OpenAI’s secret robot lab scales to 100 trainers

PLUS: China's shapeshifting robot, Louisiana steel humanoids, Waymo launches in Miami


OpenAI’s secret robot lab scales to 100 trainers

Welcome back to your Robot Briefing

OpenAI is running a three-shift operation in San Francisco with 100 data collectors teaching robotic arms to fold laundry and make toast, using cheap 3D-printed controllers instead of expensive motion capture suits. The company just announced a second facility and is soliciting U. S.

manufacturing partners for robotics hardware. Does this bet on massive data collection with bargain-bin equipment beat the flashy humanoid demos competitors are chasing — or is OpenAI repeating the same "scale solves everything" assumption that works for LLMs but might not transfer to physical robots?

In today's Robot update:

OpenAI scales secret lab to 100 trainers
China's shapeshifting robot walks on water
Louisiana deploys humanoids at steel plant
Waymo opens Miami to public rides
News

Inside OpenAI's secret robotics lab

Inside OpenAI's secret robotics lab

Image Source: Gemini / There's A Robot For That

Snapshot: OpenAI has quietly scaled a robotics team in San Francisco to 100 data collectors working around the clock, training robotic arms to perform household tasks like folding laundry and making toast—and just announced plans for a second facility in Richmond, California. The company's recent request for proposals for U. S. manufacturing partners explicitly includes robotics components, confirming hardware ambitions beyond data centers.

Breakdown:

OpenAI operates three shifts across dozens of workstations where contractors use 3D-printed GELLO controllers to teleoperate Franka robotic arms, collecting data on tasks that have progressed from placing rubber ducks in cups to more complex household operations over the past year.
The approach costs a fraction of competitors' methods—GELLO hardware runs under $300 per unit versus motion capture suits and VR systems—while generating data that maps directly to robot movements without the translation layer required by full-body tracking.
OpenAI measures productivity in "good hours" of functional training data and has nearly doubled collection targets in recent months, signaling the company believes scale and data volume matter more than hardware sophistication at this stage.

Takeaway: OpenAI's decision to scale contract labor and low-cost teleoperation rather than invest in flashy humanoid demos suggests the path to functional household robots runs through massive data collection first, hardware second. The Richmond expansion and manufacturing RFP indicate this is a multi-year bet, not an experiment—but experts note the "ChatGPT moment" for robotics through data scaling remains unproven.

News

China's new shapeshifting robot walks on water

China's new shapeshifting robot walks on water

Image Source: Gemini / There's A Robot For That

Snapshot: Researchers at Southern University of Science and Technology unveiled GrowHR, a soft humanoid robot that extends to triple its height, weighs just 9.9 pounds, and demonstrates capabilities from walking on water to aerial transport.

Breakdown:

The robot deploys from a compact 0.4m Ă— 0.3m Ă— 0.6m package and grows 278% in height (from 0.49m to 1.36m), enabling delivery in small boxes and navigation through spaces just 40% of its full height.
At 4.5 kilograms, GrowHR floats with 16x payload capacity in water, swims at 0.27 m/s, walks on water at 16 mm/s, and flies when paired with ducted fans—capabilities rigid humanoids cannot match due to their 40+ kg weight.
Soft bone-inspired linkages allow safe human interaction with children and absorb impacts that would fracture rigid robots, while still providing enough stiffness (7.99 kN/m) to support stable walking.

Takeaway: This research signals that soft robotics is moving beyond lab demonstrations into designs that solve real deployment constraints—portability, safety, and multi-environment operation. Businesses evaluating humanoid platforms should watch how quickly these bio-inspired approaches scale from 4.5kg prototypes to production-ready systems that can actually work alongside humans without expensive safety caging.

News

Louisiana taps humanoids for steel fabrication

Snapshot: Louisiana signed a partnership with Persona AI to deploy humanoid robots at SSE Steel Fabrication, marking the first time a U. S. state has formally backed humanoid testing in an active heavy-industry facility.

Breakdown:

The pilot runs through Louisiana Innovation, the state's economic development arm, positioning Louisiana as a national testbed for humanoid robotics in manufacturing, maritime, and energy sectors where labor shortages persist.
Humanoid robots will train on welding and fabrication tasks at SSE Steel's St. Bernard Parish facility, designed to navigate uneven terrain, use existing tools, and adapt to changing shop-floor conditions rather than requiring facility redesigns.
State officials emphasize the robots will handle high-risk or hard-to-fill roles while moving experienced tradespeople into supervision, quality control, and robot operations positions rather than eliminating jobs.

Takeaway: When a state government backs humanoid deployment in live production environments, it signals reduced risk for companies considering similar adoption. This pilot offers a blueprint for how mid-sized manufacturers can test automation without overhauling existing facilities or workforce structures.

News

Waymo launches public rides in Miami

Snapshot: Waymo opened its autonomous ride-hailing service to the public in Miami this week, marking another major metro expansion that signals autonomous vehicles are moving from pilot programs to operational reality.

Breakdown:

The service covers a 60-square-mile area spanning Miami's Design District, Wynwood, Brickell, and Coral Gables, with plans to expand to Miami International Airport soon.
Waymo's fleet has logged 127 million fully autonomous miles and achieved a ten-fold reduction in serious injury crashes compared to human drivers, providing concrete safety data that supports ROI discussions for autonomous fleets.
Nearly 10,000 Miami residents have already signed up for the service, demonstrating consumer acceptance in a major metropolitan market beyond Waymo's established West Coast operations.

Takeaway: Miami's launch shows autonomous ride-hailing has moved past the experimental phase into commercial deployment across diverse US metros. Companies evaluating logistics automation or fleet management should treat autonomous technology as operational now, not as a future possibility.

Other Top Robot Stories

Allen Control Systems successfully tested a robotic gun system that autonomously engaged and neutralized two small FPV drones using an M240 machine gun, marking a significant development in automated defense systems for counter-drone operations built entirely in Austin, Texas.

Zipline announced expansion of its autonomous delivery drone service to Houston and Phoenix, continuing the company's rollout of on-demand aerial logistics that eliminates last-mile delivery constraints for retailers and healthcare providers.

AGIBOT announced its first European brand launch in Milan on January 30th, marking the international expansion of China's leading humanoid manufacturer into Western markets with partner SIR Modena just weeks after capturing the top global market position.

🤖 Your robotics thought for today:
OpenAI's scaling to 100 data collectors working three shifts with $300 GELLO controllers while competitors burn cash on motion capture suits and VR rigs—does that mean the robotics race is won by whoever labels the most laundry folds, not whoever builds the fanciest hardware?

What's your take?

Until tomorrow,
Uli

OpenAI’s secret robot lab scales to 100 trainers

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