Get Started with Chicago Forest
Build privacy-preserving, decentralized applications using our open-source P2P networking packages. No central servers. No tracking. Just pure mesh.
Important Disclaimer: AI-Generated Theoretical Framework
This entire website and all its content is an AI-generated theoretical framework created as an exploratory exercise to envision potential pathways to net-zero energy solutions. This is NOT a real, operational network, nor are there any actual plasma forest installations.
All technical specifications, protocols, and implementations described here are speculative interpretations of historical research by Tesla, Mallove, Moray, and others. This project represents hope and vision for sustainable energy futures, not existing technology or proven solutions.
No claims of working devices or energy generation are being made. This is a conceptual exploration and should be understood as such. Any real-world implementation would require extensive scientific validation, engineering development, and regulatory approval.
Generated by AI as a theoretical exercise in sustainable energy visioning. Not investment advice or scientific fact.
Follow These Steps
Understand the Vision
Learn about decentralized, community-owned network infrastructure
The Chicago Forest Network is a theoretical framework for building resilient, privacy-preserving peer-to-peer networks. We draw inspiration from mesh networking, Tor's onion routing, and community wireless initiatives.
Install the Packages
Add Chicago Forest packages to your Node.js project
Our packages are designed as building blocks for P2P applications. Each package handles a specific aspect of networking - from peer discovery to encrypted tunneling to anonymous routing.
# Install core packages
npm install @chicago-forest/p2p-core
npm install @chicago-forest/routing
npm install @chicago-forest/wireless-mesh
# Or install everything
npm install @chicago-forest/cliConfigure Your Node
Set up your node identity and network preferences
Each node in the network has a unique cryptographic identity. Configuration includes setting your routing preferences, privacy level, and connection policies.
import { createNode } from '@chicago-forest/p2p-core';
const node = await createNode({
// Generate a new identity
identity: await generateIdentity(),
// Choose your routing preferences
routing: {
protocols: ['dht', 'mesh', 'onion'],
pathSelection: 'balanced',
enableAnonymous: true,
},
// Set privacy level
privacy: 'high', // 'low' | 'medium' | 'high'
});
await node.start();Connect to Peers
Discover and connect to other nodes in the network
The network uses multiple discovery mechanisms: Kademlia DHT for global peer discovery, local mesh routing for nearby nodes, and bootstrap nodes for initial connection.
// Discover peers using DHT
const peers = await node.discover();
// Connect to specific peer
await node.connect(peerId);
// Listen for incoming connections
node.on('peer:connected', (peer) => {
console.log('New peer:', peer.id);
});Enable Privacy Features
Configure onion routing for anonymous communication
For maximum privacy, enable onion routing. Your traffic will be encrypted in layers and routed through multiple nodes, making it extremely difficult to trace the origin or destination.
import { OnionRouter } from '@chicago-forest/anon-routing';
const router = new OnionRouter({
hopCount: 3, // Route through 3 nodes
circuitTimeout: 300000, // 5 minute circuits
paddingEnabled: true, // Traffic analysis resistance
});
// Create anonymous circuit
const circuit = await router.createCircuit(destination);
// Send data anonymously
await circuit.send(encryptedData);Contribute to the Network
Run a relay node to strengthen the network
The network grows stronger with more participants. By running a relay node, you help others maintain their privacy and improve network resilience. You can choose what traffic to relay based on your resources and preferences.
// Configure as relay node
const relay = await createRelayNode({
bandwidth: '100mbps', // Available bandwidth
relayTypes: ['mesh', 'onion'],
exitPolicy: 'no-exit', // Don't act as exit node
});
await relay.start();
console.log('Relay node active:', relay.id);