🧅Privacy-First Architecture

Tor-Inspired Privacy

Built on the same principles that power the Tor network - onion routing, layered encryption, and traffic analysis resistance.

No Central Authority

End-to-End Encrypted

Anonymous Routing

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.

How Onion Routing Works

Your data is encrypted in layers, like an onion. Each relay only knows the previous and next hop - never the full path.

💻

You

Encrypt 3 layers

→

🧅

Relay 1

Peels layer 1

→

🧅

Relay 2

Peels layer 2

↓

🎯

Destination

Receives data

←

🧅

Relay 3

Peels layer 3

No single relay knows both your identity AND your destination. Even if one relay is compromised, your privacy remains protected.

Five Layers of Privacy

🔐

Layer 1: Identity Privacy

Cryptographic node identity without personal information

Features

✓Ed25519 keypair-based identity
✓No registration or central authority
✓Identity rotation support
✓Pseudonymous networking

Example

// Generate anonymous identity
const identity = await generateIdentity();
// Identity is just a keypair - no email, no phone, no tracking
console.log(identity.publicKey); // This is your only identifier

🔒

Layer 2: Transport Encryption

End-to-end encryption for all network traffic

Features

✓Perfect forward secrecy
✓ChaCha20-Poly1305 encryption
✓Authenticated key exchange
✓No plaintext metadata

Example

// All connections are encrypted by default
const connection = await node.connect(peerId);
// Uses Noise Protocol framework
// Even metadata is protected

🧅

Layer 3: Onion Routing

Multi-hop routing where each node only knows previous/next hop

Features

✓3-6 hop circuits
✓Layered encryption (like an onion)
✓Circuit isolation
✓Regular circuit rotation

Example

import { OnionRouter } from '@chicago-forest/anon-routing';

const router = new OnionRouter({ hopCount: 3 });
const circuit = await router.createCircuit(destination);

// Your traffic is wrapped in 3 layers of encryption
// Each relay peels one layer and forwards
// No single node knows both source AND destination

📊

Layer 4: Traffic Analysis Resistance

Protection against surveillance through traffic patterns

Features

✓Constant-rate traffic padding
✓Fixed-size cells
✓Timing obfuscation
✓Cover traffic generation

Example

const circuit = await router.createCircuit(destination, {
  padding: true,        // Add noise traffic
  cellSize: 512,        // Fixed packet sizes
  burstMode: false,     // Smooth traffic patterns
});

👻

Layer 5: Hidden Services

Host services without revealing your IP address

Features

✓Rendezvous-based connections
✓Service descriptor encryption
✓Introduction points
✓No server IP exposure

Example

// Create a hidden service
const service = await node.createHiddenService({
  port: 80,
  handler: (request) => handleRequest(request),
});

console.log(service.onionAddress);
// Clients connect via .onion address
// Your real IP is never revealed

Privacy Comparison

Feature	Traditional Networks	Chicago Forest
Centralized servers	Yes - single point of failure	No - fully distributed
IP address visible	Always visible to servers	Hidden via onion routing
Metadata collection	Extensive logging possible	Minimal - no single observer
Traffic analysis	Easy for network observers	Resistant via padding & mixing
Censorship resistance	Easily blocked	Mesh routing around blocks
Exit node required	N/A	Optional - can stay in network

Threat Model

Understanding what onion routing protects against - and what it does not.

✓ Protected Against

Local network surveillance - Your ISP cannot see what you are accessing
Server-side tracking - Servers see relay IP, not yours
Traffic analysis by single observer - No single point can see full picture
Content inspection - All data is encrypted end-to-end
Metadata correlation - Traffic padding hides patterns

✗ Limitations

Global adversary - An observer controlling all relays can correlate traffic
Endpoint compromise - If your device is compromised, privacy is lost
User error - Logging into personal accounts de-anonymizes you
Application leaks - Applications may leak identifying information
Performance - Multi-hop routing adds latency

Start Building Privacy-First Apps

Use our anon-routing package to add Tor-like privacy to your applications.

Get Started View Packages