diff --git a/README.md b/README.md
index 33183ba..53e45ca 100644
--- a/README.md
+++ b/README.md
@@ -140,37 +140,146 @@ mcmqtt/
 - **Robust mocking** for reliable CI/CD
 - **Edge case coverage** for production reliability
 
-## 🌟 Use Cases
+## 🌟 Real-World Use Cases
 
-### 🤖 AI Agent Coordination
+### 🤖 AI Agent Orchestration & Swarm Coordination
 
-Perfect for coordinating Claude Code subagents via MQTT:
+**Fractal Agent Architecture**: Build sophisticated agent swarms where parent agents delegate tasks to specialized subagents via MQTT messaging.
 
 ```bash
-# Parent agent publishes tasks
-mcmqtt-publish --topic "agents/tasks" --payload '{"task": "analyze_data", "agent_id": "worker-1"}'
+# 1. Setup mcmqtt as MCP server for agent coordination
+claude mcp add task-buzz -- uvx mcmqtt
 
-# Worker agents subscribe and respond
-mcmqtt-subscribe --topic "agents/tasks" --callback process_task
+# 2. Now parent Claude Code agents can coordinate with subagents
 ```
 
-### 📊 IoT Data Collection
+**Example: Multi-Agent Code Analysis Workflow**
 
 ```bash
-# Collect sensor data
-mcmqtt-subscribe --topic "sensors/+/temperature" --format json
+# Parent Agent (you) delegates analysis tasks via MQTT:
 
-# Forward to analytics
-mcmqtt-publish --topic "analytics/temperature" --payload "$sensor_data"
+# 1. Spawn embedded broker for coordination
+mqtt_spawn_broker --name "code-analysis" --port 1883
+
+# 2. Create specialized subagents for different domains  
+claude -p "You are a security-analysis-agent. Subscribe to 'tasks/security' topic and analyze code for vulnerabilities. Use mqtt_subscribe and mqtt_publish tools."
+
+claude -p "You are a performance-agent. Subscribe to 'tasks/performance' and optimize code. Report results to 'results/performance'."
+
+claude -p "You are a test-agent. Subscribe to 'tasks/testing' and write comprehensive tests. Publish coverage to 'results/testing'."
+
+# 3. Parent agent coordinates the workflow
+mqtt_publish --topic "tasks/security" --payload '{"file": "auth.py", "priority": "high"}'
+mqtt_publish --topic "tasks/performance" --payload '{"file": "database.py", "focus": "query_optimization"}'  
+mqtt_publish --topic "tasks/testing" --payload '{"file": "api.py", "coverage_target": "95%"}'
+
+# 4. Monitor results from all agents
+mqtt_subscribe --topic "results/+" --callback aggregate_analysis_report
 ```
 
-### 🔄 Microservice Communication
+**Advanced Fractal Patterns:**
+- **Recursive Task Delegation**: Subagents can spawn their own sub-subagents for complex domains
+- **Dynamic Load Balancing**: Monitor agent workload via heartbeat topics, redistribute tasks automatically
+- **Cross-Agent Learning**: Agents share insights via `knowledge/domain` topics
+- **Fault Tolerance**: Dead agent detection via missed heartbeats, automatic task redistribution
+
+**Use Cases:**
+- **Large Codebase Analysis**: Break down monolith analysis across specialized agents (security, performance, testing, documentation)
+- **Multi-Language Projects**: Deploy language-specific agents (Python-agent, JavaScript-agent, Rust-agent) 
+- **Distributed Code Review**: Parallel analysis of pull requests with different focuses
+- **CI/CD Integration**: Agents monitor git hooks, trigger builds, run tests, deploy services
+
+### 📊 Real-Time IoT & Sensor Data Processing
+
+**Zero-Config IoT Integration**: Perfect for collecting, processing, and routing sensor data without complex infrastructure.
 
 ```bash
-# Service mesh communication
-mcmqtt --mqtt-host service-mesh.local --client-id user-service
+# Example: Temperature monitoring system
+# 1. Start mcmqtt server
+uvx mcmqtt
+
+# 2. Use MCP tools to:
+#    - Subscribe to sensors/+/temperature 
+#    - Publish alerts to alerts/high-temp
+#    - Forward to analytics/warehouse
 ```
 
+**Use Cases:**
+- **Smart building automation**: Collect data from thermostats, motion sensors, lighting systems
+- **Industrial monitoring**: Equipment health, production metrics, safety alerts
+- **Environmental tracking**: Weather stations, air quality monitors, noise levels
+- **Agricultural IoT**: Soil moisture, crop monitoring, automated irrigation
+
+### 🔄 Microservice Event Streaming
+
+**Service Mesh Communication**: Replace complex message queues with simple MQTT patterns for microservice coordination.
+
+```bash
+# Start dedicated MQTT server for service mesh
+uvx mcmqtt --transport http --port 8080
+
+# Services communicate via MQTT topics:
+# - orders/created, orders/fulfilled
+# - payments/processed, payments/failed  
+# - inventory/updated, inventory/low-stock
+```
+
+**Use Cases:**
+- **Event sourcing**: Capture all state changes as MQTT events for audit trails
+- **Saga patterns**: Coordinate complex business transactions across multiple services
+- **Cache invalidation**: Notify services when shared data changes
+- **Health monitoring**: Services publish heartbeats and status updates
+
+### 🎮 Real-Time Gaming & Live Applications
+
+**Low-Latency Messaging**: Build multiplayer games, live chat, and real-time collaboration tools.
+
+```bash
+# Game server coordination
+claude mcp add game-events -- uvx mcmqtt --transport http
+```
+
+**Use Cases:**
+- **Multiplayer game state**: Player positions, actions, world updates
+- **Live chat systems**: Message broadcasting, user presence, typing indicators
+- **Collaborative editing**: Document changes, cursor positions, user selections
+- **Live streaming**: Chat messages, viewer counts, donations, moderation events
+
+### 🏭 DevOps & Infrastructure Automation
+
+**Deployment Orchestration**: Coordinate deployments, monitoring, and incident response across infrastructure.
+
+```bash
+# Infrastructure coordination
+uvx mcmqtt --mqtt-host production-mqtt.company.com
+```
+
+**Use Cases:**
+- **CI/CD pipelines**: Build status, deployment triggers, rollback coordination
+- **Container orchestration**: Service discovery, load balancer updates, scaling events
+- **Monitoring alerts**: Error spikes, performance degradation, security incidents
+- **Backup coordination**: Database snapshots, file synchronization, disaster recovery
+
+### 🛍️ E-commerce & Business Process Automation
+
+**Order Processing Workflows**: Handle complex business processes with event-driven patterns.
+
+**Use Cases:**
+- **Order fulfillment**: Inventory checks → payment processing → shipping → delivery notifications
+- **Customer journey**: Cart abandonment → email campaigns → purchase → support follow-up
+- **Supply chain**: Supplier updates → inventory management → demand forecasting
+- **Fraud detection**: Transaction monitoring → risk scoring → manual review triggers
+
+### 📱 Mobile & Edge Computing
+
+**Offline-First Applications**: Handle intermittent connectivity and edge computing scenarios.
+
+**Use Cases:**
+- **Mobile app synchronization**: User data, settings, offline queue processing
+- **Edge device coordination**: Factory floor devices, retail kiosks, field equipment
+- **Bandwidth optimization**: Intelligent data batching, compression, prioritization
+- **Mesh networking**: Device-to-device communication, local data processing
+
 ## ⚙️ Configuration
 
 ### Environment Variables