Independent stablecoin reconciliation

Every stablecoin payment leaves three records. We make sure they agree.

Payment Control compares on-chain settlement, provider status, and your internal ledger. When they diverge, it opens an owned exception with the evidence required to investigate and resolve it.

or write to bharatup@payment-control.com

Read-only No private keys Finality-aware Human-approved resolution
Reconciliation run 9 payments checked
Chain
Provider
Ledger
Payment 7: provider marked complete, ledger credited, no finalized transfer found on-chain.
Exception PC-0174 Open
Provider status Complete
Internal ledger Credited
On-chain settlement No finalized transfer
Amount 48,250 USDC
Owner Unassigned
Evidence attached: provider event · ledger entry · chain search · finality evaluation

Find breaks before they become month-end investigations.

Payment Control treats every source as independent evidence. It reconstructs what happened, waits for the appropriate settlement conditions, and creates a controlled workflow when the records do not agree.

01

Detect breaks earlier

Compare chain, provider, and ledger records continuously instead of discovering discrepancies during close or after a customer escalation.

02

Avoid false exceptions

Apply chain-specific finality and expected settlement timing before classifying a payment as delayed, missing, duplicated, or incorrect.

03

Resolve with evidence

Open an owned exception containing the provider event, ledger record, transaction evidence, history, and resolution decision.

Independent by design.

A system that executes or orchestrates a payment should not be the only system deciding whether that payment was correct. Payment Control operates as a separate read-only control layer.

01

Read each source separately

Collect provider events, internal ledger records, and chain evidence without assuming that any single source is authoritative.

02

Rebuild the payment state

Link identifiers, amounts, assets, parties, timestamps, fees, and settlement evidence into one reconstructed payment record.

03

Evaluate finality and timing

Distinguish normal settlement latency from a genuine break using chain-aware confirmation and finality rules.

04

Open and track the exception

Attach evidence, assign ownership, record decisions, and preserve an audit trail through resolution.

Teams operating across multiple stablecoin rails.

Payment Control is being designed for payment operations, treasury operations, finance control, and reconciliation teams that cannot rely on a single provider view.

Multiple providers

You use two or more payment providers, custody platforms, banking partners, or settlement rails.

Manual investigations

Your team searches dashboards, exports, block explorers, tickets, and internal databases to explain payment breaks.

Control requirements

You need clear ownership, evidence, approvals, and a defensible history for every unresolved difference.

Observe, verify, and escalate. Never move money.

The product boundary is deliberately narrow. Payment Control checks payment evidence and coordinates exception handling; it does not become another execution or accounting system.

Read-only access

No private keys, signing, payment initiation, or custody. The control layer observes and verifies.

Human approval

The system can propose the likely correction, but a person remains responsible for approving ledger action.

Audit-ready history

Evidence, ownership, comments, status changes, and the final resolution remain attached to the exception.

Help define the control layer your operation needs.

I am speaking with payment operations teams using multiple stablecoin providers or settlement rails. The objective is to understand how breaks are currently detected, investigated, owned, and resolved.

For teams that want to go further: share one week of historical payment data and receive a break report on your own payments — every divergence between chain, provider, and ledger, classified and evidenced. No platform to install, no commitment.

Participants in the workflow discussions also receive an anonymised summary of the reconciliation patterns and control gaps identified across the research.

Built by Bharat Upadhya

Payment Control is an early-stage product built by a backend engineer with 15 years of experience in Java and distributed systems, working directly with design partners on evidence-based reconciliation, operational control, and reliable exception handling for stablecoin payment systems.

How does your team find a stablecoin payment break today?

Discuss your workflow