Project Kuiper is Amazon's ambitious initiative to launch a constellation of Low Earth Orbit satellites, aimed at providing high-speed broadband connectivity to underserved communities worldwide. As a Security Assurance Engineer II within the Kuiper Security team, you'll play a crucial role in ensuring the security and integrity of this groundbreaking space technology project.
The position sits within the External Security Assurance Team, focusing on security governance, policy, and supply chain risk management. You'll be working with cutting-edge satellite technology while implementing robust security measures to protect critical infrastructure. The role combines technical security expertise with strategic thinking, requiring collaboration with various teams to develop and implement security features that protect Kuiper's complex systems.
This is an excellent opportunity for security professionals who want to make a significant impact in the space technology sector. You'll be working with world-class technical leaders and contributing to a project that aims to bridge the digital divide globally. The role offers competitive compensation ranging from $136,000 to $212,800 per year, depending on location, plus additional benefits and equity opportunities.
The position requires a strong background in security engineering, with at least 3 years of relevant experience. You'll need to demonstrate expertise in threat modeling, secure coding, and network security, while being able to communicate effectively with various stakeholders. The role demands a balance between technical implementation and strategic thinking, as you'll be responsible for both hands-on security work and developing security policies and procedures.
As part of Amazon's Kuiper project, you'll be joining a team that's pushing the boundaries of what's possible in satellite communications while maintaining the highest security standards. The role offers significant growth potential and the opportunity to work on technology that will literally shape the future of global connectivity.