Coming soon · BioAudit

BioAudit

Coming soon

Tamper-evident software evidence ledger

BioAudit is coming soon as a tamper-evident software evidence ledger. It will model hash-chained events, append-only storage, and offline-verifiable audit bundles.

Built for teams that need cryptographic assurance that deterministic software history cannot be silently rewritten.

Request BioAudit access See trust center

Status: coming soon. BioAudit is not generally available yet.

Every event includes the digest of the previous event, forming an unbroken chain.

hash_chain.json

json

[
  {
    "seq": 1,
    "event": "study_created",
    "payload_digest": "sha256:a1b2...",
    "prev_digest": "sha256:0000..."
  },
  {
    "seq": 2,
    "event": "artifact_verified",
    "payload_digest": "sha256:c3d4...",
    "prev_digest": "sha256:a1b2..."
  },
  {
    "seq": 3,
    "event": "approval_gate_changed",
    "payload_digest": "sha256:e5f6...",
    "prev_digest": "sha256:c3d4..."
  }
]

SHA-256Hash chainAppend-only storageEvidence pack

Evidence

Every record is linked cryptographically. Tampering with any event invalidates the entire chain.

VerifiedExamine proof bundle

Event integrity

SHA-256 linked sequence

Hash-chained

Each event includes the digest of the previous event so tampering breaks the chain.

Storage model

Immutable log semantics

Append-only

Targets append-only storage so historical records cannot be retroactively modified.

Export format

zip + manifest + digest

Evidence pack

Planned offline pack for auditors with a single root digest to verify.

Status

Roadmap

Soon

BioAudit is not generally available yet.

Built for teams that require proof

BioAudit applies ideas from formal verification to deterministic software evidence. The goal is simple: if history is altered, it should be obvious.

Hash-chained events

Every deterministic software event and verification checkpoint is ingested into a unified audit bus.
Each record contains the SHA-256 digest of the previous record, forming a tamper-evident sequence.

Append-only storage

Uses append-only semantics so that once an event is written, it cannot be altered or deleted.
Prevents retroactive tampering even by administrators with full system access.

Offline evidence packs

Roadmap includes exporting a zip archive containing all events, a canonical manifest, and a root digest.
Reviewers can verify bundle integrity without access to the live system.

Join the BioAudit coming-soon list

We are collecting requirements for deterministic event trails, canonical manifests, and offline-verifiable bundles.

Request BioAudit access See trust center

Part of the Omnis platform

BioAudit is part of our longer-term vision for deterministic, inspectable systems. It shares design principles with BioFlow and BioCost: canonical outputs, verifiable hashes, and replayable artifacts.

BioFlow

Deterministic workflow OS with verifiable software artifacts and cryptographic event trails.

View BioFlow

BioCost

Nextflow cost analyzer with deterministic reports and replayable configuration patches.

View BioCost

Use cases

Built for deterministic software environments where event trails are not optional and trust must be verifiable.

Governed compute teams

Build toward timestamped, hash-chained records for deterministic software state changes.

Explore Governed compute teams →

Verification programs

Maintain an immutable audit trail for artifact checks, approval gates, and release evidence.

Explore Verification programs →

Distributed platform teams

Collect tamper-evident event streams from distributed sites and verify them against a shared root digest.

Explore Distributed platform teams →

Developer corner

BioAudit is planned as a local-first service with migrations and an append-only storage layer. The contract is event in, canonical manifest out.

Trust Center VeriBiota BioFlow GitHub

Planned Python / FastAPI

POST /audit/events
{
  "event_type": "artifact_verified",
  "workspace_id": "WS-001",
  "payload": { "artifact_digest": "sha256:9f2c..." }
}

Appends the event to the hash chain and returns the sequence number and event digest.

BioAudit is coming soon

BioAudit is part of our longer-term vision for deterministic, inspectable systems with canonical events, verifiable hashes, and offline audit bundles.

Request BioAudit access See VeriBiota See trust center