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Physical AI Companies

English articles about physical ai companies at Physical AI Lab.

Solix autonomous refill: what still needs an operator?

Published: September 8, 2026 by Physical AI Lab

Solix automates a refill sequence. Here is how to separate avoided trips from supply, supervision and recovery work during a farm trial.

Categories Physical AI Companies

Multi-Vendor Robot Coordination: Open Control, Security and Sovereign Data

Published: August 29, 2026 by Physical AI Lab
Multi-Vendor Robot Coordination: Open Control, Security and Sovereign Data text-only source-brief cover focused on separation among supervisory tasks, real-time safety and vendor adapters

A shared dashboard is not a multi-vendor fleet. Real integration aligns mission, state, resource reservation, security, failure isolation and data control.

Categories Physical AI Companies

Autonomous Cargo Aircraft vs Delivery Drones: Radar, Airspace and Certification

Published: August 29, 2026 by Physical AI Lab
Autonomous Cargo Aircraft vs Delivery Drones: Radar, Airspace and Certification text-only source-brief cover focused on airspace and sensing differences between airport freight and doorstep delivery

Regional cargo aircraft and small delivery drones may share autonomy technology, but they solve different logistics, airspace and certification problems.

Categories Physical AI Companies

Last 100m Delivery Robots: Wheeled vs Quadruped Systems

Published: August 29, 2026 by Physical AI Lab
Last 100m Delivery Robots: Wheeled vs Quadruped Systems text-only source-brief cover focused on the tradeoff between wheels and legs across pavement, thresholds and stairs

For the last 100m, wheels usually win on flat routes; legs matter where stairs and curbs repeatedly break the service. Compare complete orders, not demos.

Categories Physical AI Companies

How Physical AI Excavators Work: Soil, Hydraulics, Telemetry and World Models

Published: August 29, 2026 by Physical AI Lab
How Physical AI Excavators Work: Soil, Hydraulics, Telemetry and World Models text-only source-brief cover focused on how soil resistance, hydraulic telemetry and a world model update one another

Physical AI excavation is a closed loop: sense soil and machine response, update the terrain model, replan the bucket path and stop safely when reality diverges.

Categories Physical AI Companies

Robot Data Factories: Collection, Governance, Training and Field Feedback

Published: August 29, 2026 by Physical AI Lab
Robot Data Factories: Collection, Governance, Training and Field Feedback text-only source-brief cover focused on the loop across collection, governance, training, evaluation and field updates

A robot data factory is a governed feedback loop from field episodes to validated models—not a warehouse full of video files.

Categories Physical AI Companies

AgiBot GO-2, GE-2, BFM and GCFM: What Each Model Actually Does

Published: August 29, 2026 by Physical AI Lab
AgiBot GO-2, GE-2, BFM and GCFM: What Each Model Actually Does text-only source-brief cover focused on the distinct roles of manipulation, world and whole-body motion models

GO-2, GE-2, BFM and GCFM sit at different layers of AgiBot’s model stack. This guide maps each one to its inputs, outputs and validation needs.

Categories Physical AI Companies

UBTECH GHRC 2026 Baseline: Isaac Sim, LeRobot v3, ACT and π0

Published: August 29, 2026 by Physical AI Lab
UBTECH GHRC 2026 Baseline: Isaac Sim, LeRobot v3, ACT and π0 text-only source-brief cover focused on initial alignment among the simulator, data framework and policy model

The UBTECH GHRC 2026 Walker S2 reference pipeline connects LeRobotDataset v3 with ACT and π0. Reproduce the official run before adding custom data.

Categories Physical AI Companies

Fujitsu Kozuchi Physical OS: Spatial World Models and Robot Coordination

Published: August 29, 2026 by Physical AI Lab
Fujitsu Kozuchi Physical OS: Spatial World Models and Robot Coordination text-only source-brief cover focused on how a spatial world model coordinates tasks across different robots

Kozuchi Physical OS is a coordination layer for robots, sensors, business systems and shared space—not a replacement for every robot controller.

Categories Physical AI Companies

Reliable Robotics Autonomous Cargo Aircraft: 2026 Tests and FAA Path

Published: August 29, 2026 by Physical AI Lab
Reliable Robotics Autonomous Cargo Aircraft: 2026 Tests and FAA Path text-only source-brief cover focused on the certification path for autonomous flight in existing airport and airspace systems

Reliable Robotics is testing remotely piloted regional cargo aircraft, not small delivery drones. eIPP participation creates evidence; it is not commercial approval.

Categories Physical AI Companies
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