Cryptographic Custody Infrastructure
Replace the paper trail
with cryptographic custody.
The cryptographic custody layer for agentic commerce.
NOANE binds physical assets to on-chain ownership records using a dual-key, hardware-anchored protocol. Patent-protected. Mode-flexible. Agent-verifiable.
Direct Answer
What NOANE is.
NOANE is the cryptographic custody layer for agentic commerce. The protocol binds physical assets to hardware-anchored identity and uses dual-key transfer to verify custody before ownership-state advancement.
Architecting ownership for agentic commerce.
Physical assets are entering machine-speed markets. The custody layer cannot remain paper-based.
Protocol Readiness
Built for categories where authentication alone is not enough.
NOANE is the hardware-anchored cryptographic custody layer that lets an AI agent verify, in a single round-trip, that the physical object it is buying or accepting is the object the record claims it is, and that the party transferring it has the authority to do so.
The Hidden Cost
The custody tax.
Every supply chain pays it. No one names it.
When ownership cannot be proven, every handoff costs more than it should. Counterfeit losses. Lost resale royalties. Compliance failures. Insurance premiums sized for fraud. Recalls that cannot find the unit. AI agents that cannot transact physical assets at all. The custody tax is the hidden cost of running modern commerce on paper, scans, and trust.
Counterfeit exposure
Assets that look identical to authentic goods enter the market. Without hardware-sealed identity, no inspection system can distinguish them at scale.
Compliance exposure
Paper-based custody trails fail audit under adversarial pressure. Certificates can be forged. Receipts can be altered. The compliance stack is built on plausible claims, not verifiable proof.
Agent exposure
Autonomous agents executing physical-asset transactions have no social mechanisms to validate ownership. They require cryptographic proof or they cannot safely transact.
Aviation
Parts re-enter the fleet through paperwork chains that auditors cannot cryptographically verify. When the trail breaks, the part is grounded and the cost falls on whoever cannot prove custody.
Pharma
Chain-of-custody regulations require traceable handoffs across distributors and dispensers. Paper attestations and batch scans leave gaps where diverted or counterfeit product enters the legitimate stream.
Luxury
Provenance is sold on certificates, brand seals, and reputation. The resale market depends on trust signals that scale poorly and pay nothing back to the originating brand on subsequent transfers.
You do not need more certificates. You need a system that refuses to advance ownership until proof exists.
The Forcing Functions
Custody infrastructure has a deadline.
Three forces converged in 2024 and 2025. Each one accelerates the others. None of them resolve without a custody layer that machines can verify.
AGENTS ARE TRANSACTING NOW
Visa Trusted Agent Protocol. Mastercard Agent Pay. Google Agent Payments. x402. Every payments primitive for autonomous agents assumes the physical-asset custody question is solved. It is not.
REGULATION IS TIGHTENING
DSCSA is enforced at the unit level. FAA scrutiny on parts custody intensified after AOG Technics. EU Digital Product Passport rolls out across regulated categories. Paper-based custody fails every one of these tests.
AUTHENTICATION-ONLY SOLUTIONS ARE PUBLICLY FAILING
QR codes. NFC chips that authenticate but cannot transfer. Database-backed certificates that prove provenance up to the point of forgery. The market has run the experiment. The result is in.
Built for
Categories the protocol is built for.
Aviation MRO and parts custody
From manufacturer through every authorized hand, on-chain.
Pharmaceutical chain-of-custody
DSCSA-aligned. Sealed-unit verification at every transfer.
Luxury resale and royalty capture
The custody chain that survives the secondary market.
The Protocol
BIND.
One protocol. Two keys. Custody that machines can verify.
NOANE binds a physical asset to a permanent on-chain ownership record at the moment of manufacture. The asset-side proof and owner-side authorization must both be confirmed before the protocol advances the ownership record. The result: ownership stops being a claim. It becomes a signature-backed state transition.
PHYSICAL ASSET
Manufactured item
HARDWARE CREDENTIAL
Device-protected
OWNER KEY
Transfer authorization
ON-CHAIN RECORD
Immutable ownership
AGENT VERIFICATION
Single round-trip
The asset proves presence. The owner proves authority. The protocol records the change only when both signals agree.
Two Modes. One Protocol.
Custody is mode-flexible.
The custody record advances under one of two protocol modes. The mechanism is the same. The settlement timing differs by market.
CONTINUOUS CUSTODY MODE
For regulated and high-stakes markets. Every transfer requires both signatures before custody changes on-chain. No exceptions. No deferred settlement. Recommended for aviation parts custody, pharmaceutical chain-of-custody, defense logistics, and any category where custody enforcement is required at every handoff.
DEFERRED CUSTODY MODE
For commercial and resale markets. Digital custody may transfer first. The chip signature anchors the custody record at delivery. Recommended for luxury resale, fine wine, art, collectibles, and any category where custody enforcement settles at the moment of physical transfer.
Single Round-Trip
Agent verifies custody.
What an autonomous agent does in the moment before it commits to a physical-asset transaction.
01
Request
Agent requests current custody for an asset identity.
02
Return
Protocol returns the on-chain custody record in one round-trip.
03
Sign
Chip signs to confirm physical presence. Agent verifies signature.
04
Advance
Transfer authorized, custody record advances on-chain.
Evolve
Authentication to ownership.
Authentication tells a system what something is. Ownership tells a system who has the authority to transfer it according to the ownership record. The next generation of commerce needs both. NOANE closes the gap between verified object and verified owner.
Authentication
Ownership
Authentication proves what. NOANE proves who owns it.
The Ownership Loop
From manufacture to machine-verifiable transfer.
01
Register
The asset receives a hardware identity at manufacture.
02
Seal
A hardware-protected credential or key material is provisioned into the device associated with the asset.
03
Bind
The asset identity is bound to an on-chain ownership record.
04
Hold
The current owner controls the authorization key associated with transfer.
05
Sign
The asset-side proof confirms presence. The owner-side authorization confirms transfer authority.
06
Advance
The protocol advances the ownership record only after both proofs are confirmed for the specific transfer.
07
Verify
A human, platform, or AI agent verifies the asset and the record-authorized party in a single round-trip.
POSSESSION IS
NOT PROOF.
Holding the thing has never been the same as owning it. Until now, the gap was tolerable because humans were always in the loop. They could sign, vouch, witness, attest. Agents cannot. When an AI agent transacts a physical asset, possession proves nothing, and authentication proves only what something is, not who owns it. NOANE proves who owns it.
Authentication
Answers what the asset is.
Custody
Records who is holding it now.
Ownership
Proves who has the authority to transfer it.
The Three Questions
Authentication answers what. Custody answers who holds it. Ownership answers who has the authority to transfer it. The market has tools for the first two. NOANE was built to bind them together as cryptographic proof.
The Protocol Layer
The notary machines trust.
Cryptographic custody, written into hardware.
Every NOANE-bound asset carries a notary that does not sleep, does not lose paperwork, and does not sign for the wrong owner. The chip signs. The protocol records. The new owner verifies. No human in the middle. No paper to forge. No claim to dispute.
Hardware-anchored
Hardware-protected credential associated with the asset. The device proves presence; the protocol proves authority.
Transaction-first
Ownership record advancement is conditioned on verified transfer proofs. The protocol enforces this without operator intervention.
Agent-verifiable
Machine-to-machine custody proof. No human verification required. Native to autonomous commerce.
Messy custody in
Receipts, scans, certificates, databases, and claims all create partial context. None of them prove ownership under adversarial pressure.
Dual-key proof applied
NOANE requires the asset-side proof and owner-side authorization to agree before the protocol recognizes a transfer.
Verifiable ownership out
Platforms, brands, and agents inherit a machine-readable ownership record instead of another document trail.
02
Custody
The asset and its owner key are bound together as a signed, on-chain custody record. The protocol begins enforcing who can advance the record.
03
Transfer
Every transfer requires both the hardware chip signature and the current owner's key. No single party can forge a transfer without both. The protocol enforces this.
04
Verification
Any authorized party, including autonomous AI agents, can verify current ownership in a single round-trip. No human attestation required.
The Operator Layer
The operator integration layer.
A verification surface for platforms, brands, readers, and agents.
NOANE exposes the ownership verification flow through an operator integration layer. Integrators do not need to rebuild the protocol. They route asset proofs, owner authorizations, policy checks, and record-state events through a structured interface designed for physical asset commerce.
01
Verification Router
Routes asset-side proofs, owner authorizations, and transfer-state checks into a single verification flow.
02
Policy Manager
Defines whether an asset class or integration requires continuous enforcement, open fulfillment, or another approved transfer policy.
03
Registry
Maps assets, hardware identities, ownership records, and integration permissions.
04
Reader Authorization
Controls which operators, devices, or environments may initiate verification workflows.
05
Event Stream
Emits registration, binding, transfer, settlement, rejection, and verification events for integrators.
The operator layer turns NOANE from a protocol into an integration surface.
Protocol Surface Area
Built for the places ownership breaks.
NOANE is not a marketplace. It is the custody layer underneath the transaction.
Luxury and resale
Royalties, authenticity, custody, and ownership records can move together instead of separating after the first sale.
Aviation and regulated parts
Parts can carry machine-verifiable custody signals into environments where paperwork failures become operational risk.
Pharma and cold-chain custody
The record can follow the unit, not just the shipment, distributor, or database row.
Industrial equipment
High-value physical assets can move through maintenance, resale, financing, and insurance without losing ownership context.
AI agent commerce
Agents can verify that the object exists, matches the record, and is being transferred by the record-authorized party.
Digital Product Passport readiness
Product identity, custody, and compliance metadata can become verifiable infrastructure instead of a detached file.
Operator Origin
Built by operators who shipped real things.
NOANE comes from people who have moved physical goods, lost them to counterfeiters, and watched paper systems fail under regulatory pressure.
We are not a crypto project that wandered into supply chain. We are operators who lived the consequences of paper-based custody. Our direct experience runs through manufacturing operations and rare-earth mineral supply, where material provenance, conflict-minerals due diligence, and ISO 9001 quality systems are part of the day job. That work put us next to the same custody failure showing up in aerospace 8130-3 paperwork, pharma DSCSA workflows, and luxury resale-royalty conversations. Authentication kept passing while ownership kept disappearing. NOANE is what we built because nothing else in the market closes the gap.
BIND IT.
Ready to replace claims with cryptographic custody?
Research: NOANE Infrastructure Response Paper V2 · SSRN (opens in new tab) · DOI: 10.2139/ssrn.6736141 (opens in new tab)