Verifiable Provenance for
Scholarly Publishing
Academic manuscripts pass through multiple scholars, editors, and publishers. Diogenes creates a cryptographic chain of custody that records every contribution -- from original authorship through peer review to final publication.
Academic Trust Is Under Threat
The academic publishing pipeline relies on trust relationships between authors, reviewers, and publishers. But that trust is increasingly fragile. Retracted papers, ghostwritten reviews, and fabricated data undermine the credibility of the entire system.
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No standard way to prove which scholar reviewed a specific version of a manuscript. -
Peer review records are locked inside publisher systems with no public verifiability. -
Historical and theological texts with long editorial histories lack traceable chains of custody.
Typical Review Workflow
Multi-Party Attestation for Academic Review Workflows
Immutable Authorship
Each scholar registers a cryptographic key tied to their institutional identity. When they author or review a manuscript, they sign it, creating a verifiable, non-repudiable attestation.
Complete Review Chain
The full review chain -- from original author through editors and peer reviewers to the publisher -- is recorded on the transparency log. The attestation DAG captures every role and relationship.
Long-Term Verifiability
Bitcoin-anchored timestamps and the hash-chained log ensure that anyone can verify the provenance chain years or decades later -- even if the original publisher is no longer operating.
How Diogenes Compares
Traditional e-signatures prove someone clicked "sign." Diogenes proves who they are, who vouches for them, and that the document has not changed since -- all without trusting a vendor.
| Capability | DocuSign / Adobe Sign | PGP / GPG | Diogenes |
|---|---|---|---|
| Multi-party review chain | Signature routing only | Manual, no structure | DAG of attestations captures every role |
| Identity verification | Email-based | Web-of-trust (ad hoc) | Institutional endorsement graphs |
| Public verifiability | Vendor-locked certificates | Keyserver lookup | Open transparency log, anyone can verify |
| Temporal proof | Vendor timestamp | None | Bitcoin-anchored, independent of any server |
| Long-term survival | Depends on vendor | Key expiry issues | Self-hosted, hash-chained, vendor-independent |