Proof Feed.

Figure 02 is shown performing a real automotive production workflow at BMW Plant Spartanburg, handling sheet-metal parts in the body-shop use case.

This clip alone does not establish broad factory autonomy, fleet-scale economics, or performance across unrelated manufacturing tasks.

Digit is shown working in GXO logistics operations as part of a commercial deployment focused on material handling.

It does not by itself prove performance across every shift, every warehouse layout, or other tasks outside the demonstrated workflow.

Stretch is shown deployed at DHL to unload floor-loaded trailers and support warehouse associates in a real logistics environment.

It does not establish identical throughput, uptime, or ROI at every customer site or for every box mix.

Spot is shown being used by National Grid for inspection work in a high-voltage converter-station environment, including visual and thermal inspection tasks.

It does not prove the same safety benefit, economics, or inspection coverage for every industrial site or payload configuration.

MiR250 is shown operating at a Cummins facility as an autonomous mobile robot for internal material movement.

It does not establish site-independent throughput, payback period, or reliability for every payload and workflow.

Starship delivery robots are shown operating as part of real campus delivery services with regular interaction in public pedestrian environments.

It does not prove equal utilization, economics, autonomy performance, or regulatory fit in every city or delivery market.

Servi is shown being installed and used in a restaurant environment for hospitality service workflows.

It does not establish long-term utilization, labor savings, service quality, or return on investment at other restaurants.

Digit is shown performing tote loading and unloading during regular distribution-center operations, including an operational shift during Cyber Monday.

It does not prove generalized humanoid capability beyond the demonstrated material-handling workflow or universal warehouse readiness.

Four MiR250 robots are presented as integrated into Megatech Industries operations for autonomous material handling.

It does not independently verify all productivity claims or guarantee the same results for different plants and workflows.

Moxi is shown navigating hospital environments and interacting with infrastructure such as elevators and doors as part of clinical logistics workflows.

The manufacturer video does not independently establish uptime, cost savings, or performance at every hospital deployment.

Independent public-sector footage shows Moxi navigating a hospital setting and demonstrates the intended logistics-support concept and mobile manipulation capabilities.

This earlier footage does not establish the current product's commercial scale, present-day reliability, or financial impact.

Independent reporting shows NEO performing and discussing household-task capabilities while directly examining autonomy and teleoperation limits.

It does not establish autonomous completion of all household chores, production readiness at scale, or long-term reliability in consumer homes.

1X publicly demonstrated the NEO Beta pre-production humanoid and its intended operation in human-scale home environments.

It does not prove fully autonomous household work, commercial deployment scale, or production-model performance.

ANYmal is demonstrated climbing stairs, avoiding obstacles, conducting autonomous inspection missions, reading instruments, and docking for charging.

A manufacturer showcase does not by itself establish sustained customer uptime, site-specific inspection accuracy, or financial return.

Apollo 2 is shown operating in Apptronik's Robot Park training facility where the company is collecting real-world training data and developing humanoid behaviors.

It does not demonstrate a sustained customer deployment, production economics, or independent verification of commercial readiness.

Atlas is demonstrated autonomously moving engine covers between containers and a sequencing dolly, reacting online to environmental changes and action failures.

The controlled demonstration does not establish sustained customer deployment, production throughput, or commercial economics.

BellaBot is demonstrated performing the core restaurant-delivery behaviors and navigation functions promoted for the product.

It does not establish customer-specific service quality, long-term reliability, or economic impact in a live restaurant.

John Deere demonstrates the autonomous 8R tractor performing hands-free field operation with its perception, guidance, geofencing, and remote-monitoring workflow.

The product demonstration does not by itself prove performance across all crops, implements, field conditions, or farm economics.

Phoenix is shown publicly demonstrating manipulation-oriented physical-AI capabilities at Hannover Messe in collaboration with Microsoft.

An event demonstration does not establish sustained autonomous work, customer deployment scale, or production economics.

Serve Robotics publicly demonstrates the design and stated operating capabilities of its third-generation autonomous delivery robot.

The launch video does not by itself prove fleet-scale deployment, delivery economics, or reliability across all service areas.