ANANKE Labs builds the infrastructure layer that lets institutions issue records and lets authorized verifiers confirm authenticity, integrity, and current lifecycle status.
Private early access
We’re working with early partners to test real document workflows and strengthen the platform before launch. Have a use case or perspective to share? We’d love to talk.
Trust does not travel with the record.
Once a record leaves its issuing institution, each receiving organization must recreate trust from scratch. That process is slow, regularly skipped, and increasingly outpaced by fraud designed to pass visual inspection.
Verification is slow
Calls, emails, registry searches, and administrative queues can take days or weeks for every request.
Verification is frequently skipped
The friction becomes informal policy. Records get accepted on appearance, and the exposure only surfaces when a dispute occurs or fraud is detected — often too late.
Convincing fraud is easier to create
AI can produce realistic-looking documents quickly, making appearance, stamps, PDFs, and basic QR codes unreliable on their own.
Static copies go stale
A document can be suspended, revoked, replaced, or expired after issuance, but the copy does not communicate that change.
The carrier is not the trust mechanism.
The reason those problems persist is structural. A QR code, URL, barcode, database lookup, or manual confirmation can each answer part of the question — but in isolation, none of them reliably bind evidence to the presented record and its current status.
A code resolves to a record that can be opened and visually reviewed
The result is not bound to the record being presented. A copied code, altered document, or lookalike portal can mislead the verifier just as easily.
The file content was intact at the moment of signing
Printing destroys the cryptographic mechanism. Any revocation, expiry, or replacement after signing is invisible to the verifier holding the file.
The issuer has a matching record — at the moment of the call
It cannot scale and leaves no audit trail. The confirmation is a snapshot: any revocation, expiry, or change after the call goes unreported.
Verifiable records, digital and physical. One trust foundation.
ANANKE Trust and T-CODE share the same trust foundation. The verification outcome is always tied to the exact document and how it was issued.
Verifiable digital records and PDFs.
Issue digital documents protected by ANANKE's trust layer. Recipients receive a protected PDF. Authorized verifiers confirm authenticity, integrity, and current lifecycle status through the ANANKE platform.
- Template-based, ad-hoc, and bulk issuance
- Cryptographic seal — every document is tamper-evident
- Full lifecycle: suspend, revoke, reactivate, replace
- Verification via web or mobile, with full traceability
Scan-to-verify for printed documents and records.
Stamp records and printable documents with a T-DOC DataMatrix marker. Verifiers scan with the ANANKE Mobile app to confirm authenticity, integrity, and current lifecycle status.
- T-DOC DataMatrix stamp on any PDF
- Scan printed records to verify authenticity, integrity, and current status
- Digital twin: compare the physical record against the original
- Full lifecycle: suspend, revoke, reactivate, replace
From issuance to verified result.
Trust and T-CODE follow the same five-step pattern. The verification outcome is always tied to the exact document and its issued form.
Issue or stamp
Create a document or stamp it individually, from a template, or in bulk via CSV.
Protected by cryptographic evidence
ANANKE automatically computes integrity evidence bound to the exact document content — using keys held outside the product database. No personal data is published.
Manage the record over time
Suspend, revoke, replace, expire, or reactivate when the record's status changes. Each change becomes part of its authoritative lifecycle history.
Verify when it is presented
Authorized verifiers use the web portal or mobile scan to confirm a record when they need to rely on it.
Receive a decision-ready result
The result shows the authenticated issuer, content integrity status, current lifecycle state, and the fields the issuer has permitted the verifier to see — enough to act on.
Verification returns issuer authentication, integrity status, lifecycle state, and any limits of what was actually confirmed.
One institution's output is another's trusted input.
Every new issuer organization raises the verification utility for every verifier. Every approved verifier makes issuance more valuable for every institution. The trust rail compounds.
Prove once. Verify anywhere - through authorized verification.
Issuer-controlled lifecycle state travels with the record.
Each new corridor compounds the network's utility.
Structured results replace manual confirmations.
Not a green checkmark. A structured result.
Every verification interaction returns a structured result. Verifiers know exactly what was confirmed - and what was not.
Partial results are honest results. ANANKE tells you what it can confirm - and what it cannot.
Verification returns issuer authentication, integrity status, lifecycle state, and any limits of what was actually confirmed.
Find your starting point.
ANANKE serves different roles at different stages of evaluation. Each path leads to a different conversation.
Institutions & Issuers
Universities, banks, certification bodies - organizations that issue high-stakes documents and need recipients to be able to verify them.
Developers & Integrators
Engineering teams planning document workflows who want to discuss Integration Layer and REST API access at launch.
Security reviewers
Technical evaluators assessing the threat model, key management approach, and architectural constraints before recommending adoption.
Investors & Evaluators
Investors and ecosystem evaluators assessing the differentiation thesis, market timing, and architectural moat.
Standards-informed. Privacy by design.
The trust infrastructure is built on cryptographic primitives, disciplined key management, and privacy-preserving verification references.
Keys outside the database
Integrity evidence is computed using keys held outside the product database. Tampering requires compromising both systems - not just one.
No personal data externally
Only minimal verification references are shared. Documents, records, and personal data remain private and protected.
Issuer-controlled disclosure
You decide what verifiers see. Verification reveals the minimum needed to confirm authenticity.
Organization isolation
Each organization's data, proofs, and settings are logically isolated. Cross-tenant access is prevented by strict logical isolation at the database layer.
Audit trail by default
Every issuance, lifecycle event, and verification request is recorded. The audit trail is tamper-evident - modifications to logged entries are designed to be detectable through cryptographic integrity checks.
Standards-informed architecture
See the Security page for the cryptographic primitives, authentication split, and architectural controls behind the trust layer.
Where we have been recognized.
Venture Adventure - 8th Edition
Al Akhawayn University startup competition - our founding validation as DocTransit, built around verifiable document trust.
Venture Adventure - 9th Edition
Selected again after pivoting to ANANKE Labs - recognition of expanded architecture and trust infrastructure thesis.
UM6P Explorer x MIT Sandbox
Entrepreneurship support program connecting Mohammed VI Polytechnic University and the MIT Sandbox innovation ecosystem.
ANANKE Labs is in private early access. Pilot discussions are open to qualified organizations.
Start the conversation.
Private early access is open to qualified organizations. Join the waitlist for updates, or contact us directly to discuss a pilot use case.
Education and certification ecosystems - first corridor in pilot discussions.