Teleoperation system; a teleoperated data collection solution building a data collection ecosystem
Skill library; billed as the world's largest dexterous hand manipulation dataset, with 500+ types of human skill data accumulated across industry, research and daily life
Dexterous manipulation robot; mass production has started, focused on dexterous manipulation needs in logistics scenarios
Member of the humanoid product line, for industrial collaboration and research education scenarios
Humanoid robot products covering home companionship and other scenarios
Integrated innovation solutions for manufacturing and service scenarios, with self-developed bodies, servo drives, and sensors
Hotel-scenario embodied service robot handling item delivery, public area patrol, room service, and basic cleaning; validated in a real hotel POC
Lightweight world model improving long-horizon task planning, cross-embodiment zero-shot adaptation, non-standard scenario manipulation generalization, and instruction following
Memory augmentation for complex long-horizon task planning and non-standard scenario generalization
Low-cost and high-precision, collecting real-scenario multimodal data at large scale and low cost
A 'growing' home embodied robot, a family member that keeps growing, consumer positioning (not yet officially released for mass production, to be confirmed)
Developer version, in accelerated delivery, building an ecosystem with the developer community
The world's first landmark work proving that world-model-generated data can improve real physical robot performance; 1.5k+ stars on GitHub open-sourced
Embodied brain (VLA): GigaBrain-0 ranks No.1 globally on RoboChallenge at 51.67% success (nearly 10 percentage points ahead of pi-0.5); GigaBrain-0.5M* is the world's first world-model-based reinforcement learning embodied foundation model
Home general-purpose humanoid robot, first product of the SeeLight sub-brand, carrying the GigaBrain embodied brain; handles meal fetching and prep, tableware tidying, coffee making, and other tasks; won a 100-unit order for deployment at the Optics Valley Zhiyu community in Wuhan
Data collection hardware: low-cost real-robot collection, handheld collection, and ego-centric collection, forming a five-layer data collection system
All-modal real-time world model + agentic model + AI-native creation engine, for film, gaming, and interactive content creation
Autonomous driving world model, the world's first world model for the physical world, serving 30+ leading automakers and autonomous driving companies at home and abroad
Ackermann-architecture chassis, fast with high payload; the HUNTER 2.0 runs at 10 km/h with 150kg payload and automotive-grade independent suspension, suited to outdoor long-distance cruising and scaled-down autonomous driving validation
Tracked chassis with IP67 dust and water protection, handling complex terrain for mine inspection, emergency rescue, and other harsh environments
Four-wheel four-steer chassis, highly flexible, supporting crab steering and high-mobility configurations
Four-wheel four-steer omnidirectional chassis (Ackermann steering / spot turning / crab travel), an excellent choice for mobile manipulation in tight spaces, suited to VLA deployment
Multimodal modular chassis supporting multiple motion mode switches, education kit
Master-slave remote-controlled data collection, ±0.1mm repeatability, for embodied AI data collection; paired with Pika grippers, a desktop ALOHA dual-arm solution, and a PIPER dual-arm kit
First-generation dual-arm home service robot; started paid home rental trials in Sep 2025