Protocol Whitepaper
Complete technical specification for the Electromagnetic Network Protocol (ENP)
Table of Contents
Chicago Plasma Forest Network Protocol
Abstract
The Chicago Forest Network represents a theoretical exploration of decentralized, community-owned wireless mesh networking combined with insights from historical free energy research. This document outlines the conceptual architecture and protocols that could enable such a network.
1. Introduction
The Chicago Forest Network (CFN) envisions a peer-to-peer wireless infrastructure owned and operated by community members. Drawing inspiration from Tesla's wireless power transmission research and modern mesh networking protocols, CFN proposes a decentralized alternative to traditional telecommunications infrastructure.
2. Protocol Stack Overview
### Layer 1: Physical Layer
- WiFi (2.4GHz, 5GHz, 6GHz)
- LoRa (900MHz ISM band)
- 60GHz backhaul links
- Custom RF equipment
### Layer 2: Mesh Routing
- BATMAN-adv for automatic mesh routing
- Babel protocol for hybrid mesh/wireless
- OLSR for mobile ad-hoc networks
### Layer 3: Network Layer
- MNP theoretical addressing scheme
- IPv6 compatibility layer
- Geographic-aware routing
### Layer 4: Transport
- End-to-end encryption
- Anonymous routing circuits
- Traffic padding for privacy
3. Node Types
### Plasma Node
Full network participant with:
- Multi-band radio capabilities
- Anonymous routing relay
- Local storage and caching
### Bridge Node
Connects CFN to external networks:
- SD-WAN integration
- WireGuard/VXLAN tunnels
- Traffic classification
### Relay Node
Lightweight mesh participant:
- Single-band radio
- Packet forwarding only
- Low resource requirements
4. Security Model
- Ed25519 node identity keys
- Per-hop encryption
- Onion routing for anonymity
- Zero-trust architecture
5. Deployment
This is a **theoretical framework** for educational discussion. Any actual deployment would require:
- Regulatory compliance (FCC Part 15, etc.)
- Proper RF engineering
- Community consensus and governance
- Extensive testing and validation
6. Conclusion
The Chicago Forest Network represents possibilities, not promises. It combines historical research with modern technology concepts to spark discussion about community-owned infrastructure and energy democracy.
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*This document is part of an AI-generated theoretical framework. All technical specifications are conceptual and require validation before any implementation.*
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This document is released under Creative Commons CC-BY-SA 4.0 License
Last Updated: August 2024 ⢠Version 0.1.0-alpha