Figure AI
Autonomous humanoid robots designed for the global workforce.

Bringing AI to life through human-centric humanoid robots and biomimetic technology.
Hanson Robotics is a premier developer of cognitively advanced humanoid robots, most notably 'Sophia.' By 2026, the company has transitioned from purely research-oriented prototypes to specialized, production-ready platforms like 'Grace' for healthcare and the 'Sophia Intelligence Collective' for enterprise interaction. Their technical architecture is built on a hybrid AI approach, combining symbolic AI with deep learning neural networks to manage both linguistic processing and non-verbal communication. A core differentiator is their patented 'Frubber' material—a proprietary nanotech-enhanced elastomer that mimics human skin musculature, allowing for over 60 distinct facial expressions. Their systems integrate with the SingularityNET decentralized AI network, enabling robots to pull from a global brain of intelligence. Market positioning for 2026 focuses on high-touch sectors including elderly care, luxury hospitality, and advanced pedagogical research, where emotional resonance and physical presence are critical for user engagement and therapeutic outcomes.
A proprietary nanotech skin that mimics human flesh's elasticity and texture, requiring low power to achieve high-fidelity expressions.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
A hybrid AI system that blends human-generated scripts with autonomous neural-net-based response generation.
Sub-millisecond latency computer vision stack that identifies users and maintains eye contact.
Direct integration with decentralized AI marketplaces for task-specific intelligence upgrades.
Motor control systems modeled on human neck and facial muscles for fluid movement.
Processes tone of voice, facial micro-expressions, and word choice to determine user sentiment.
Specific software packages designed for structured social interaction for neurodiverse individuals.
Medical staff burnout and patient anxiety during check-in processes.
Registry Updated:2/7/2026
Directs patient to the appropriate waiting area.
High-end retailers needing unique, data-driven customer engagement.
Researchers requiring a standardized platform for Human-Robot Interaction studies.