We had a truly enriching experience working alongside the dedicated engineering team from Siemens, especially under the leadership of Isabel Chong and her team. Their expertise and commitment have been instrumental in pushing the boundaries of what robotic inspection can achieve.

Through this collaboration, we’ve successfully integrated an industrial-grade inspection solution that combines three layers of excellence:
- The durable B2 quadruped robot from Unitree Robotics
- System-level capabilities in navigation, teleoperation, and edge AI from Weston Robot
- Application-level integration powered by Siemens SCADA
As the more straightforward opportunities in industrial inspection have already been addressed, tackling the remaining challenges now demands cross-disciplinary innovation and system-level integration. This project exemplifies how combining hardware robustness, software intelligence, and industrial automation expertise can deliver transformative solutions for the industry.

If you’re exploring advanced robotic inspection solutions, we invite you to connect with the Siemens team at ARTC (A*STAR – Agency for Science, Technology and Research), where you can see this collaborative solution in action.

06-23The FDA-approved PHOENIX Medical Exoskeleton is the world's lightest and most advanced exoskeleton designed to help people with mobility disorders to be upright and mobile. In the clinic, at home, and in the workplace Phoenix has successfully enabled many individuals to stand up, walk about, and speak to peers eye-to-eye.
12-25Autonomous Mobile Robots for Outdoor Delivery by Singapore Polytechnic
Students and researchers from Singapore Polytechnic developed outdoor delivery robot by collaborating with Weston Robot's engineers team using RTK/GPS navigation. he AMRs are able to collect and deliver items, based on request, from one building to another. They are able to navigate around on their own, avoiding obstacles, and returning to their source if any unexpected situation arises.
07-28Weston Robot Delivered Ackerman-Driven Autonomous Robot to NTU
To develop autonomous driving related algorithms with a real car is very expensive and requiring large spaces and tracks. However, Ackerman-drive robot, which mimics the behaviour of a car is superiors in many aspects. Autonomous driving research team in Nanyang Technological University (NTU), Singapore, adopts the Ackerman-drive robot from Weston Robot to conduct their advanced research.
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