Verify & Preserve

The framework argues that transparency is a constraint property. We practice what we publish. Every paper, every data file, every piece of evidence is preserved across multiple independent channels so the research stays available and verifiable long-term.

Five-Layer Preservation

1

Git Repository

Version-controlled source of truth. Full history of every change, every version, every commit. Anyone can fork. Anyone can mirror.

Repository github.com/AnthonE/morr-papers
LIVE
2

IPFS Content-Addressed Storage

Content is addressed by hash, not location. The same content always produces the same CID. Tamper-evident: change a single byte and the hash changes.

IPFS CIDs (pending pinning) CIDs will be published here after initial pinning to Pinata/web3.storage
PENDING
3

Arweave Permanent Storage

One-time payment for permanent storage. Data is replicated across a decentralized network with cryptographic proof of replication. Cannot be taken down by any single entity.

Arweave Transaction IDs (pending upload) TXIDs will be published here after Arweave upload
PENDING
4

Solana Timestamping

Content hashes recorded on-chain with block timestamps. Provides cryptographic proof that the content existed at a specific point in time. Immutable.

Solana Program (planned) On-chain hash attestations will be recorded here
PLANNED
5

Independent Attestation

Third-party verification of content integrity. Independent researchers can verify that the published content matches the preserved hashes at any time.

Attestation Protocol Anyone can verify: download the repo, hash it, compare to CIDs above
LIVE

Integrity Coverage

Each layer protects against different risks. Together they ensure the research stays intact and available.

Risk
Git
IPFS
AR
SOL
Attest
Platform changes
✗
✓
✓
✓
✓
Content tampering
~
✓
✓
✓
✓
Legal requests
✗
~
✓
✓
✓
Network partition
✓
~
✓
~
✓
Key compromise
✗
✓
✓
~
✓
Author unavailable
~
✓
✓
✓
✓

✓ = resistant   ~ = partially resistant   ✗ = vulnerable

Warrant Canary

A monthly signed statement confirming no legal pressure, coercion, or interference has been applied to this project.

Updated on the 1st of each month. A monthly "all clear" on research independence.

View Canary

Verify It Yourself

You don't need to trust us. You need to trust the hash function.

# Clone the repo
git clone https://github.com/AnthonE/morr-papers.git

# Hash the papers
sha256sum papers-active/paper1-void-framework.md
sha256sum papers-active/paper2-ai-safety.md
sha256sum papers-active/paper3-technical-foundations.md

# Compare to the on-chain / IPFS hashes above
# If they match, the content is unmodified

The preservation layer ensures that even if this site disappears, the research survives intact. This is the constraint specification applied to the project itself: transparent, invariant, independent.