool for creating new tool categories
- **Schema Validator**: Validation tools for tool schemas
- **Integration Tests**: Comprehensive integration test suite
- **Mock Server**: Mock MCP server for testing

#### MCP Ecosystem Alignment (Complete by September 2025)
- **Compliance Test Suites**: Automated verification that our MCP server properly implements the specification
- **Reference Implementation**: Demonstrate MCP protocol features with high-quality tool integrations
- **MCP Registry Integration**: Integrate with official MCP Registry for centralized server discovery
- **Protocol Validation**: Ensure consistent behavior across the MCP ecosystem


### 🔧 Priority 3: Optimize Tools Number by eliminating redundand tools

#### Kubernetes Tools Expansion (Complete by September 2025)
- **New Tools**:
- `kubectl_wait`: Wait for specific resource conditions
- **Enhancements**:
- Better context switching support
- Improved resource filtering and selection
- Enhanced log streaming capabilities

#### Security Tools (Complete by September 2025)
- **RBAC Analysis**: Role-based access control validation
- **Falco Integration**: Runtime security monitoring
- **Vulnerability Scanning**: Integration with security scanners

---

## Medium-Term Goals (Q4 2025)

### 🚀 Advanced Features

#### GitOps Integration (Complete by September 2025)
- **ArgoCD Tools**: Advanced ArgoCD application management
- **Flux Integration**: Flux v2 toolkit integration
- **Git Operations**: Git-based workflow tools
- **Deployment Tracking**: Track deployments across environments

#### Advanced Networking (Complete by October 2025)
- **Service Mesh Tools**: Advanced Istio operations
- **Network Policy Management**: Comprehensive network policy tools
- **Traffic Management**: Advanced traffic routing and load balancing
- **Observability**: Network-level monitoring and tracing

#### Multi-Cluster Support (Complete by December 2025)
- **Cluster Management**: Support for multiple Kubernetes clusters
- **Cross-Cluster Operations**: Tools for multi-cluster deployments
- **Cluster Discovery**: Automatic cluster detection and configuration
- **Context Switching**: Seamless context switching between clusters

#### MCP Advanced Features (Complete by December 2025)
- **Agent Integration**: Support for agent graphs and interactive workflows
- **Multi-Modal Support**: Additional modalities beyond text (future-ready architecture)
- **Streaming Capabilities**: Real-time data streaming for large responses
- **Interactive Workflows**: Multi-step interactive operations with state management

### 🔄 Platform Integration

#### Cloud Provider Integration (Complete by October 2025)
- **AWS EKS**: EKS-specific tools and integrations
- **Azure AKS**: AKS cluster management
- **Google GKE**: GKE management and operations
- **Multi-Cloud**: Cross-cloud deployment and management

#### CI/CD Pipeline Integration (Complete by TBD)
- **Argo Workflow**: Argo workflow integration
- **Tekton**: Cloud-native CI/CD pipeline tools

#### MCP Registry Integration (Complete by TBD)
- **Registry Publication**: Publish KAgent Tools to official MCP Registry
- **Discovery Enhancement**: Enable automatic discovery of our tools via MCP Registry
- **Metadata Standards**: Implement rich metadata for better tool categorization
- **Version Management**: Semantic versioning and compatibility tracking in registry

---

## Long-Term Vision (2025+)

### 🎯 Strategic Objectives

Keep aligned with modelcontextprotocol spec and roadmap

#### Enterprise Features (Q4 2025)
- **Multi-Tenancy**: Enterprise-grade multi-tenant support
- **Compliance Tools**: Compliance monitoring and reporting
- **Audit Logging**: Comprehensive audit trail and compliance
- **Enterprise SSO**: Advanced authentication and authorization

#### MCP Protocol Evolution (Q1 2026)
- **Advanced Agent Capabilities**: Support for complex agent workflows and state management
- **Enhanced Multimodality**: Full support for additional modalities as they become available
- **Protocol Extensions**: Contribute to and implement MCP protocol extensions
- **Ecosystem Integration**: Deep integration with other MCP-compatible tools and platforms

#### Extended Ecosystem (Q3 2025)
- **Plugin Architecture**: Third-party plugin support
- **Custom Tool Development**: SDK for custom tool development
- **Marketplace**: Community-driven tool marketplace
- **Integration Hub**: Pre-built integrations with popular tools

#### Advanced Analytics (Q4 2025)
- **Cost Optimization**: Cost analysis and optimization tools
- **Performance Analytics**: Deep performance insights
- **Capacity Planning**: Intelligent capacity planning
- **Trend Analysis**: Long-term trend analysis and reporting

---

## Technical Debt and Maintenance

### Ongoing Priorities
- **Security Updates**: Regular security audits and dependency updates
- **Performance Monitoring**: Continuous performance optimization
- **Test Coverage**: Maintain 80%+ test coverage across all packages
- **Documentation**: Keep documentation current with code changes
- **Dependency Management**: Regular dependency updates and security patches

### Code Quality Initiatives
- **Linting Standards**: Enforce consistent code style with golangci-lint
- **Code Reviews**: Mandatory code reviews for all changes
- **Refactoring**: Regular refactoring to improve maintainability
- **Architecture Reviews**: Periodic architecture reviews and improvements

### MCP Protocol Governance
- **Specification Compliance**: Track and implement MCP specification updates
- **Community Participation**: Active participation in MCP community discussions
- **Standardization Contributions**: Contribute to MCP protocol standardization efforts
- **Interoperability Testing**: Cross-platform and cross-implementation testing

---

## Success Metrics

### Technical Metrics
- **Performance**: 99.9% uptime, <100ms average response time
- **Quality**: 80%+ test coverage, 0 critical security vulnerabilities
- **Reliability**: <0.1% error rate, graceful degradation
- **Maintainability**: <2 day average time to fix issues

### Adoption Metrics
- **Usage**: Growth in active users and tool invocations
- **Community**: Contributions, issues, and community engagement
- **Documentation**: Documentation coverage and user satisfaction
- **Feedback**: User feedback scores and feature requests

### MCP Ecosystem Metrics
- **Registry Adoption**: Number of installations via MCP Registry
- **Protocol Compliance**: Compliance test suite pass rate (target: 100%)
- **Interoperability**: Successful integrations with other MCP tools
- **Community Participation**: Active engagement in MCP working groups and discussions

---

## Contributing to the Roadmap

This roadmap is a living document that evolves with the project. We welcome:

- **Feature Requests**: Suggest new tools or enhancements
- **Priority Feedback**: Help us prioritize features based on user needs
- **Technical Input**: Contribute to architectural decisions
- **Implementation**: Help implement roadmap items

### How to Contribute
1. **Open Issues**: Use GitHub issues for feature requests and feedback
2. **Discussions**: Join project discussions for architectural decisions
3. **Pull Requests**: Contribute code for roadmap items
4. **Testing**: Help test new features and provide feedback

---

## Version History

| Version | Date | Major Changes |
|---------|------|---------------|
| 1.0 | Q1 2025 | Initial roadmap creation |
| 1.1 | Q3 2025 | Updated timelines and integrated MCP official roadmap items |

---

*This roadmap is subject to change based on community feedback, technical constraints, and emerging requirements.*