Building the Future of Open Finance

Payward — the parent company behind Kraken, NinjaTrader, Breakout, xStocks, Payward Services and CF Benchmarks — has spent the last 15 years building one of the most modern and globally accessible financial infrastructure platforms in the industry, built to advance an open, global financial system.

The Team

Founded in 2011, Kraken is one of the world's longest-standing crypto platforms, trusted by over 10 million individuals and institutions across the globe. It offers spot trading, margin, futures, staking, and OTC services.

Our Platform and Core Engineering teams build the systems that make Kraken secure, resilient, and scalable. Their impact is measured by the strength, correctness, and leverage of the foundations they create. These teams power Kraken systems behind the scenes — enabling product teams to move fast while meeting the highest standards for reliability, compliance, and security.

We’re looking for engineers with deep systems ownership and an architecture-first mindset — builders who take pride in long-lived services, thrive in complex environments, and are motivated by strengthening the backbone of the crypto ecosystem.

The Opportunity

• Design and implement robust Rust services and foundational libraries that power Kraken’s core infrastructure, prioritizing correctness, security, and long-term maintainability.
• Write reusable, testable, and highly efficient code built for scale, observability, and operational resilience in production environments.
• Collaborate on large-scale distributed systems architecture, shaping low-latency, fault-tolerant services that support global trading and internal platforms.
• Work alongside hundreds of experienced Rust engineers, contributing to a high-bar engineering culture grounded in ownership, rigor, and craftsmanship.

What You Bring

• 7+ years of software engineering experience.
• Experience building and scaling shared systems, internal platforms, and supporting multiple product roadmaps.
• Proficiency in writing network services or asynchronous code in Rust.
• A security-first mindset during system design to ensure robustness.
• Demonstrated ability to autonomously debug issues across the stack (OS, network, application).
• Solid understanding of distributed systems and technologies, including RPC protocols, Kafka, and Event-Driven Systems.
• Ability to collaborate effectively with product teams to gather requirements and constraints for designing appropriate systems.
• Complete end-to-end ownership of systems and libraries.