• You won’t just be writing code; you’ll be shaping the future. As a Software Engineer at Xapo, you will design, build, and deploy high-impact backend services that are secure, fault-tolerant, and available to millions. • You will take full ownership of the services your team creates, from initial design to production operations, all while being mentored by senior engineers. • You could join one of our dynamic, business domains: Wealth Management Team, Financial Crime Prevention, Customer Acquisition and Retention, or Member Money Movement.

• Design, develop, and maintain RESTful services, webhooks, and batch ETL jobs that connect core banking platforms with digital banking platforms. • Implement integrations using internal microservices and/or middleware to ensure scalability, reuse, and centralized monitoring. • Build and manage data models, mappings, and transformations for loans, shares/deposits, transactions, payments, and treasury services. • Establish and operate secure authentication/authorization patterns; manage secrets, keys, and certificates. • Develop CI/CD pipelines, automated tests, and observability to ensure integration reliability, performance, and recoverability. • Collaborate with product owners, business stakeholders, vendors, and security/compliance to refine requirements and deliver integration features. • Create and maintain documentation and deliver knowledge transfer to operations teams. • Troubleshoot production incidents; perform root cause analysis and implement corrective/preventive actions.

• Design, implement, and ship products that wrap AI capabilities into something users can use • Build responsive front-ends, scalable back-end services, and database and pipeline plumbing • Collaborate closely with AI engineers to integrate models, agents, and retrieval systems • Own testing, observability, and feedback loops for product performance • Work with engineers, designers, and strategists during the project lifecycle

• Develop, modify, and maintain Linux kernel modules using C, with a focus on performance, scalability, and maintainability. • Implement and optimize memory management functions and libraries, improving efficiency in memory allocation, deallocation, and data integrity. • Design and develop new kernel components and features, particularly related to memory management and low-level system operations. • Debug and troubleshoot kernel-level issues, using tools like gdb, strace, and other debugging utilities. • Perform code reviews, optimize existing code, and adhere to best practices in kernel development. • Collaborate closely with system architects, embedded software engineers, and hardware engineers to ensure seamless integration and optimal performance. • Contribute to documentation, including technical specifications, code documentation, and user guides for kernel components and memory management libraries.