▲ TRUST / LAYER 0
METHODdid:btc
ANCHORBTC · MAINNET
ENVELOPETAPROOT
STATUSLIVE
QODOONECT GROUPL0
VEPv1.0
SPECQIP-001
MODEPRODUCTION
Layer 0 · Identity & Security

Trustless.
Bitcoin-anchored.
Sovereign by design.

T R U S T  ·  Trustless Registry of Universal Secure Tokens

Decentralized identity built on Bitcoin via did:btc. Every participant in the Qodoonect ecosystem — human, organization, or autonomous agent — receives an identity that cannot be forged, revoked by a central authority, or separated from its owner. Anchored to the most secure ledger humanity has ever produced.

QG.TRUST · IDENTITY DOC LIVE
did:btc:1q7t...x4hp · txref · BIP-136
Ed25519VERIFICATION KEY
secp256k1WALLET KEY
Block #862,940ANCHOR HEIGHT
~22 sat/vBFEE · WITNESS
RESOLVE~ 240 ms
REVOCATIONCANNOT
AUDIT TRAILPERMANENT
JURISDICTIONSOVEREIGN
Vision · L0

Who are you, and can it be proven without asking anyone's permission?

TRUST stands for Trustless Registry of Universal Secure Tokens. It is the foundational identity and security layer of the Qodoonect Value Exchange Protocol — adapting the did:btc method specification to provide tamper-proof, trustless, and long-lived digital identities for humans, organizations, and autonomous agents across regulated industries.

/ 01

Self-Sovereign

No central authority can grant or revoke. Identity is controlled by cryptographic keys that you hold.

/ 02

Bitcoin-Anchored

DID documents inscribed in Taproot witness data on Bitcoin mainnet. Permanent. Verifiable. Decentralized.

/ 03

Key-Type Agnostic

ed25519, secp256k1, post-quantum upgrade path. Any cryptography that fits your threat model.

/ 04

Audit-Ready

Immutable identity chain for KYC/AML, eIDAS, and regulator audits. Built for European compliance.

Architecture

Identity control separated from identity use.

The wallet keys that control an identity are independent from the subject keys that use it. Compromise of one does not compromise the other. Rotation is supported. Operations are batchable. Organizational onboarding scales without per-user on-chain cost.

/ A

Wallet Layer

UTXO controls the DID. Bitcoin secp256k1 keys signal authority over identity operations.

/ B

Subject Layer

Verification keys live in the DID document. Used for authentication, signing, and capability proofs.

/ C

Inscription Layer

Taproot witness envelopes. SegWit witness discount. No 10,000-byte ScriptPubKey limit.

/ D

Resolver Layer

did:btc resolver service maps did:btc:<txref> to the DID document. Open-source. Stateless.

Protocol · did:btc

Three questions. One ledger.

Every TRUST operation answers three questions, anchored to the most secure ledger humanity has produced.

WHO

Identity

did:btc method, txref encoding (BIP-136). Block height + transaction index forms the universal handle.

HOW

Authentication

Verification keys in the inscribed DID document. Standard signing. Standard verification.

WHEN

Anchor

Bitcoin block timestamp. Cannot be backdated, repudiated, or altered after confirmation.

Bitcoin · Witness Data

Where the identity actually lives.

Inscription envelopes in Taproot witness data. SegWit's 25% weight discount makes DID operations cost-efficient. Once confirmed, the record is as durable as Bitcoin itself.

BLOCK 862940
00000000000000000001a3...
DID INSCRIPTION
BLOCK 862941
00000000000000000002b1...
KEY ROTATION
BLOCK 862945
00000000000000000003c4...
BATCH ORG ONBOARD
BLOCK 862950
00000000000000000004d8...
CAPABILITY GRANT
BLOCK 862953
00000000000000000005e2...
ATTESTATION