Stablecoins · Use cases
What a ledger dollar can't do.
A sanctioned wallet that can't receive it. Compliance data that rides inside the payment. Settlement at machine speed, and dollars that move with no network at all. Six things a bearer stablecoin makes possible — and the shared-ledger model can't.
Why bearer wins
Put the rules in the money — not on a ledger.
Every shared-ledger stablecoin enforces compliance the same way: watch a public database, then freeze an address after the money has already moved. That's detection after the fact, and it costs everyone their privacy. A bearer token carries its own rules — so enforcement happens before the transfer can exist, and without a ledger watching everyone.
Prevention, not detection
A non-compliant transfer can't be constructed, and the network won't honor it if a modified client tries. You stop explaining freezes after the fact.
Rules travel with the asset
KYC, sanctions and jurisdiction ride inside the token everywhere it goes. There's no app, custodian or gateway to route around.
No intermediary in the path
No facilitator watching every payment, no custodian holding the funds. Value moves directly between the two parties.
Enforcement and privacy
There's no public ledger to surveil, so you get both at once — not one traded away to buy the other.
COMPLIANCE INTEGRATED INTO THE PROTOCOL
TOKENS CAN'T BE RECEIVED WITHOUT THE RIGHT CREDENTIALS.
ENTIRE HISTORY CAN BE VERIFIED COMPLIANT.
RECEIVE PREDICATE
The token's own condition gates receipt — KYC, jurisdiction, accreditation.
PROTOCOL-ENFORCED
Lives in the asset itself, not an app or custodian. No intermediary to bypass.
ISSUER-DEFINED
The issuer sets who may hold it once; the rules travel with the token everywhere.
Use case 01· US-regulated issuers
A sanctioned wallet cannot receive it.
Under the GENIUS Act, a US issuer is liable for AML and sanctions every second the token exists — but the dollar moves on rails the issuer doesn't control. On every chain that exists today, the only tool is watch-and-freeze, which means some sanctioned transfers always clear before anyone catches them. A bearer dollar is screened against the live OFAC list at the moment of transfer and cannot land in a sanctioned wallet. The chartered issuer mints both the dollar and the KYC credential, so a regulator can trace every accountable, licensed party in a token's history — with no surveillance ledger.
For — bank-issued & GENIUS-Act stablecoins
Detect & freeze
You catch a sanctioned transfer after it settles and freeze what's left. The transfer already happened — and OFAC still counts it.
With Unicity
The one thing no on-chain dollar can say today: it cannot be received by a sanctioned party, by construction — screened against the live list, with a hard mint-and-redeem gate behind it.
Use case 02· cross-border & VASPs
The Travel Rule, carried in the payment.
For transfers between institutions above threshold, originator and beneficiary data has to travel with the payment. On a ledger that data rides out-of-band over separate messaging rails and gets reconciled against the chain afterward — two systems that have to be kept in sync, and a gap every time they aren't. A bearer transfer is already a direct message between the two parties, so the encrypted Travel Rule payload rides inside the same envelope, with its hash committed to the transfer. Tamper-evident, provably attached, one rail.
For — VASPs, correspondent & cross-border settlement
Two rails, reconciled after
Payment settles on-chain; the compliance data (IVMS101 over a messaging protocol) travels separately and is matched up afterward.
With Unicity
The compliance payload rides inside the transfer, hash-committed and tamper-evident. The payment and the proof are one object — nothing to reconcile.
Use case 03· wallets & fintechs
Compliance in the wallet, no custodian.
The credential check lives inside the wallet's own transaction-building path, on the user's device, before anything is signed. The wallet refuses to build a non-compliant payment — so you get exchange-grade compliance while the user keeps their keys. No account to custody, no intermediary in the path.
For — wallet builders, neobanks, embedded finance
The custodial model
The only way to get turnkey compliance is to hold the assets, or route every payment through an intermediary that sees them all. Compliance means giving up self-custody.
With Unicity
Self-custody and compliance at the same time. Enforcement rides in the wallet and the token — not in a custodian, not in a middleman.
Use case 04· AI agents & machine commerce
Agent-to-agent payments at machine scale.
Autonomous agents paying each other per call, per inference — millions of tiny payments. Unicity speaks the same x402 flow agents already use, but settles peer-to-peer at sub-microcent cost, and every agent wallet carries a credential so payments are compliant by construction. The 12-step handshake collapses to 5 — no facilitator in the middle.
For — agent platforms, API monetization, machine-to-machine payments
Agent payments today
Settle through a facilitator on a shared chain, per-transaction fees that eat micropayments, and an intermediary that sees every payment an agent makes.
With Unicity
Peer-to-peer, sub-microcent, private, and compliant by construction. The same agentic future — without the middleman and without the fee floor.
Use case 05· existing stablecoin chains
Scale a stablecoin that already exists.
A stablecoin already lives on-chain — say USDT on a dedicated stablecoin L1. Represent it as a bearer token verified directly against the source contract, then move it agent-to-agent at millions of TPS the underlying ledger can't reach. You keep the issuer, the reserve and the settlement of record — and add a layer the chain can't match.
For — stablecoin issuers and payment chains scaling for A2A
The usual approach
Bridges and wrapped tokens — a new custodian and a new trust assumption every time value moves between chains.
With Unicity
No bridge, no custodian. The bearer token verifies the source lock directly against the contract, and settles A2A at a scale and cost the ledger can't price.
Use case 06· resilience & connectivity
Dollars that work offline.
Value that keeps moving when the network doesn't. A bearer dollar transfers peer-to-peer and verifies on the device with no connectivity at all, then reconciles its uniqueness proof when the network returns. No chain — which needs you to reach its nodes — can do this.
For — offline & low-connectivity payments, on-device money
Every chain
To move value you must reach consensus nodes. No connectivity, no payment.
With Unicity
The asset carries its own proof, so it moves and verifies hand-to-hand offline — and settles its uniqueness the moment it's back online.
Digital cash · In the field
Money that moves like cash.
Most of the world still runs on cash — billions of people without a bank account, reliable connectivity, or an address a ledger will accept. A bearer dollar behaves the way cash always has: you hold it, you hand it to someone, and it's theirs. No account to open, no bank in the middle, no network to reach at the moment it changes hands.
Six use cases. One move.
They all come from putting the rules in the money instead of on a ledger. The mechanics — the uniqueness oracle, predicates, privacy — are proven in three formal papers and running code.