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Builds and maintains the full software stack for Bolt, an autonomous UAV, including flight controllers, computer vision, and real-time command systems using C++/Rust on Linux.
Build core robotics libraries and real-time tracking pipelines for autonomous UAV systems using C++/Rust on Linux, integrating software with hardware for defense applications.
Builds embedded, safety-critical flight software for autonomous maritime systems using C/C++/Rust and RTOS, driving end-to-end subsystem delivery and hardware integration.
Builds and maintains secure, scalable back-end services for an AI-powered defense platform used in mission-critical military operations.
Build full-stack command-and-control software for autonomous maritime systems using Go/Rust/Python/C++ and React/TypeScript, integrating real-time sensor data and mission planning.
Builds and integrates autonomy, AI, and sensor-fusion systems for networked defense robots that detect, track, and defeat aerial threats in real time.
Build and maintain secure, scalable cloud-native toolchains (Kubernetes, Terraform, NixOS) to deliver AI-powered defense systems continuously and reliably.
Designs and validates AI-powered command-and-control systems for defense, integrating sensors, algorithms, and hardware to optimize battlespace operations.
Designs and implements security architectures for defense systems (AI, command/control, aerospace, sensors) by integrating security principles into product development, conducting threat modeling, and collaborating with engineering teams to mitigate vulnerabilities across the product lifecycle.
Senior engineer leading weapons integration for autonomous air systems, designing interfaces, plans, and analyses to safely integrate weapons onto platforms using MIL-STD-1553/1760 and datalinks.
Deploys and maintains military-grade hardware/software systems in secure environments, troubleshooting installations and ensuring mission-critical reliability for defense operations.
Build AI-powered autonomy software for next-gen maritime defense systems, integrating robotics, sensor fusion, and realtime command-and-control platforms.
Builds and maintains AI-powered command-and-control software for autonomous air-defense systems, integrating sensor fusion, networking, and autonomy to detect and neutralize airborne threats.
Builds and maintains software for autonomous air-defense systems that detect, track, and neutralize drone threats using AI, robotics, and sensor fusion.
Builds autonomous drone software for Anvil, a kinetic interceptor that detects and neutralizes aerial threats using C++/Rust on Linux.
Builds real-time command-and-control software for autonomous military systems, integrating AI agents and fleet orchestration on the Lattice OS platform using Python/C++/Rust/Go/Java.
Builds AI-powered command-and-control software for defense systems, integrating autonomy, networking, and cyber capabilities for real-world military deployments.
Builds secure, scalable back-end services for an AI-driven defense platform, integrating autonomy, computer vision, and sensor fusion in Go, Python, or Rust.
Develop core robotics software for autonomous UAVs like Ghost, focusing on autonomy, sensor fusion, and real-time command systems in a defense-focused environment.
Build and maintain core robotics software for autonomous air-defense systems, including perception, motion planning, and sensor fusion, using C++/Rust on Linux.
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