Enterprise payments platform

Separating concerns that scale differently

Payment platforms fail at the seams. Identity verification is bursty and latency-tolerant; interactive transfers are latency-critical; bulk payout runs are throughput-bound and will saturate anything sharing their resources. Built as one service, the slowest path sets the constraints for every other.

The platform separates them. KYC, the ledger, transfers, sub-user management and bulk processing each run as their own deployable unit, scaled against their own load profile rather than an average of everyone else’s.

Delegated access for corporate customers

Business customers rarely have one person who does everything. Sub-user management lets a corporate account holder grant scoped access to their own staff, so an operations clerk can prepare a payment run without holding the permissions needed to approve it. The permission model is enforced at the service boundary, not in the interface.

Multi-currency without hidden coupling

Supporting more than one currency is rarely a column change. Balances, conversion, settlement timing and reconciliation all acquire a currency dimension, and reconciliation is where single-currency assumptions usually surface. Treating currency as a first-class property of the ledger keeps that logic in one place instead of scattered across every path that touches money.

Running on Kubernetes and Azure

Kubernetes supplies the isolation the architecture depends on: resource limits per service, independent rollout, and the ability to scale the bulk processor for a payout window without touching the services customers are actively using.