Lead with the record
Use Digital Seals as compliance records, machine credentials, experiment lineage, product passports, or transfer evidence that downstream systems can verify.
Digital Seals
Digital Seals for machine trust.
A portable trust artifact. Execution evidence, verification signals, and policy metadata — bound to every AI output.
Definition
What is a Digital Seal.
In enterprise environments, an output is only as useful as the proof that supports it. Digital Seals help legal, audit, security, and operational teams verify what happened and package that proof into a portable artifact other systems can rely on.
For AI Systems
A verifiable evidence layer.
Digital Seals give AI workflows a verifiable evidence layer that can travel across organizational, regulatory, and machine boundaries. Every sealed output carries cryptographic proof of its execution context, verification path, and compliance status without forcing teams into consumer-style NFT framing.
Positioning
Enterprise artifacts, not retail collectibles.
For regulated industries, the primary value is provenance, identity, chain of custody, licensing, and auditability. Digital Seals are designed to carry those properties first. Token-like or NFT-like mechanics are optional implementation choices, not the product story.
Use tokenization selectively
When unique ownership, transfer history, or cross-organization interoperability matter, the seal can be represented with token-style mechanics. That is a deployment choice, not the default framing.
Keep policy in the artifact
Each seal can carry the verification path, jurisdictional controls, and compliance metadata needed for finance, healthcare, defense, supply chain, autonomy, and research workflows.
For AI Agents
Cryptographic passports for autonomous systems.
In autonomous systems, Digital Seals function as cryptographic passports for agent-to-agent trust, machine settlement, usage rights, and auditable decision exchange. When machines transact with machines, Digital Seals provide the verification layer that makes trust portable.
How It Works
Seal lifecycle.
Execution
AI inference runs inside an attested hardware enclave. The execution context is captured and bound to the workload.
Verification
Proof is generated through the hybrid TEE + zkML path. Evidence is validated against the protocol's verification surface.
Settlement
The verified proof settles on-chain with deterministic finality. The proof reference is anchored to block height and validator set.
Seal Issuance
A Digital Seal is issued binding execution evidence, verification signals, and policy metadata into a portable trust artifact.
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