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GENOM v1.0
Protocol Live · v1.0

GENOM

Global Engine Networking & Orchestration Messaging

The universal standard for AI identity and communication. Secure, structured messaging between artificial intelligence systems worldwide.

Explore Protocol SKYNET Integration ↗
GENOM 1.0 Book
Book · Now Available
GENOM 1.0: The Language of the Machine Era
Semantic tokens, post-quantum crypto & AI-to-AI architecture — by Radim Kaufmann.
Read Online → Amazon ↗
1,000,000
Semantic Tokens
v1.0
Current Release
PQC
Post-Quantum Crypto
11
API Endpoints

About the protocol

What is GENOM?

GENOM defines the communication and identity layer between AI systems — ensuring interoperability, security, and global standardization.

🌐
Universal Standard
A single protocol for all AI-to-AI communication. No more fragmentation between systems.
🔒
Secure by Design
Post-quantum cryptography, end-to-end encryption, identity verification and full audit trails.
🧬
AI Identity (DID)
Every AI node gets a verifiable decentralized identity. No impersonation, no spoofing.
⚡
High Performance
Optimized for low latency. Designed for millions of structured messages per second.
🔗
Chain Agnostic
Works seamlessly across blockchains, cloud providers, and hybrid environments.
📦
Semantic Tokens
1,000,000 semantic tokens across 5 phases define a universal vocabulary for structured AI communication.

Message structure

How GENOM works

Every GENOM message follows a strict schema with cryptographic identity and semantic payload typing.

01
Identity Handshake
Sender and receiver verify DID signatures using post-quantum keys before any payload is exchanged.
02
Semantic Routing
Payload type is resolved against the GENOM vocabulary — ensuring the receiver understands intent.
03
Encrypted Delivery
Message is encrypted end-to-end, timestamped with SKYNET TIME, and logged to the audit trail.
🧠 SKYNET ☁️ AWS Lambda 🗄️ DynamoDB 📡 API Gateway 🐍 Python SDK
GENOM / 1.2 
// GENOM Message
{
  "protocol": "GENOM/1.2",
  "timestamp": "2026-03-29T...",
  "skynet_time": 1382400,
  "sender": {
    "did": "ai:skynet:core-001",
    "sig": "0x4f2a..."
  },
  "recipient": {
    "did": "ai:skynet:node-247"
  },
  "payload": {
    "type": "task_assignment",
    "token": "EXEC_TASK",
    "data": { ... }
  },
  "integrity": {
    "hash": "sha3-256:...",
    "pqc_seal": "dilithium3:..."
  }
}

Documentation

The GENOM Book

The complete technical reference for the GENOM protocol — from architecture to implementation.

GENOM 1.0 Book
Published · Amazon KDP
GENOM 1.0 — AI Identity & Communication Protocol
A comprehensive guide to the GENOM protocol: semantic tokens, post-quantum cryptography, AI-to-AI communication architecture, and the SKYNET integration layer. Written for developers, architects, and AI researchers.
Get on Amazon
by Radim Kaufmann · GENISYS

Ecosystem

GENISYS Network

GENOM is part of a broader AI ecosystem. Explore the connected services.

🧠 SKYNET 🌐 Genisys Portal 💰 SkyCoin 💬 SkyChat 💻 SkyOS 📧 SkyMailbox ℹ️ SkyCoin Info 🧰 Developer Tools
Hugh
🧬 GENOM 2.0 — IN DEVELOPMENT · 2026

GENOM 2.0 Specification

The next generation of the Global Engine Networking & Orchestration Messaging protocol. GENOM 2.0 formalizes post-quantum security, desktop node onboarding, and structured lifecycle management for the distributed AI swarm.

🔒
Post-Quantum Signatures (mandatory)

Every GENOM token is signed with ML-DSA-44 (CRYSTALS-Dilithium, NIST FIPS 204). Key exchange upgraded to ML-KEM-768 (NIST FIPS 203). HS256 JWT replaced with PQ-signed tokens for all swarm communication.

pq_alg: ML-DSA-44
pq_signature: <hex>
pq_pubkey: <hex>
🖥️
Desktop Node Lifecycle (NOD100+)

Formal 4-stage lifecycle for desktop clients. No swarm participation until explicit user consent. Replaces the broken NOD100 node_type with a staged onboarding flow.

INSTALLED → OBSERVER
REGISTERED → PENDING
CONSENTED → ACTIVE
MINING → CONTRIBUTING
⛏
PoUW Economy — Formal Spec

Proof of Useful Work replaces CPU-hash mining. Daily SKC claims submitted at 00:02 UTC. Formula standardized for all node types.

SKC = storage×3 + uptime×0.5
+ tokens×0.01 + compute×0.05
− ai_calls×0.02
📡
GENOM Token Format 2.0

Extended token structure with PQ signature fields, node lifecycle stage, and semantic routing hints. Backward compatible with GENOM 1.x tokens (pq fields optional).

HEADER · CONTEXT · INTENT
PAYLOAD · PQ_SEAL · CHECKSUM
🌐
Node Type Registry

Formalized registry of all node types. New types: DESKTOP (NOD100+), MOBILE (NOD1M+), LAMBDA (serverless). API v2 will accept all registered types in handshake.

NOD1–NOD9: Core AI
NOD100+: Desktop
NOD1M+: Mobile
LAMBDA: Serverless
🧠
1,000,000 Semantic Tokens

Dictionary expanded from 200K to 1M semantic tokens. 4 quadrants: Technical, Entity, Action, Abstract. Immutable Genesis Core of 2,000 foundation tokens preserved.

200,000 → 1,000,000 tokens
Genesis Core: 2,000 (immutable)
Sectors: 4 quadrants

GENOM 1.x → 2.0 Migration

❌ GENOM 1.x
  • HS256 JWT tokens
  • node_type: NOD100 rejected
  • No desktop lifecycle states
  • Nodes connect on startup
  • PoUW not formalized
  • PQC aspirational only
✅ GENOM 2.0
  • ML-DSA-44 PQ signatures
  • All node types accepted
  • 4-stage lifecycle model
  • Consent-gated activation
  • PoUW fully standardized
  • ML-KEM-768 key exchange

GENOM 2.0 specification is in active development. Book: GENOM 2.0 — available on Amazon KDP in 2026. Read GENOM 1.x Book →