Teksbotics
Tsuen Wan, Hong Kong robotics and AI company with 51-100 staff; builds Booster K1/T1 humanoids, Uno-family AGVs and 5G patrol robots for Greater China.
Teksbotics is a robotics and artificial intelligence company headquartered in Tsuen Wan, Hong Kong, with a reported staff of 51 to 100 people. The company develops its own robotic hardware and AI integration services, and it also distributes and installs robots built by other manufacturers for customers in Hong Kong, mainland China, and Macau.
Its humanoid platforms, the Booster K1 and T1, are built for embodied-AI research and education and are specified with up to 23 degrees of freedom; Teksbotics publishes an open-source software layer for the platforms and supports ROS, ROS2, and NVIDIA Isaac Sim integration for research users. Its indoor product line, marketed as the Uno family, combines AGV-based mobile platforms with IoT connectivity and cloud analytics for warehouse, hospitality, and building-automation deployments, and its patrol robots are 5G-connected units built for scheduled indoor and outdoor patrol routes with automated photo documentation and video analysis. The company also resells and integrates third-party platforms, including Unitree's Go2 and B2 quadruped robots, for terrain navigation and infrastructure-inspection tasks.
Teksbotics provides education-robotics support to schools, universities, and research institutions across Hong Kong, mainland China, and Macau, alongside project-based AI integration work for business customers.
Primary type & automation activities this supplier delivers:
UNO Indoor Patrol Robot
Indoor autonomous patrol robot with multi-floor mapping and AI video analysis
UNO Outdoor/Indoor Patrol Robot
5G IP66 autonomous patrol robot with Lidar-SLAM and anomaly detection
Contact Teksbotics
WEBSITE
https://www.teksbotics.comPHONE
+852 9719 6409HEADQUARTERS
Hong Kong
Company Facts
Founded
2014
Primary Role
Manufacturer
Company Size
-
Primary Region
Asia-Pacific
Annual Sales
-
Funding Stage
-
Funding Total
-
CES 2027 – Las Vegas, Jan 6–9, 2027
CES 2027 runs Jan 6–9 in Las Vegas for its 60th anniversary. Robotics interest grew 26% in 2026; humanoids and physical AI are key themes. Registration open.
LogiMAT 2027: March 16–18, Messe Stuttgart
Meta description LogiMAT 2027 runs March 16–18 at Messe Stuttgart under the theme "MIND MEETS MACHINE", with AI, AMRs and humanoid robots in focus for intralogistics.
NVIDIA GTC 2027 – San Jose, Mar 15–18, 2027
NVIDIA GTC 2027 runs Mar 15–18 in San Jose, with physical AI and robotics as a core theme. Poster call open until Nov 10, 2026; registration opens this fall.
HANNOVER MESSE 2027 | Apr 5–8, Hannover, Germany
HANNOVER MESSE 2027, April 5–8 in Hannover: four-day industrial fair with Spain as partner country; industrial AI, robotics and automation in focus.
ProMat 2027: April 19–21, McCormick Place Chicago
ProMat 2027 runs April 19–21 at McCormick Place, Chicago: 1,200+ exhibits on AMRs, AS/RS, robotic picking and supply-chain automation. Free registration.
Astribot T1 Showcased at IROS 2026 with Diverse Applications in Logistics and Service
On October 3, 2026, Astribot showcased its humanoid robot, Astribot T1, at IROS 2026 in Pittsburgh, USA, releasing a video summarizing its applications. The video highlights three key use cases: Efficient Training, Rapid Deployment, and Long-Horizon Execution. These applications demonstrate the robot's capabilities in logistics sorting, where it can collect necessary data in just 10 hours, and in service tasks like autonomously serving popcorn while engaging in voice interaction. The robot's base model, Lumo-2, is designed for high-speed ball catching, showcasing its advanced World Action Model for accurate predictions. The T1 is priced starting at $18,000, and the company emphasizes its vision of "AI That Grows by Doing." No further timeline was disclosed at the time of publication.
RoboParty Unveils Open Source Humanoid Robot RP1 with Advanced Motion Capabilities
On September 28, 2026, RoboParty introduced the humanoid robot RP1 (ROBOTO 01) at IROS 2026. The company positions RP1 as a high-performance, full-stack open-source bipedal humanoid robot aimed at researchers, educators, and developers, allowing them to use, modify, and expand the system in real-world applications. This initiative builds on the foundation laid by RoboParty's earlier project, RPO (ROBOTO ORIGIN), which garnered significant interest and over 2,500 stars on GitHub. RP1 integrates the company's proprietary actuator module, Romomo, and a dexterous robot hand, RP Hand, alongside the development platform PartyOS, enhancing the robot's capabilities for dynamic stability and interaction. During the event, attendees experienced an interactive demo called "Kick Me," showcasing RP1's ability to quickly regain balance after being pushed or kicked. This demonstration highlighted the robot's robust performance and the collaborative functionality of its actuator module and control systems, supported by the PartyOS framework, which incorporates unsupervised reinforcement learning for humanoid control. No further timeline was disclosed at the time of publication.
University of Glasgow Research Aims to Enhance Social Robot Design with Emotional Appeal
Researchers from the University of Glasgow have conducted a study to improve the design of social robots, focusing on their emotional appeal. By utilizing augmented reality, they tested various combinations of faces and voices on the Qoobo robot, which has a cushion-like body and a swinging tail. The findings suggest that animal-like and anime-inspired designs resonate well with users, enhancing the robots' ability to convey emotions. This research is significant as it addresses the lack of systematic studies in the design of social robots, which are increasingly used to provide companionship and alleviate feelings of loneliness, especially among older adults. The study indicates that aesthetic choices can greatly influence user engagement and emotional connection, paving the way for more personalized and appealing robotic companions. Looking ahead, the insights gained from this research could lead to the development of customizable social robots that adapt their appearances to meet individual user preferences. The team plans to further explore the implications of their findings on future social robot designs, although no specific timeline for future developments was disclosed at the time of publication.
Kawasaki to Deploy Noetra-Enhanced Kaleido Humanoid by 2030 with Gradual Autonomy Expansion
Kawasaki Heavy Industries plans to integrate Noetra’s Japanese physical AI platform into its Kaleido humanoid, aiming for a rollout as early as 2030. Kaleido will be the first to utilize Noetra’s technology, which will initially operate through a combination of remote human control and AI, gradually increasing its autonomous capabilities as Noetra’s platform evolves. The significance of this development lies in the phased approach to autonomy, with initial tasks focused on simpler operations such as patrolling and moving parts. While the goal is full autonomy, the rollout will begin with a hybrid model. Kawasaki’s roadmap indicates that remote-assisted work is expected around 2030, with full autonomous operation targeted for 2040, although the Noetra report does not confirm that all tasks will be autonomous at launch. Looking ahead, Kawasaki's collaboration with Noetra and NVIDIA aims to enhance the complexity and precision of autonomous movements. The company envisions deploying tens of thousands of robots across various applications by 2040, indicating a broader ambition beyond just humanoids, which will be crucial to watch in the coming years.
Kawasaki Japan
Panasonic Aims for Humanoid Robot Production by 2029, Emphasizing Battery Safety
Panasonic Holdings has announced its intention to develop humanoid robots, with production slated to begin by 2029, as stated by Chief AI Officer Akira Sakakibara. The company plans to target factory production lines and warehouses, although the project is still in its early stages. Research and development on necessary AI models and technologies has commenced, but specific achievements remain undisclosed. The significance of this initiative lies in Panasonic's focus on battery safety, which Sakakibara believes is crucial for overcoming barriers to the adoption of humanoid robots. He noted that Panasonic Energy's batteries have not been linked to serious fire incidents, positioning the company to potentially lead in safer humanoid robotics. Panasonic's existing components for humanoid robotics, such as power-management devices and sensors, provide a solid foundation for this new venture. Looking ahead, the next milestone to observe will be the unveiling of a robot design or a working demonstration that showcases the capabilities of the planned humanoids. No further timeline was disclosed at the time of publication.
Panasonic Japan
RoboParty Unveils RP1: The First High-Performance Open-Source Bipedal Humanoid Robot
RoboParty, a firm based in Pittsburgh, has introduced RP1 (ROBOTO 01), the world's first high-performance full-stack open-source bipedal humanoid robot, at IROS 2026. This robot aims to serve researchers, educators, and robotics developers by providing a customizable humanoid system that can be modified and trained in real development workflows. The significance of RP1 lies in its open-source nature, allowing a broader range of developers to engage with humanoid robotics. Founder Yi Huang emphasized the importance of accessibility in robotics, stating that the goal is to create an open foundation for continuous improvement and innovation. The robot's capabilities were showcased through an interactive demonstration, where visitors could test its dynamic stability and control performance by applying external disturbances. Looking ahead, RoboParty plans to further develop RP1 as part of its full-stack open-source roadmap, which began with the RPO project. The robot features impressive specifications, including a peak joint torque of 160 N•m, and is designed for dynamic motion and embodied AI model training. No further timeline was disclosed at the time of publication.
Innovation
Hitachi Collaborates with Agile Robots to Advance Physical AI for Manufacturing Automation
Hitachi has entered into a partnership with Agile Robots to develop physical AI systems aimed at automating complex factory tasks that require human adaptability. This collaboration merges Hitachi's expertise in AI, manufacturing, and edge computing with Agile Robots' advanced robotics platform, including their humanoid robot and AI-driven software. The significance of this partnership lies in its potential to enhance manufacturing processes by enabling robots to recognize changing conditions and make autonomous decisions. This aligns with Hitachi's broader initiative to create an HMAX Industry ecosystem, which aims to promote more autonomous manufacturing solutions globally. Looking ahead, the partnership is expected to expand Agile Robots' applications in various sectors, including automotive manufacturing and healthcare. No further timeline was disclosed at the time of publication.
Business & Markets Humanoids Physical AI AI Germany humanoid robotics
Agility Robotics CEO Peggy Johnson Joins Project Meridian to Advise on Future Warfare
Agility Robotics announced that CEO Peggy Johnson has been selected to participate in Project Meridian, a strategic initiative commissioned by the Department of War. This project aims to explore the future of warfare, focusing on logistics and operational support over a 10- to 20-year horizon. Johnson's involvement will leverage her extensive experience in technology leadership and Agility's expertise in humanoid robotics. She aims to contribute insights on how emerging technologies can enhance military operations, particularly in addressing physically demanding logistics tasks, thereby allowing personnel to concentrate on higher-value work. As Project Meridian gathers leaders from defense and technology sectors, Johnson's role as an individual consultant will provide practical perspectives on the application of humanoid robots in national security. No further timeline was disclosed at the time of publication.
Panasonic Plans to Develop Humanoid Robots, Targeting Production by 2029
Panasonic Holdings has announced its intention to develop humanoid robots, as confirmed by Akira Sakakibara, the company's chief AI officer, in a recent interview. The Japanese technology firm aims to commence production of these robots by the year 2029, focusing on their application in plants and warehouses. This initiative is significant as it highlights Panasonic's strategic move to leverage its existing battery business in the robotics sector. The development of humanoid robots could enhance operational efficiency in various industrial settings, aligning with the growing trend of automation and AI integration in manufacturing processes. Looking ahead, industry observers will be keen to see how Panasonic's plans unfold and whether they can successfully integrate their battery technology into the design and functionality of these humanoid robots. No further timeline was disclosed at the time of publication.
Solid-State Batteries May First Be Used in Humanoid Robots, Not EVs
Recent discussions suggest that the first large-scale commercial application of solid-state batteries may not be in electric vehicles but rather in humanoid robots. This shift highlights the evolving landscape of robotics and energy storage technologies. Companies are exploring innovative ways to integrate these batteries into robotic systems, potentially enhancing their performance and capabilities. The significance of this development lies in the potential for humanoid robots to leverage advanced battery technology, which could lead to improved operational efficiency and longer usage times. As the robotics industry continues to grow, the demand for effective energy solutions becomes increasingly critical. The application of solid-state batteries in robots could mark a pivotal moment in the intersection of robotics and energy technology. Looking ahead, industry stakeholders should monitor advancements in battery technology and its integration into robotic systems. The collaboration between technology firms and robotics companies will be essential in realizing this vision. No further timeline was disclosed at the time of publication.
Robotics Automation AI
RobotToday Weekly September 28 – October 2, 2026
AMD buys World Labs for $8.2 billion, Tesla lines up $30 billion in credit, Boston Dynamics reveals a new Atlas hand, Figure melts its F.02 fleet, and IDC counts 25,000 humanoids shipped in H1.
IROS 2026 Closing Briefing — Pittsburgh, Sep 27–Oct 1
IROS 2026 closes in Pittsburgh with 1,900+ papers and 186 exhibitor listings. Humanoids, dexterous hands, tactile sensing and robot data led the show.
PTC Onshape at IMTS 2026: AI That Writes Its Own CAD Tools
PTC's Darren Henry shows Onshape's FeatureScript MCP Server turning a supplier PDF into a parametric CAD tool in 34 minutes, and what it means for robots.
RobotToday Weekly September 21 – 25, 2026
Cognex buys RealSense, Qualcomm acquires PickNik, the IFR counts 5 million factory robots, AGIBOT deploys 300 robots at Chimelong, and Tekever raises $580 million.
RobotToday Weekly September 14 – 18, 2026
Toyota weighs 400,000 factory robots, SoftBank buys Hyundai's Robotics and AI Institute, Agility unveils Digit 5, Figure's Helix 2.5 generalises to 30 homes, and August robotics funding hits $4.87 billion.
