About us

BVNK is the stablecoin-powered financial stack for enterprises. We're now part of Mastercard, and together we're building a network for every form of money – one that delivers more reach, more capability and more choice.

We enable businesses to build financial products, unlock new markets, and move money in seconds across 130+ countries, with 40+ licenses for fiat and digital assets globally. Processing billions annually, we empower enterprises worldwide to send, receive, convert, and settle stablecoins and fiat seamlessly through a single integration.

Our mission is to accelerate global money movement, and we're assembling a world-class team to make it happen.

Trusted by industry leaders like Corpay, Worldpay, Deel, and Flywire, we deliver the infrastructure that makes new forms of money usable within the financial systems customers already rely on today.

By combining Mastercard's global payment reach and trusted networks with BVNK's stablecoin infrastructure, we're building the trusted operating layer for the evolution of money movement, helping customers participate in emerging digital networks without having to rebuild their businesses around every new innovation.

We're a diverse team spread across EMEA, North America, and APAC, with a shared belief that stablecoins are the new infrastructure layer for financial services, and that BVNK is at the forefront of this shift.

We're incredibly honored to have been recognized by:

CNBC World's Top Fintech Companies (2026)
FXC Intelligence Top 100 Cross-border Payment Companies (2026)
Newsweek's The Top 100 Global Most Loved Workplaces (three years running, most recently 2025)
LinkedIn as one of the Top 20 Startups in the UK (2025)

Location: We offer a Hybrid/Remote working policy.

Function: Engineering

About the team

Treasury Automation builds the control layer for how money moves at BVNK. Every day, client and company funds flow across banks, blockchains and liquidity providers, in fiat and digital assets, through regulated entities in several jurisdictions. Our platform keeps that money in the right place, in the right structure and on the right rail, so it’s available when it’s needed, settled when it’s owed, and protected when it belongs to clients.

The platform turns treasury policy into automation. It decides when funds need to move, moves them, and proves that every movement is correct.

What you'll do

Build liquidity management: track positions across every account, venue and chain, and rebalance funds automatically
Power accurate, on-time settlement with liquidity providers and partners
Automate safeguarding and segregation of client funds across entities and jurisdictions
Evolve the treasury rules engine that turns policy into fund movements, for BVNK and Layer1 customers
Design event-driven services and long-running Temporal workflows: idempotent, traceable until confirmed and auditable to the standard regulators expect
Own production: observability, alerting, runbooks and on-call for systems that move real money
Act as a technical leader: shape designs, raise the bar in code review, mentor engineers and help the Tech Lead set direction

What you'll bring

Strong backend experience in Java/Kotlin building distributed systems in production
Hands-on experience with event-driven architecture (Kafka or similar) and workflow orchestration (Temporal or similar)
A track record of building financially critical systems where correctness, idempotency and reconciliation matter
Understanding of money movement: payments, settlement, liquidity or treasury, across fiat and/or crypto
Comfort with cloud-native tooling (Kubernetes, ArgoCD, Grafana) and SQL/data warehouses
Experience leading designs across teams and turning unclear business needs from treasury users into clean systems
Bonus: FinTech and payments: Experience in payments, banking or other regulated financial services.

What we need from you

5+ years of backend engineering experience in Java/Kotlin with Spring Boot.
Strong distributed systems fundamentals — experience building microservices with event-driven architectures (Kafka, SQS), relational databases (MySQL/PostgreSQL), and caching (Redis).