Join the Selling Partner Identity Verification (SPIV) team at Amazon, dedicated to fostering a secure and trustworthy marketplace. Our mission is to provide a robust identity verification platform, safeguarding customers and enabling seamless business operations. We address critical challenges in identity verification, protecting against malicious actors and ensuring fast, secure registration and account management. Our comprehensive solutions cater to diverse Amazon businesses globally, including Mechanical Turk, Selling on Amazon, Amazon Pay, and Amazon Flex.

We are committed to scaling our systems to serve millions of Amazon customers with exceptional accuracy, minimal friction, and maximum security. This ensures a safe and reliable shopping experience for everyone.

As an engineer on our team, you will leverage a deep understanding of computer fundamentals and gain practical experience with large-scale distributed systems. A background in developing web services-based applications, particularly at a massive scale, is highly advantageous.

Key responsibilities include contributing to the design, development, and maintenance of our identity verification platform, ensuring its reliability, scalability, and security. You will work on complex software systems, applying best practices in software development and system architecture.

We are seeking candidates with a minimum of 3 years of professional software development experience (excluding internships). Additionally, at least 2 years of experience in designing or architecting new and existing systems, including familiarity with design patterns, reliability, and scaling principles, is required.

Candidates must possess 3+ years of experience building complex software systems and proficiency in at least one software programming language. Experience throughout the full software development lifecycle, encompassing coding standards, code reviews, source control management, build processes, testing, and operations, is preferred. A Bachelor's degree in Computer Science or an equivalent field is desired.