Embodied Intelligence for Real-World Work
Human-scale robots that see, reason, and act with reliability—ready for factories, warehouses, hospitals, and field sites.
Human-scale robots that see, reason, and act with reliability—ready for factories, warehouses, hospitals, and field sites.
Built for safety, dexterity, uptime, and total cost of ownership—not stage demos.
Vision-language-action policies, task graphs, and skill libraries enable goal-directed autonomy and rapid learning from demonstrations.
Dynamic bipedal gait and whole-body balance with stair/ramp traversal, 5–10 cm obstacle negotiation, and tight-space turning.
Multi-camera stereo + depth fusion, event cameras, and 3D semantic mapping for robust grasping in clutter.
ISO/TS 15066-aligned limits, intent recognition, and configurable safety zones for mixed human-robot workcells.
Hot-swappable packs, regenerative joints, and smart power scheduling for 6–10-hour missions.
Encrypted fleet management, OTA updates, supervised autonomy, remote teleop, and policy rollout across sites.
From actuation to models, every layer is integrated, serviceable, and designed for real-world deployment.
Multi-modal VLA models distilled for on-robot inference; sim-to-real pipelines and policy fine-tuning for tasks.
Series-elastic joints and harmonic drives with torque sensing for precise, compliant manipulation.
Skin-level pressure arrays and fingertip force/torque enable delicate handling—from cables to glass.
Sensor fusion (LiDAR + Vision + IMU), SLAM, and risk-aware planners for dynamic indoor/outdoor navigation.
Deploy where humanoids create ROI today.
Machine tending, bin picking, workstation rebalancing, and end-of-line testing—without retooling.
Supply delivery, patient transfer assist, vitals collection, and nighttime rounds in clinical settings.
Open APIs, ROS 2 support, simulation assets, and dataset tools for labs and universities.
Front-of-house guidance, inventory checks, and 24/7 info kiosks with a human-like presence.
First-look inspection in hazardous areas, gas sensing, emergency shutoff, and fire-scene logistics.
Teleoperated maintenance on stations, confined-space tasks, and surface experiments in harsh conditions.
Start with an 8–12-week pilot: site survey, task study, safety plan, and ROI model. We deliver the robot, training, and support.
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