REM Protocol Verification

First Birthday Declared via Dual-Layer Digital Permanence: A Historic Record Under the REM Protocol

Reilly, Lawrence · 2026-03-10T16:04:39 UTC
FULLY VERIFIED
All permanence layers confirmed
REM Permanent Identifier
REMID:zenodo/18940828
Permanence Layers
#
Hash integrity✓ OK
SHA-256: b0f29aa674dbf79482c0dbea5bf41fc1…
SHA3-512: …
Bitcoin timestamp✓ CONFIRMED
Block 963381 · 2026-08-21T03:11:19+00:00
R
REMID✓ ISSUED
ID: REMID:zenodo/18940828
Resolver →
IPFS✓ PINNED
CID: bafkreihqakfxgip322v75ulhxilmoylgbolqigobnzr3vdrb2xiln2cxui
Retrieve →
Internet Archive✓ ARCHIVED
Archived
Cryptographic Integrity
SHA-256
b0f29aa674dbf79482c0dbea5bf41fc1
SHA3-512
Cross-Chain (SHA3-512 binding)
a494e4bbd28a7187f415af5e5b3b7de5629f32e01c12fc00d77fc84b201058641230a881706a9a25fdfb30abc15581f88011c40320885f8d02bd559cf460c710
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Citation
REMID:    REMID:zenodo/18940828
SHA-256:  b0f29aa674dbf79482c0dbea5bf41fc1
SHA3-512: 
IPFS CID: bafkreihqakfxgip322v75ulhxilmoylgbolqigobnzr3vdrb2xiln2cxui
DOI:      10.5281/zenodo.18940828
Issued:   2026-03-10T16:04:39 UTC
Protocol: draft-reilly-rem-protocol-01
Author:   Reilly, Lawrence
Verify:   https://rem-protocol-agent-production.up.railway.app/verify/REMID%3Azenodo%2F18940828
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