Business Analyst - AML / Fraud
Vyntra Global. Yverdon-les-Bains, Switzerland.
Hybrid, 3 days per week on site.
Every day, billions of financial transactions move through the global banking system.
Fraud hides in that data — from mule accounts and social engineering to sophisticated payment abuse.
Banks don’t just need detection — they need solutions that actually work in the real world.
That’s where this role comes in.
At Vyntra, we build fraud prevention and transaction intelligence platforms used by over 130 financial institutions globally. This is about shaping how banks detect and respond to fraud — end to end.
The Role
You’ll work at the heart of delivery, partnering with banks to design, shape, and validate fraud solutions that are used every day. We are looking for someone who really understands fraud and can apply their knowledge in a practical, delivery-focused way.
You will:
About You
You understand fraud in banking either from working directly in it, or from implementing solutions around it.
Your background could come from banking (Fraud / AML / Financial Crime teams), consulting firms where you've worked on fraud, risk, or payments, or from a fintech / vendor implementing fraud platforms.
You’ll bring:
You don’t need to be a developer but you do need to be confident working in a technical environment and shaping how solutions are delivered.
Most importantly, you can put yourself in the client’s shoes and challenge whether what’s being built will actually work for them.
Why Vyntra
You’ll work directly with global banks on real fraud problems, not theoretical use cases, in a role where your input genuinely shapes the outcome. As a scale-up, we’re still building and refining how we do things, which means you’ll have the opportunity to influence both the solution and the way we deliver it. This role sits at the intersection of domain expertise, delivery, and technology, giving you visibility across the full lifecycle and the satisfaction of seeing what you’ve worked on used in production by the people it was designed for