BracketBot supports Q1 pilots for new physical AI harness

CactusXR: CactusXR develops an AI copilot platform that creates live, shared 3D digital twins of physical retail spaces to integrate data from cameras, inventory systems, and staff devices. The solution enables AI-assisted decision-making tailored to unique business environments and reduces reliance on manual context sharing. The news quotes the account in the context of piloting robotics-supported physical AI to keep digital twins updated and support retail operations. BracketBot: BracketBot develops low-cost, open-source general-purpose robot kits designed for developers to prototype, program, and deploy robots quickly using modular hardware and Python-based software. The company focuses on making robotics accessible through familiar components like Raspberry Pi and emphasizing ease of use for real-world applications. In the news, it is providing support for pilots of a physical AI harness aimed at enabling autonomous context management for business operations. Galbot Robotics: Galbot Robotics is a Beijing-based embodied AI company that builds general-purpose robots, including wheeled dual-arm and humanoid platforms, for deployment across retail, industrial, and other sectors. It develops proprietary vision-language-action models to enable robots to handle complex tasks in physical environments. The company is supporting Q1 pilots for a new physical AI harness that integrates with robotics platforms to gather and manage business context autonomously. Realman Robotics: Realman Robotics, headquartered in Beijing, specializes in ultra-lightweight robotic arms, mobile manipulators, and related infrastructure for embodied intelligence applications in industries such as retail, healthcare, and manufacturing. The company operates data training centers and teleoperation networks to advance robot capabilities in real-world settings. It is contributing robotics platforms to the Q1 pilots of the physical AI system described in the news for enhanced autonomous operations. Retail Spatial AI: AI copilots are advancing to generate and maintain dynamic 3D maps of retail environments for improved operational decisions. Robotics Collaboration: Multiple specialized robotics platforms are partnering on pilots for physical AI systems that enable autonomous context gathering in business settings.