About the job
About Us
Saildrone is at the forefront of maritime defense, recognized globally as the leader in autonomous unmanned surface vehicles (USVs). With unparalleled oceanic experience, our systems are combat-deployed, ensuring national security and operational readiness around the clock.
Located in Alameda, CA, our manufacturing and R&D headquarters drive innovation in autonomous operations, edge computing, and renewable energy solutions. We are redefining how naval forces operate in the future. Join our dynamic and mission-oriented team as we lead the charge in maritime security and autonomous technology.
Position Overview
We are looking for a Staff Platform Engineer to join our innovative team. In this pivotal role, you will report directly to the Engineering Manager, Platform, and be instrumental in ensuring the robustness and scalability of our core systems that support our fleet and client services. We seek a hands-on technical leader who excels in navigating ambiguity, orchestrates complex projects across diverse teams, and delivers effective platform solutions to facilitate Saildrone's growth and operational efficacy.
This position requires onsite presence in Alameda, CA for three days per week as part of our hybrid work model. Remote work is not an option.
Team Dynamics
The Platform team is responsible for managing the critical systems that keep Saildrone’s fleet operational and support our customer commitments. Our focus is on delivering reliable, scalable, and secure systems that enable mission-critical operations in real-world maritime settings.
Key Responsibilities
- Platform Architecture: Lead the design and implementation of core platform services to ensure maximum stability and scalability for Saildrone’s global fleet.
- System Ownership: Take charge of fundamental systems, including customer-facing APIs, authentication and authorization protocols, and automated drone configuration.
- Project Orchestration: Manage and drive multifaceted, cross-team projects from ideation to deployment, making essential architectural decisions along the way.

