Projects
Compact, capable, and created with learning in mind — the bipedal wheeled robot NavBot-EN01 is a next-generation desktop educational robot designed to spark curiosity and support real-world learning. Tailored for both educators and students, it serves as a powerful tool in modern STEM education, seamlessly blending robotics technology with hands-on teaching needs. Whether in classrooms, workshops, or home labs, it offers a dynamic and engaging way to explore science, engineering, and programming. Its portable, student-friendly format turns theory into practice and ideas into action.
Developing the K1 robot for learning and testing purposes, facilitating developers in familiarizing themselves with the ROS system while also testing AI-related functionalities.
By utilizing robot sensors, the system conducts real-time monitoring 24/7 of indicators, dashboards, digital displays, switches, and other operational statuses of local servers, …
NavBot’s intelligent power grid inspection solution is based on various perception terminals and smart devices, with cloud-based centralized control …
Leveraging existing network communication infrastructure and utilizing intelligent video surveillance systems, data transmission systems, drones, outdoor …
NavBot’s Smart Power Plant/Mine Inspection Solution integrates with the coal conveying control system through the joint inspection platform for power plants/mines. …
remote visual inspection of workshops, real-time dynamic video display of production processes, production line inspection data reports.…
Wall-mounted rail-type highway tunnel operation safety monitoring robot, which can utilize AI artificial intelligence to achieve five functions: real-time …
D1 integrates multiple artificial intelligence technologies such as AI deep learning, autonomous navigation, visual recognition, …
K1 is South Newport’s flagship product aimed at the ROS education entry-level scene, integrating South Newport’s chassis technology…
Equipped with brushless DC motors, reducers, and solid rubber tires, this robot adopts a four-wheel …
T1 utilizes advanced technologies such as AI deep learning, visual recognition, infrared identification, .…