Richtech Robotics Launches 24/7 Interactive Livestream with ADAM Humanoid
Richtech Robotics has launched a continuous interactive livestream featuring its artificial intelligence powered humanoid robot, ADAM. Powered by NVIDIA Jetson Thor, the platform allows global users to engage in real time conversations, showcasing embodied AI capabilities.

Richtech Robotics has launched a continuous interactive livestream featuring ADAM, its artificial intelligence (AI) powered humanoid robot, allowing users worldwide to engage in real time conversations with the machine. The Nevada based company describes the initiative as a way to give the public direct access to one of its commercial robotic platforms while demonstrating how conversational AI can be integrated with a physical robotic system.
Two Way Interaction, Not Just Broadcast
Unlike a traditional livestream that simply broadcasts video, the Richtech platform enables genuine two way interaction between online users and the robot. Visitors can ask questions and observe ADAM's responses as they happen, watching how the system interprets conversation and reacts in real time. This design turns a passive viewing experience into a live demonstration of embodied AI, and it doubles as a showcase for the company's broader portfolio of service robots for hospitality, automotive, and manufacturing applications. The company has gone so far as to describe ADAM as one of the first robots intended to function as an online presence that people can interact with directly, rather than a machine confined to a single physical location.
The Hardware Behind ADAM
According to the company, ADAM was developed using the NVIDIA Isaac robotics platform and runs on the NVIDIA Jetson Thor, the latest onboard computing platform designed for humanoid robots and advanced autonomous machines. Jetson Thor is built to deliver the computing performance required for perception, reasoning, planning, and manipulation directly on the robot, reducing reliance on external computing resources. Processing this workload locally is important for interactive applications, because it lowers the delay between a user's question and the robot's response and allows the system to function without constant dependence on a remote data center.
Building the Infrastructure for Embodied AI
The livestream follows a significant investment in physical infrastructure. In late May, Richtech completed the acquisition of a warehouse facility of roughly 79,325 square feet in Las Vegas for approximately 21.2 million United States dollars. The company has said the site will support computing powered by graphics processing units, robotics data collection, and the training of its World Action Model, while also housing an expanded corporate headquarters. Initial data center operations are expected to begin in the autumn of 2026, with room for additional computing capacity as the company's AI workloads grow.
The interactive livestream and the data center investment are two parts of the same strategy. By allowing large numbers of users to interact with ADAM, the company generates a continuous stream of real conversation data, and by building its own computing infrastructure, it gives itself the capacity to turn that data into improved models. Modern humanoid robots depend on enormous volumes of interaction data to refine their conversational abilities, perception, and decision making, and this approach addresses both the collection and the processing of that data at once.
From Service Robots to Embodied AI
Richtech Robotics has traditionally focused on commercial service robots rather than research prototypes. Its portfolio includes machines capable of preparing coffee and cocktails, delivering food, transporting materials, and cleaning commercial spaces. ADAM itself has already appeared in hospitality settings, including beverage service. Over the past year, the company has increasingly repositioned itself as an embodied AI business, introducing a mobile industrial humanoid alongside ADAM and emphasizing simulation based training, AI data services, and next generation robotics software.
By treating its humanoid robot as a continuously learning system rather than a fixed appliance, and by pairing public interaction with dedicated computing infrastructure, Richtech Robotics is laying both the public facing and the computational foundations that the next generation of embodied AI will require.
Image Credit: AI generated generic representation.
Sources
· Interesting Engineering, "New humanoid robot goes live 24/7, lets anyone chat with it from anywhere online," by Kaif Shaikh, June 30, 2026. https://interestingengineering.com/ai-robotics/new-humanoid-robot-goes-live-24-7
· GlobeNewswire, "Richtech Robotics Launches Interactive Livestream Featuring AI Powered Robot ADAM," June 18, 2026.











