1X

Firmware Engineer focused on testing and release quality for humanoid robots, building hardware-in-the-loop rigs, automated regression suites, and safety-critical validation. The role partners closely with firmware developers to ensure reliable updates and robust operation across NEO’s embedded systems.

Lead the development of high-performance graphics, visualization, and immersive rendering systems for 1X’s VR teleoperation platform. Build low-latency interfaces that help operators understand and safely control humanoid robots in real time.

Own the end-to-end camera stack for NEO, from sensor and lens selection through embedded image pipelines, calibration, and fleet diagnostics. This staff-level role combines performance-critical C++ systems engineering with hardware bring-up and production robotics deployment.

Own the embedded firmware for a humanoid robot charger, from AC-DC power conversion and lithium-ion charge management to CAN-based BMS coordination and safety protection. This staff-level role combines deep firmware expertise with hands-on power electronics debugging across prototype and production platforms.

Senior DevOps Engineer responsible for making 1X’s cloud infrastructure reliable, secure, scalable, and self-service for teams building the NEO humanoid robot. The role owns infrastructure automation, platform tooling, and incident response across a high-impact cloud infrastructure environment.

Senior Systems Engineer focused on making networking reliable, low-latency, and scalable across 1X’s humanoid robot fleet. You’ll own core networking architecture, protocols, connectivity, and production systems spanning robots, cloud infrastructure, and real-time teleoperation.

Build the AI platform powering 1X’s NEO humanoid robot, from high-quality training data and evaluation through large-scale inference. This staff-level role combines scalable software engineering, ML systems, developer tooling, and robotics integration.

Build the reliability foundation for NEO humanoid robots, spanning cloud, mobile, on-robot, embedded, and hardware-in-the-loop systems. You’ll own end-to-end testing, observability, and reliability practices that make fleets of robots safe and trustworthy.