Following our earlier coverage of the broad range of robotics on display at CES 2026, we continue with several new announcements showing the depth and diversity of activity at the show. Robotics cuts across multiple domains, from industrial teleoperation and humanoid platforms to consumer-oriented exoskeletons and embedded AI computing. Rather than a single dominant theme, the announcements show a sector exploring different paths toward practical deployment, usability and scalability. Several companies used CES to introduce new systems that reflect this broad experimentation with physical AI.
Daimon Robotics focuses on teleoperation and data capture
Daimon Robotics presented the DM-Exton2, which it describes as a haptic-feedback teleoperation and data acquisition system. The platform is designed to allow human operators to control robotic systems remotely while receiving force feedback, enabling more precise manipulation in complex or hazardous environments. A key emphasis is on capturing high-quality operational data during teleoperated tasks, which can later be used for training autonomous robotic behaviors.
Robotera expands its humanoid and robotic lineup
Robotera showcased what it calls a “hexa-core” robotics lineup, centered on humanoid robots supported by a broader portfolio of robotic platforms. The company positions its systems for research, industrial and service applications, with an emphasis on whole-body control, dexterous manipulation and scalable hardware architectures. At CES, the focus was less on a single product and more on demonstrating a growing ecosystem of robots built around shared core technologies.
ULS Robotics targets consumers with an exoskeleton
ULS Robotics used CES to introduce Viatrix, which it describes as a consumer-grade exoskeleton robot. The system is aimed at assisting mobility and physical support in everyday contexts, rather than industrial or medical settings alone. Its CES debut was accompanied by recognition in the Innovation Awards program, underscoring the growing visibility of wearable robotics as a consumer technology category.
Quectel brings AI computing closer to the robot
Quectel announced the SH602HA-AP smart robotic computing module, aimed at providing an integrated AI and connectivity platform for robotic devices. The module combines processing, AI acceleration and wireless communication in a compact form factor, targeting service robots, mobile platforms and other embedded robotic systems. The announcement reflects a broader trend at CES toward moving more intelligence directly onto robots, reducing reliance on cloud connectivity.
RoboCT highlights lightweight mobility assistance
RoboCT unveiled its GoGo series of lightweight exoskeletons, designed to support daily mobility with minimal effort for the user. The systems are positioned as easy-to-wear devices that prioritize comfort and accessibility over heavy industrial performance. This approach aligns with a visible shift at CES toward assistive robotics that blend into everyday life rather than standing out as specialized equipment.
X-Humanoid emphasizes autonomy and usefulness
X-Humanoid presented fully autonomous robotic systems, with an emphasis on practical task execution rather than scripted demonstrations. The company highlighted improvements in perception, navigation and manipulation, aiming to make humanoid robots more broadly useful across real-world environments. The messaging reflects a wider industry focus on moving humanoids from controlled demos toward sustained autonomous operation.
