We are working hard for you. Lets meet again in Q4 2026. Have a great day, my friend.
Most businesses run two ledgers without admitting it.
One ledger lives in your processor: cards, ACH, wires. Another lives in your custodian or wallet: USDC, BTC, ETH. A third — the spreadsheet — exists to make the first two agree by Friday afternoon. The spreadsheet is not a feature of your business. It is a bug you have not yet been able to engineer away.
Reconciliation is not a back-office task. It is a load-bearing system. We build it as one.
We replace the integration sprawl you've been maintaining between your processor, your custodian, your wallet provider, and your fulfillment vendor — with one contract that covers all four.
Cards, ACH, wires, SEPA, and stablecoins on nine chains. Inbound funds land in a single signed event stream — no parallel books, no end-of-month bridge.
Pre-funded liquidity pools settle on-chain transactions to your treasury in under thirty seconds at p99. Every state transition is signed, time-stamped, and queryable through one API.
Webhooks fire on confirmed settlement, not pending. Inventory release, KYC, payouts to suppliers — all keyed to a single canonical event with idempotency built in.
Most businesses keep three books in parallel: what their processor reports, what their custodian holds, what their fulfillment system has actually shipped. The triangle is a closed figure. So is ours.
Every settlement, every fulfillment event, every reconciliation lives in a single tabular surface. SQL, gRPC, or webhook — same data, same shape, same signatures.
A single settlement, traced through the system. Every step is signed, every transition is logged, every event is replayable from the canonical record.
A customer pays in USDC on Ethereum. Our acceptance node observes the transaction in the mempool, signs an Ed25519 receipt, and writes a pending row to the ledger.
The customer's account is credited against our pre-funded liquidity pool. Your fulfillment systems can act on this state immediately, without waiting for chain confirmation.
The transaction is confirmed at the protocol level. The ledger transitions from pending → confirmed atomically. A signed webhook fires exactly once.
Your system receives the webhook, verifies the Ed25519 signature, and triggers downstream actions: inventory release, supplier payout, document signing — keyed to the canonical event.
A signed Merkle root of the day's ledger is published to a public log and emailed to your security contact. Reconciliation is not a process — it is a property.
We are not a general-purpose payments processor. We are the layer companies adopt when settlement complexity has outgrown the spreadsheet.
| § | Profile | Primary use | Where we fit |
|---|---|---|---|
| 01 | Marketplaces | Cross-border payouts | You collect in fifteen currencies, pay out in five chains, and need a single tax-reporting surface for it all. |
| 02 | Asset platforms | Fiat ingress + custody | Your customers fund accounts in dollars and hold in stablecoins. We close the loop without a parallel ledger. |
| 03 | B2B SaaS | Multi-rail invoicing | Enterprise customers pay by wire. Long-tail customers pay by card or USDC. Your finance team sees one A/R aging report. |
| 04 | Logistics & supply | Settlement-on-fulfillment | Funds release to suppliers when a package crosses a tracking event — not on optimistic invoice receipt. |
| 05 | Treasury teams | Reconciliation as a service | Your existing rails stay where they are. We become the reconciliation layer above them — read-only or read/write, your choice. |
Reconciliation is not a feature. It is the product.
We document the system precisely because we run it precisely. Our engineers read your tickets. Read the docs first — most questions are already answered there.
Bidirectional streaming for ledger taps. REST for control-plane operations. Same auth, same idempotency keys.
Every state-changing call accepts a client-supplied key. Exactly-once semantics across retries and partition recoveries.
State transitions are Ed25519-signed. Verify the chain end-to-end without trusting our infrastructure.
No optimistic events. Webhooks fire on settled state with a verifiable signature header. Replay and dead-letter built in.
Daily exports drop into your warehouse with a stable schema. Versioned migrations, never breaking changes without a deprecation window.
A full deterministic replica of production. Settlement times can be advanced. State machines are inspectable.
SOC 2 Type II. ISO 27001. Independent annual penetration tests. Customer audit logs retained per jurisdiction (≥5y).
OpenTelemetry traces exposed for every customer call. Status page is RSS, JSON, and Atom. No black box.
An engineering call is the fastest way to know if we're a fit. Thirty minutes, an architecture diagram, no slide deck. We will tell you if we are not a fit.