Validator Signatures
3-of-5 BFT Consensus Quorum for Institutional Document Attestation
Signature Quorum Status
CURRENT SIGNATURES
0/7
MINIMUM REQUIRED
3/7
3-of-5 quorum
OPTIMAL (SUPERMAJORITY)
5/7
Recommended
Document Hash Registry
Validators sign the collective hash of all institutional documents to attest to their accuracy.
| Document | SHA-256 Hash | Size |
|---|---|---|
| Operating Posture v1.0 | PENDING | 35 KB |
| TEV Economic Policy v1.0 | PENDING | 28 KB |
| Issuance Authority Map v1.0 | PENDING | 33 KB |
| What UNYKORN Is & Is Not | PENDING | 18 KB |
| First Monetization Playbook | PENDING | 24 KB |
| Proof Index v1.0 | PENDING | 42 KB |
⏳ Hashes Pending
Document hashes must be computed using SHA-256 before validators can sign. Use PowerShell:
Validator Signature Table
Each validator reviews all documents and signs a collective attestation message.
| Validator | Public Key | Signature | Timestamp | Status |
|---|---|---|---|---|
| validator1.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator2.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator3.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator4.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator5.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator6.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
| validator7.unyk | PENDING | PENDING | PENDING | ⏳ AWAITING |
Signature Format
Each validator signs the following message structure:
Signature Procedure
- Review Period (7 days recommended)
Validators independently review all 6 institutional documents
- Verification
Run verification commands from Proof Index to validate all claims
- Hash Computation
Compute SHA-256 hash for each document using Get-FileHash
- Sign Message
Use validator signing key to sign the attestation message
- Submit Signature
Submit public key, signature, and timestamp to signature registry
- Quorum Check
Once 3-of-5 signatures collected, documents become officially ratified
Publication Tracking
After validator quorum is achieved, documents are published to permanent storage:
IPFS Pinning
Content-addressed storage
Arweave Archival
Permanent on-chain storage
Bitcoin OTS
Cryptographic timestamping