OKSI develops electro-optical/infrared sensor systems paired with embedded AI/ML for autonomous platforms in defense, space, and maritime domains. The tech stack spans sensor hardware design (Altium, KiCad, LTspice), computer vision (OpenCV, PyTorch, TensorFlow), robotics frameworks (ROS, ROS 2, PX4), and edge inference (CUDA, TensorRT, Jetson). Active projects cluster around real-time object detection, sensor fusion, autonomous flight validation, and synthetic training environments — all core to fielding autonomous systems in contested environments. Hiring velocity is accelerating with engineering leading the mix, and compliance pain points (export control, government contracting) signal scaling operations in a highly regulated market.
OKSI is a 51–200-person private company headquartered in Torrance, California, with three decades of experience in custom EO/IR sensor development integrated with AI/ML systems. The company sells to defense, homeland security, and space operators who require autonomous perception and decision-support capabilities. Their product surface spans hardware sensor design, real-time vision pipelines (object detection, image fusion, video navigation), and autonomy stacks for aerial and maritime platforms. Recent work includes flight validation of autonomous systems, Monte Carlo performance assessment, and high-fidelity synthetic environment generation for testing. The organization operates in a heavily regulated environment requiring export control compliance and government contracting expertise.
OKSI uses Altium and KiCad for hardware design, MATLAB, Python, C/C++ for algorithms, PyTorch and TensorFlow for ML, OpenCV for vision, ROS/ROS 2 for robotics, PX4/MAVLink for flight control, CUDA/TensorRT/Jetson for edge inference, and Unreal Engine for simulation.
Projects include real-time 3D simulation environments, autonomous flight validation, real-time object detection pipelines, vision-based navigation, sensor fusion (EO/IR + IMU), and SIL/HIL test infrastructure for complex autonomous systems.
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