A real-world restaurant and social space bringing food automation, specialized robotics, and general-purpose robots together to develop, test, and improve the systems required for increasingly autonomous restaurant operations.
New reinforcement learning research from Physical Intelligence shows how robots can improve precise manipulation skills using minutes or hours of real-world experience.
Robots are getting more capable, but the next challenge is giving them enough experience in the environments where they will actually work.
Creating real-world deployment opportunities where robots can perform practical tasks and generate valuable training data for physical AI.
A real-world restaurant and social space bringing food automation, specialized robotics, and general-purpose robots together to develop, test, and improve the systems required for increasingly autonomous restaurant operations.
New reinforcement learning research from Physical Intelligence shows how robots can improve precise manipulation skills using minutes or hours of real-world experience.
Robots are getting more capable, but the next challenge is giving them enough experience in the environments where they will actually work.
Creating real-world deployment opportunities where robots can perform practical tasks and generate valuable training data for physical AI.
Tesla could combine existing automated food-production systems with Optimus to create a real-world environment where humanoid robots learn the physical tasks that connect an autonomous restaurant.
Building the integration layer that connects specialized food-service robotics into one modular, autonomous operating system.
A real-world restaurant and social space bringing food automation, specialized robotics, and general-purpose robots together to develop, test, and improve the systems required for increasingly autonomous restaurant operations.
An autonomous food production system that stores ingredients, prepares and cooks meals, and serves customers from one compact robotic kitchen.
Lab37, part of Atoms, is developing specialized robotic systems designed to automate high-volume food production. Its approach shows how purpose-built machines could become the foundation of increasingly autonomous restaurant operations.
Miso Robotics is bringing automation into one of the busiest areas of the commercial kitchen with Flippy, a robotic fry station designed to prepare fried foods consistently while working alongside existing restaurant operations.
Millie Bot is now live on Kickstarter. Support our open-source, 3D-printed AI robot and help us take the next step from working prototype to production.
RobotLAB helps businesses select, deploy, and support robots for cleaning, delivery, hospitality, logistics, and other commercial applications.
An all-in-one platform for managing properties, direct bookings, and guest experiences.
A fully open-source AI robot featuring natural conversation, autonomous navigation, computer vision, and a modular 3D-printed body.
Millie Bot is now live on Kickstarter. Support our open-source, 3D-printed AI robot and help us take the next step from working prototype to production.
RobotLAB helps businesses select, deploy, and support robots for cleaning, delivery, hospitality, logistics, and other commercial applications.
An all-in-one platform for managing properties, direct bookings, and guest experiences.
A fully open-source AI robot featuring natural conversation, autonomous navigation, computer vision, and a modular 3D-printed body.
Millie Bot is now live on Kickstarter. Support our open-source, 3D-printed AI robot and help us take the next step from working prototype to production.
An all-in-one platform for managing properties, direct bookings, and guest experiences.
A real-world restaurant and social space bringing food automation, specialized robotics, and general-purpose robots together to develop, test, and improve the systems required for increasingly autonomous restaurant operations.
Trunk Tools brings artificial intelligence directly into construction workflows, helping project teams find information, review documents, track changes, and work more efficiently with the project data they already use.
Robots are getting more capable, but the next challenge is giving them enough experience in the environments where they will actually work.
OpenDroids is developing and deploying adaptable robotic systems for hospitality, logistics, manufacturing, retail, and other industries, combining custom hardware, AI, integration, and Robotics-as-a-Service.
A real-world restaurant and social space bringing food automation, specialized robotics, and general-purpose robots together to develop, test, and improve the systems required for increasingly autonomous restaurant operations.
An autonomous food production system that stores ingredients, prepares and cooks meals, and serves customers from one compact robotic kitchen.
OpenDroids is developing and deploying adaptable robotic systems for hospitality, logistics, manufacturing, retail, and other industries, combining custom hardware, AI, integration, and Robotics-as-a-Service.
Procore is a construction management platform that connects project teams, documents, financials, workflows, and field activity in one system. It supports projects from preconstruction through closeout while integrating with hundreds of other construction technologies.
Building the integration layer that connects specialized food-service robotics into one modular, autonomous operating system.
Trunk Tools brings artificial intelligence directly into construction workflows, helping project teams find information, review documents, track changes, and work more efficiently with the project data they already use.
@michaelhenrykc
@phamous
@nicolai
Nicolai is the founder of Dream Cloud, a technology company focused on integrating emerging technologies, including AI and robotics, into real-world environments. His work focuses on identifying practical applications for new technologies, connecting technology companies with businesses and organizations, and creating opportunities to test, deploy, and improve these systems through real-world use.
