T
No image available
commercialSoftware

TWIST

byStanford UniversityStanford, USA

The TWIST is a Software humanoid robot developed by Stanford University.

Related news

Agile Robots and Audi piloting humanoids ... on a task done 1 million times a day

Agile Robots and Audi piloting humanoids ... on a task done 1 million times a day

Linkerbot ships 10,000 robot hands, hits $3B valuation

Linkerbot ships 10,000 robot hands, hits $3B valuation

Hello Amazon! AWS just entered the physical AI infrastructure race

Hello Amazon! AWS just entered the physical AI infrastructure race

Skild AI hits $100M revenue run rate in 10 months. Physical AI is apparently very lucrative

Skild AI hits $100M revenue run rate in 10 months. Physical AI is apparently very lucrative

NVIDIA's robot business is already worth $10 billion/year, and China is its best customer

NVIDIA's robot business is already worth $10 billion/year, and China is its best customer

From around the web

NVIDIA expands Isaac tools for humanoid robot development

NVIDIA expands Isaac tools for humanoid robot development

engineering.com•Oct 23, 2026•via Stanford University

Unitree developing AI system to let humanoid robots improve themselves

Unitree Robotics founder Wang Xingxing unveiled 'Unitree Rehearsal,' an AI feedback loop system designed to let humanoid robots autonomously write code, run simulations, and improve real-world performance with minimal human intervention. The system uses AI models like OpenAI's GPT-6 to plan and iterate, with Wang suggesting humanoid robots could be tidying rooms on command as early as 2027, though 2028 is a more realistic estimate.

scmp.com•Oct 22, 2026•via Stanford University

Unitree developing AI system to let humanoid robots improve themselves

Unitree Robotics founder Wang Xingxing announced Unitree Rehearsal, a self-evolving AI feedback loop intended to let humanoid robots generate code, test it in simulation and conduct physical trials with human feedback. A demonstration used GPT-6 for route mapping and movement planning, but its consistency in unfamiliar environments was not established. Wang said humanoid robots could tidy rooms as early as 2027, while describing 2028 as more realistic.

amp.scmp.com•Oct 22, 2026•via Stanford University