Cryptographic trust for an AI-generated world.
Braidmark® embeds a document-specific security structure into the document itself, creating a verifiable path to authenticity, provenance and integrity.
The proof travels with the document.
Each stage builds a verifiable relationship between the document, its embedded security structure and its digital identity.
- Create
- Ingest
- Generate
- Braid
- Secure
- Identify
- Verify
It starts as an ordinary document.
A report, certificate, record, transaction document or other high-trust file is created in the normal workflow. Braidmark® does not require the user to redesign how the document is produced.
The document enters the Braidmark® security service.
The source file is submitted for protection. From this point, the service can generate a security profile specific to that document and its verification record.
An AI-assisted engine creates a unique security pattern.
The engine generates custom wave structures and determines randomized marker positions across the document. The resulting pattern is specific to the individual document rather than a generic overlay.
A multi-layered security design braids behind and over the characters.
Braidmark® does not place a single watermark on top of the page. Multiple wave layers weave through selected character positions, with elements passing behind and over the text to create a more complex document-specific security structure.
The document is flattened and locked.
The security structure and document content are consolidated into a final secured output. The objective is simple: the Braidmark® layer cannot merely be switched off or separated from the content it is protecting.
Every secured document receives a unique digital twin.
A Braidmark® digital twin is the unique digital counterpart of a specific physical document. It links that document and its contents to a blockchain-recorded verification record, helping establish identity, authenticity and provenance.
A unique Hash ID and QR pathway connect the secured document to its digital twin so it can be authenticated later.
Later, the document can prove what it is.
When authenticity is questioned, the document can be checked against its security characteristics and verification record. The result is a clear integrity outcome, authentic or compromised.
Security characteristics match the trusted record.
Trust should be provable, not assumed.
As AI makes digital content easier to create, organizations need stronger ways to establish which information is authentic, where it came from and whether it has changed. Braidmark is designed to make that trust verifiable.
- Government
- Law enforcement
- Courts and justice
- Financial services
- Healthcare
- Enterprise AI
- Luxury fashion
- Motor vehicles
- Supply chain logistics
- Small business
- Certificates and records
See it run against your own documents.
We will walk you through what gets secured, what a verification looks like in practice, and what it takes to put it in front of the people who need it.