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See the stack behind every stablecoin operation.

Evidence-backed provider context for humans and agents. Map dependencies, regulatory exposure, runtime readiness, and compatible replacements before an agent selects or executes a stack.

Example: one payout, checked end to endUS → EU · USDC payout
sandbox
Operation requestpayout.create
Your operationCross-border payoutUSDC · SEPA · EU
  • Identity and sanctionsScreening provider
    verified
  • Wallet and custodyCustody provider
    verified
  • EUR off-rampSettlement provider
    compliance evidence out of date
Decision — automatic, rule-basedblocked

Payout stopped before funds moved — the EUR off-ramp's compliance evidence is out of date.

A 30-minute working session on your corridor and providers — pre-launch teams welcome.

Built by operators from
VisaFedNowLifeLockJewel BankCredit Unions
Example: one payout, checked end to endUS → EU · USDC payout
sandbox
Operation requestpayout.create
Your operationCross-border payoutUSDC · SEPA · EU
  • Identity and sanctionsScreening provider
    verified
  • Wallet and custodyCustody provider
    verified
  • EUR off-rampSettlement provider
    compliance evidence out of date
Decision — automatic, rule-basedblocked

Payout stopped before funds moved — the EUR off-ramp's compliance evidence is out of date.

Before, not after
Checks run before money moves
The whole chain
Your providers and their providers
Same inputs, same answer
Written rules stop an AI override
On the record
Evidence stays with every decision

The stablecoin stack has a hidden graph.

Connectivity tells you who can connect. It does not tell you whether custody, banking, compliance, and settlement — and everyone they depend on — can carry this payment today.

Logo maps hide the operating stack.

A provider can depend on custody, compliance, banking, liquidity, networks, and settlement partners that a flat directory does not show.

Agents need governed context, not a longer prompt.

The useful context is current evidence, applicable authorization, complete dependencies, runtime readiness, and known alternatives. A longer prompt is not a control.

A recommendation is not authority to execute.

A stablecoin operation needs a deterministic decision, an approval record, and a gate that checks the record before credentials are resolved.

Tell it what your product needs. Get back what will actually work.

Provider Context Graph

One canonical model connects providers, legal entities, offerings, dependencies, authorizations, eligibility, evidence, adapters, and runtime outcomes.

Provider Stack Intelligence

One context compiler builds the applicable dependency closure. Deterministic rules identify failures, concentration, and compatible alternatives.

Provider Control Plane

Supported execution accepts a reviewed receipt. A failed required dependency blocks the operation before provider credentials are available.

A directory shows who exists. An agent needs to know what depends on what — and whether it can act now.

Before a payout runs, the platform checks the whole chain — providers, their dependencies, and current compliance evidence — against the rules for that corridor. If it clears, it runs with a record of what was approved and why. If it does not, it stops before money moves.

How money gets permission to move.

Ask for an operation

A person or an agent requests a payout, mint, or swap. The platform assembles the full, current picture: providers, their dependencies, and current authorization and evidence.

Rules decide — agents can explain, not override

Written rules return clear to run, degraded, blocked, or needs human review. Same inputs, same answer. An AI agent cannot talk its way past the rules.

Approved operations run on the record

The approval, providers chosen, evidence relied on, and rules in force are locked in before execution. Outcomes feed back into the map.

Start with one corridor, one failure drill, or one replacement.

Build a payout stack

Map the providers, authorizations, assets, rails, and dependencies required for one regulated corridor.

Plan

Measure outage impact

Trace direct and indirect dependencies before a provider outage or authorization change reaches an operation.

Assess

Find a compatible replacement

Compare alternatives against the same jurisdiction, corridor, asset, network, rail, adapter, and evidence requirements.

Replace

Give an agent bounded authority

Let an agent explain the result. Require deterministic gates, approval state, and a current receipt before supported execution.

Control

Built by operators who've run regulated money at scale.

Not crypto theory applied to banking. Two decades of running regulated money.

V

Real-time payment architecture at Visa

Money movement at the scale banks depend on.

F

Instant settlement with FedNow

The rails moving regulated dollars in real time.

J

CTO, Jewel Bank

A stablecoin-native bank in Bermuda — compliance from the inside.

"Compliance isn't a feature we added. It's the environment we built for — we've sat on the bank's side of the examination."

Give agents context they can use and boundaries they cannot cross.

The context compiler gathers current facts outside the model. Deterministic code evaluates every request: same inputs, same decision. An approved decision produces a signed, immutable record — we call it a receipt — and the runtime requires it when reviewed dependencies apply. Mint, burn, and corridor payments simulate today; live sanctions screening, KYC, and reserve attestation remain roadmap.

compileProviderContext(stackRequest)
// One request. One evidence-backed packet.
const packet = await compileProviderContext({
  operation: "payout.create",
  corridor: "US-EU",
  asset: "USDC",
  environment: "sandbox"
})

// blocked · required off-ramp evidence is stale

Know what your product stands on before money moves.

Start with one corridor. A stack assessment maps your providers, what they depend on, and where you are exposed. Pre-launch teams welcome.