TELEXISTENCE Inc.
TELEXISTENCE Inc. builds and deploys industrial robots and a cloud software platform for logistics and retail operations, including manipulator systems and automated forklifts (AGFs). Its products focus on teleoperation and AI-driven autonomy for tasks like picking, motion/path planning, and system integration at production and warehouse sites. Founded in 2017 and headquartered in Ota-ku, Tokyo, the privately held company serves retailers and logistics operators in Japan and beyond.
Open Positions at TELEXISTENCE Inc.
7 open positions
Develop real-time motion control software for TX Phantom, a self-developed robot manipulator, using advanced robotics, motion-planning, and control algorithms. The role combines ROS2 integration, actuator drivers, simulation, and productionizing robotic systems for logistics operations.
Senior Robotics Software Engineer building fleet management and navigation systems for autonomous mobile robots. The role spans multi-robot coordination, path planning, ROS-based integration, and production deployment on real robotic systems.
Develop production-grade firmware and Linux drivers for robotic microcontrollers, sensors, and actuators. This hands-on role spans hardware bring-up, ROS integration, motion control, and product reliability for market-deployed retail robots.
Develop perception software for the custom Ghost robot, enabling autonomous pick-and-place operations in Japanese convenience stores. You will build and optimize computer vision, deep learning, and sensor-processing systems for reliable performance on constrained hardware.
Lead the integration of custom manipulators, mobile robots, cloud components, and human interfaces into reliable warehouse automation systems. The role combines robotics software architecture, perception, motion control, and real-world deployment using C++ and ROS2.
Build advanced real-time motion control software for TX’s self-developed robot, TX GHOST. The role focuses on robot manipulators, motion planning, control algorithms, and production-ready robotic systems.
Build foundation models that enable real-world robots to perceive, reason, and act autonomously. This role spans multimodal model development, large-scale training, and deployment on physical robots and edge hardware.