Haptic sensor technology and embodied AI for robotics and automation
PaXini Tech develops multi-dimensional tactile sensing hardware and embodied AI algorithms, with a tech stack built around simulation-to-reality (sim2real) workflows: PyTorch, TensorFlow, ROS, MuJoCo, and NeRF for real2sim reconstruction. The engineering-heavy org (15 of 21 roles) is actively tackling sim2real integration and large-scale RL training—the core technical barriers to deploying learned behaviors on physical hardware. Active projects span real robot deployment, digital twin algorithms, and sensor fusion, suggesting the company is moving from research prototypes toward production robotics systems.
Notable leadership hires: Algorithm Director, HR Director
PaXini Tech is a Shenzhen-based developer of haptic and tactile sensing technology, positioning itself as China's first to deploy multi-dimensional, multi-array tactile sensors at scale. The company builds both hardware (tactile sensors) and software (embodied AI algorithms and digital twins) for robotics, automotive, wearables, healthcare, and industrial automation applications. With 501–1,000 employees and a research-informed engineering organization, PaXini operates across algorithm development, real robot testing, and sensor hardware integration. The founding team includes alumni from Waseda, Tsinghua, and University of Illinois Urbana-Champaign, with prior experience at ZTE, Xiaomi, and NetEase.
Core languages: C++, Python, Rust. ML/simulation: PyTorch, TensorFlow, MuJoCo, NeRF, PyBullet. Robotics: ROS. Compute: CUDA, Triton. Also uses MATLAB, Unity, V-REP, Lua, Linux, Bash, Jax, and Warp.
Active projects include real robot deployment, embodied AI algorithm development, sim2real transfer, digital twin algorithms, sensor fusion, real2sim reconstruction, and reinforcement learning deployment. Key challenge areas: sim2real integration and large-scale RL training.
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