REM Protocol Verification

Reilly Equation E = V × R

Lawrence Reilly · 2026-07-26T23:41:04 UTC
✓
FULLY VERIFIED
All permanence layers confirmed
REM Permanent Identifier
REMID:zenodo/21613338
Permanence Layers
#
Hash integrity✓ OK
SHA-256: 4f65ed7df9ba1e69a7a6131e4ea4205b…
SHA3-512: …
₿
Bitcoin timestamp✓ CONFIRMED
Block 963381 · 2026-08-21T03:11:19+00:00
R
REMID✓ ISSUED
ID: REMID:zenodo/21613338
Resolver →
◎
IPFS✓ PINNED
CID: bafkreibl6mgdf43aqlnqzz6g4agu6jyppoxzf3gbh3af6pagarf6u7ugh4
Retrieve →
⌛
Internet Archive✓ ARCHIVED
Archived
Cryptographic Integrity
SHA-256
4f65ed7df9ba1e69a7a6131e4ea4205b
SHA3-512
Cross-Chain (SHA3-512 binding)
be300011c6c8db2d4afef711ad4616a8da864c77b7aec93d87adcf5c6c64bf9fa97aaa45e415cee50fefee44b356b6d45ea02f8794b7448725a90671c5fce666
Verify by File
Drop file to confirm it matches
Drop file here or tap to select
Citation
REMID:    REMID:zenodo/21613338
SHA-256:  4f65ed7df9ba1e69a7a6131e4ea4205b
SHA3-512: 
IPFS CID: bafkreibl6mgdf43aqlnqzz6g4agu6jyppoxzf3gbh3af6pagarf6u7ugh4
DOI:      10.5281/zenodo.21613338
Issued:   2026-07-26T23:41:04 UTC
Protocol: draft-reilly-rem-protocol-01
Author:   Lawrence Reilly
Verify:   https://rem-protocol-agent-production.up.railway.app/verify/REMID%3Azenodo%2F21613338
◎ Download from IPFS Download REM Record JSON Download Verification Certificate ← Home