OPNSense MCP Server

# 🚀 ACTION PLAN: Next 24 Hours ## Hour 1: Add DHCP Visibility ✅ **Goal**: See devices on your network through Claude 1. Open `C:\Users\VinSpo\Desktop\OPNSenseMCP\src\index.ts` 2. Follow `implementation-plan\00-DHCP-QUICK-FIX.md` 3. Add the imports, initialize dhcpResource, add tools & handlers 4. Run `npm run build` 5. Restart Claude Desktop 6. Test: "Find all devices with kyle in the name" **Success**: You can now ask Claude about devices on your network! ## Hour 2-3: Implement Pattern System 🎯 **Goal**: Deploy complex configurations with simple commands 1. Create `src\patterns\base.ts` using the TypeScript artifact 2. Update `index.ts` to add pattern tools: ```typescript // Add to imports import { PatternRegistry, SimpleDeploymentEngine } from './patterns/base.js'; // Add to class properties private patternRegistry: PatternRegistry | null = null; private deploymentEngine: SimpleDeploymentEngine | null = null; // Initialize in initialize() this.patternRegistry = new PatternRegistry(); this.deploymentEngine = new SimpleDeploymentEngine( this.client, this.vlanResource, this.firewallRuleResource ); ``` 3. Add pattern tools (list_patterns, deploy_pattern) 4. Test with: "Deploy a secure guest network on VLAN 75" **Success**: Complex deployments with one command! ## Hour 4-5: Add State Tracking 📊 **Goal**: Track what's deployed where 1. Create `src\state\manager.ts`: ```typescript export class StateManager { async trackDeployment(deploymentId: string, resources: Map<string, any>) { // Save to PostgreSQL } async getDeploymentHistory(): Promise<Deployment[]> { // Query deployment history } } ``` 2. Integrate with pattern deployment 3. Add tool: `get_deployment_history` **Success**: Full visibility into deployment history! ## Day 2: Enhanced Patterns 🏗️ ### Morning: Create 5 Real-World Patterns 1. **DMZ Network Pattern** - Isolated network for public services 2. **IoT Isolation Pattern** - Secure IoT device network 3. **Development Environment** - Complete dev setup 4. **Media Server Access** - Plex/Jellyfin rules 5. **Home Office VPN** - Remote work setup ### Afternoon: Add Cross-Resource References 1. Update resources to expose outputs 2. Implement basic reference resolution 3. Test with patterns that reference each other ## Day 3-7: Build Toward Multi-MCP 🌐 ### Day 3: Docker MCP Server - Create basic Docker MCP server - Implement container management - Test deploying containers from Claude ### Day 4: Cross-MCP References - Implement reference parser - Build output resolver - Deploy first cross-MCP pattern ### Day 5: Orchestration Engine - Create unified deployer - Add dependency resolution - Test complex multi-server deployments ### Day 6: AI Integration - Natural language parsing - Intent recognition - Pattern matching from descriptions ### Day 7: Polish & Test - Error handling - Rollback mechanisms - Documentation ## 🎮 Demo Scenarios to Build Once implemented, you'll demo these to show the power: ### Scenario 1: Guest WiFi Setup **You**: "Set up a secure guest WiFi on VLAN 50 with internet only access" **Claude**: Deploys VLAN, firewall rules, DHCP scope, and bandwidth limits ### Scenario 2: Game Night **You**: "The kids want to play Minecraft tonight" **Claude**: - Finds the Minecraft server IP from DHCP - Opens the right ports - Sets up QoS for low latency - Schedules auto-close at 10 PM ### Scenario 3: New Developer **You**: "Set up a dev environment for our new Python developer starting Monday" **Claude**: - Creates isolated VLAN - Deploys PostgreSQL container - Sets up Redis - Configures firewall rules - Generates access credentials ### Scenario 4: Security Alert **You**: "We're getting hit with weird traffic from China" **Claude**: - Analyzes traffic patterns - Creates geo-blocking rules - Implements rate limiting - Sets up monitoring alerts ## 📋 Success Metrics After 1 week, you should have: - ✅ 10+ patterns ready to deploy - ✅ State tracking for all deployments - ✅ Basic multi-MCP working (OPNSense + Docker) - ✅ 50% reduction in manual configuration time - ✅ Natural language deployment working After 1 month: - ✅ 4+ MCP servers integrated - ✅ Complex cross-server deployments - ✅ Self-healing capabilities - ✅ Cost optimization running - ✅ Full IaC platform operational ## 🎯 Start NOW! 1. Open terminal: `cd C:\Users\VinSpo\Desktop\OPNSenseMCP` 2. Open VS Code: `code .` 3. Start with DHCP (1 hour to value!) 4. Move to patterns (huge impact!) 5. Keep building toward the vision! Remember: **Small wins compound into big transformations!** Your GenAI IaC platform isn't a dream - it's 1 hour away from starting! 🚀