Platform for Nexus Neural Network Nodes
Bootstrap complete edge AI systems in minutes. Unified platform combining MING stack, Edge Impulse, and Gen AI layer for IoT engineers building distributed intelligence.
Nexus Neural Network Nodes (N4)
A distributed edge intelligence architecture where each node runs on-device ML inference while participating in a coordinated mesh network. Data flows from devices through orchestration layers to storage and visualization, with AI agents providing automation and natural language interfaces.
Rapid Deployment
Quick Start
git clone [email protected]:raisga/p4n4-docker.git
cd p4n4-docker
docker compose up -d
# Services ready:
# MQTT: localhost:1883
# Node-RED: localhost:1880
# InfluxDB: localhost:8086
# Grafana: localhost:3000
# n8n: localhost:5678
# Ollama: localhost:11434
Architecture Benefits
- Containerized services with Docker Compose
- Pre-configured networking and authentication
- Persistent volumes for data retention
- Environment variable configuration
- Extensible service definitions
- Production-grade logging and monitoring
System Design
Three-layer architecture: device connectivity, data orchestration, and AI automation. Each component is containerized and can be deployed independently or as a complete stack.
Built for Edge AI Development
Unified Bootstrap
Single Docker Compose deployment. All services pre-configured and networked. Start building in minutes, not days.
Edge-Native Pipelines
Purpose-built for edge AI workflows. Device messaging, data orchestration, ML inference, and monitoring in one stack.
Local-First AI
Run LLMs locally with Ollama. No external API calls. Complete data sovereignty and offline capability.
Modular Stack
Use what you need. Each component can be deployed independently or as part of the complete platform.
Developer-First
Built by engineers, for engineers. Clear APIs, comprehensive docs, and extensible architecture.
Production Ready
Battle-tested components. Industry-standard protocols. Scales from prototype to production.
Built For Real-World Systems
Smart Sensors
Deploy ML-powered sensor networks. Process environmental data, detect anomalies, trigger automated responses.
Warehouse Safety
Real-time edge AI monitoring system for warehouse safety compliance and loss prevention.
AI-Controlled Systems
Let agents make decisions about physical systems. Natural language queries over sensor data and device control.