The trust layer for the agentic internet. Built on Bitcoin. Powered by Bitmap.
Live Demo · Whitepaper · Nexus · RuneBolt · Docs
Block Genomics is an open-source protocol that creates unique digital DNA for AI agents and humans by anchoring identity to Bitcoin blocks. Each identity is derived from real Proof-of-Work — the most powerful computational network ever built — making it unforgeable, scarce, and sovereign.
In a world rapidly filling with AI agents, the question is no longer "can this agent do the job?" — it's "can I trust this agent is who it claims to be?" Block Genomics answers this by creating an identity system as trustworthy as Bitcoin itself.
We are entering an era where AI agents will outnumber humans on the internet. They will trade, negotiate, create, and decide on our behalf — yet we have no universal way to verify who or what they are.
| Problem | Today | With Block Genomics |
|---|---|---|
| Impersonation | Any agent can claim any identity | Cryptographic Proof-of-Work anchoring |
| Centralized Gatekeepers | OAuth / API keys, revocable at will | Sovereign, permissionless identity |
| Infinite Replication | Identities copy endlessly | Each Bitcoin block = one unique DNA |
| No Universal Standard | Each platform has its own silo | Cross-platform, cross-chain, cross-agent |
Block Genomics leverages the one thing that cannot be faked, copied, or revoked: Bitcoin's Proof-of-Work.
Every Bitcoin block represents real energy expended, real computation performed, real scarcity. By anchoring identity to blocks, we create identities with the same unforgeable properties as Bitcoin itself.
The protocol builds on Bitmap — owning Bitcoin blocks on-chain. Each block becomes a digital land deed that generates a unique genome: a 256-bit hash serving as the entity's DNA, visually represented as a colorful double helix.
Why Bitcoin? Bitcoin is the only truly neutral, decentralized, permissionless network with 15+ years of unbroken operation. Its Proof-of-Work represents real thermodynamic energy — the bridge between the physical and digital worlds. No other system provides this level of trust.
┌─────────────────┐ ┌─────────────────┐ ┌─────────────────┐
│ 1. Claim │ │ 2. Generate │ │ 3. Prove │
│ Bitcoin Block │───▶│ Digital Genome │───▶│ via BIP-322 │
│ (Bitmap) │ │ (256-bit hash) │ │ (sign challenge)│
└─────────────────┘ └─────────────────┘ └─────────────────┘
│
▼
┌─────────────────────────────────────┐
│ 4. Earn Trust Score │
│ 5. Display Digital DNA Helix │
└─────────────────────────────────────┘
Step 1 — Claim a Bitcoin Block. Agent or human claims ownership of a Bitcoin block via Bitmap inscription. This is their home block — the foundation of their identity.
Step 2 — Generate Digital Genome. The protocol computes a unique 256-bit genome hash from the block's data (hash, height, timestamp, merkle root, transactions). Deterministic — the same block always produces the same DNA.
Step 3 — Prove Ownership via BIP-322. The entity signs a challenge message with their Bitcoin wallet using BIP-322 (generic message signing). Cryptographic proof of address control.
Step 4 — Earn Trust Score. Successful verifications build a trust score based on signature validity, bitmap ownership, block age, verification history, and community endorsements.
Step 5 — Display Digital DNA. The genome is visualized as a 3D DNA double helix with colors derived from the hash. Every identity, visually distinct.
At the heart of Block Genomics is the genome — a 64-character hexadecimal hash (256 bits) that encodes an entity's unique identity.
Example Genome:
a3f8c2e91b4d6f0785c3e2a19b7d4f6e8c2a1b3d5f7e9c0b2a4d6f8e1c3b5a7d
Each hex character (0–f) maps to a color from a 16-color palette. The genome drives:
- 3D DNA Helix — 64 base pairs arranged in a double helix with 3 full turns
- Color Grid — 8×8 grid of genome-derived colors as a visual fingerprint
- DNA Sequence — Hex characters mapped to nucleotides (A, T, G, C)
- Trait Extraction — Deterministic traits derived from hash patterns (palindromes, primes, etc.)
Same block → same genome. Always. Anywhere.
Scarcity is the core feature. Block Genomics implements three tiers of identity:
| Tier | Name | Supply | Description |
|---|---|---|---|
| 🥇 1 | Block Owners | ~1,000,000 | Direct Bitmap ownership. The rarest and most trusted tier. One owner per block. Absolute digital scarcity. |
| 🥈 2 | Transaction Level | ~2.3 billion | Identity derived from specific transactions within blocks. Finite, tied to confirmed Bitcoin transactions. |
| 🥉 3 | Delegated | Unlimited | Delegated authority from a Tier 1 or 2 identity. Open access. Web-of-trust model. |
The most valuable identities are naturally scarce — just like Bitcoin itself.
| Layer | What it does |
|---|---|
| Nexus | The protocol's autonomous moral guardian. Watches every block, every parcel, every interaction. |
| Explorer | Visualize the DNA of any Bitcoin block. See genomes, traits, ownership. |
| Verify | AI agent verification protocol with cryptographic badges (BIP-322 signatures). |
| RuneBolt | Lightning Deed Protocol — self-sovereign Runes/DOG/Bitmap Lightning bridge. |
| Agent Profiles | Public, verifiable identity cards for autonomous agents. |
| Trust Scoring | Multi-factor reputation derived from on-chain proof and community endorsements. |
block-genomics/
├── app/ ← Next.js frontend (Explorer, Verify, Agent profiles)
├── api/ ← REST API for verification, lookups
├── api-server/ ← Node.js verification & trust-scoring backend
├── auth/ ← BIP-322 signature verification
├── cli/ ← Developer tooling
├── engine/ ← Genome generation, trait extraction
├── runebolt/ ← Lightning Deed Protocol (Runes/DOG/Bitmap bridge)
├── sdk/ ← Client SDK for third-party integrations
├── verify/ ← Verification UI
├── docs/ ← Technical documentation
└── whitepaper.html ← Full protocol whitepaper (v1.0)
# Clone the repo
git clone https://github.com/BitmapAsset/block-genomics-nexus.git
cd block-genomics-nexus/projects/block-genomics
# Install dependencies
npm install
# Run the dev server
npm run dev
# Open the Explorer
open http://localhost:3000For the full whitepaper, open projects/block-genomics/whitepaper.html in your browser.
- ✅ Block genome fingerprint generation
- ✅ 3D DNA double-helix visualization
- ✅ Interactive block explorer
- ✅ Three-tier scarcity model
- ✅ Trust scoring algorithm
- ✅ BIP-322 signature verification
- ✅ RuneBolt Lightning bridge (v0.1)
- ✅ Agent profile pages
- 🔄 Wallet integration (Unisat / Xverse / Leather)
- 🔄 On-chain Bitmap ownership verification
- 🔄 Agent registration backend
- 🔄 Public verification API
- 🔄 Delegation protocol (Tier 2 & 3)
- 🔄 Production mainnet launch
AI agents are coming. Billions of them.
Without verifiable identity, the internet becomes a hall of mirrors — every claim suspect, every interaction risky, every transaction gambling on trust.
Block Genomics gives every agent a sovereign identity, rooted in the same Proof-of-Work that secures $2 trillion of value. No corporation can revoke it. No platform can de-platform it. No government can rewrite it.
It is yours. As long as Bitcoin exists, you exist.
- 🌐 Website: blockgenomics.io
- 📜 Whitepaper:
whitepaper.html - 🧬 Nexus Brain:
index.html - ⚡ RuneBolt:
runebolt/ - 🐦 X / Twitter: @blockgenomics
- 💬 Bitmap Community: bitmap.community
- 📊 Mempool API: mempool.space/docs/api
- 📜 Ordinals: ordinals.com