Bio-Inspired Dexterity for the Home

NEO is a 167 cm bipedal robot that mimics the human musculoskeletal system through tendon-driven actuation. Weighing only 30 kg, it can lift up to 70 kg, offering a strength-to-weight ratio far beyond traditional machines. Its hands feature 22 degrees of freedom for intricate manipulation, while its soft, machine-washable knit-suit ensures it remains a quiet and approachable presence in private living spaces.

Advanced Actuation

Utilizes Tendo Drives, high-torque-density electric motors paired with tendon-based gears. This bio-mimetic system provides fluid, human-like motion and enables 22 degrees of freedom in each hand for intricate household tasks.

Computing Power

Driven by the 1X NEO Cortex, a compute platform optimized for the NVIDIA Jetson Thor architecture. This delivers the massive TFLOPS required for real-time local LLM reasoning and multimodal sensor fusion.

Self-Teaching AI

Equipped with the 1X World Model, a paradigm-shifting AI that enables NEO to teach itself new skills by generating video rollouts of possible futures. This reduces the dependency on manual data collection and accelerates its growth into a general-purpose home assistant.

Current Partners

Early-access pre-orders opened for consumer households in the US (2026 delivery). Partnership with OpenAI for language-reasoning capabilities.

Target Customers

Domestic households for chores (folding laundry, tidying), eldercare support, and private residents seeking personal AI assistants.

From Wheels to Bipedal Versatility

Unlike its predecessor EVE, which utilized a wheeled base for stability, NEO introduces a fully bipedal design. This transition allows for much greater navigation flexibility in multi-story human environments. NEO also features a significantly refined tendon-driven system that operates at just 22 dB, making it the quietest domestic humanoid compared to early prototypes.