AiMOGA to Showcase Its Smart Robots in China
Jakarta (ANTARA) — China-based artificial intelligence (AI) robotics company AiMOGA will showcase a range of its smart robotics technologies at the Chery International User Summit 2026 in Wuhu, China, from 19 to 23 October.
AiMOGA Indonesia Director Yuri Yin said the company would present Argos, a quadruped robot; Mornine, a humanoid robot; an Intelligent Security Robot; a Robotics Nurse; and brain-computer interface (BCI) technology that enables a wheelchair to be controlled using brain signals.
“Through the synergy between automotive technology and robotics, we continue to explore solutions that prioritise efficiency, safety and reliability, while supporting collaboration between people and technology,” Yuri said in an official statement on Monday.
The company, which has a strategic partnership with Chery, will also use the event to introduce its latest products as part of a programme themed “Car-Robot in Synergy, Scenarios in Energy”.
Yuri said the integration of automotive technology and robotics was intended to develop solutions that prioritise efficiency, safety and reliability, while fostering collaboration between people and technology.
Among the products on display, Argos uses environmental perception, mobility and motion-control capabilities to operate in physical environments. Mornine combines AI with multimodal perception to support human-robot interaction.
AiMOGA is also developing security and nursing robots for public-service and healthcare needs. Its BCI technology allows users to control a wheelchair using brain signals.
The development of these technologies is supported by Chery Group’s research ecosystem, including a global research and development (R&D) network and AiMOGA’s 31 in-house R&D laboratories.
Drawing on automotive engineering, AiMOGA is developing robots’ ability to recognise their surroundings, understand users’ needs, and move and interact according to their respective functions.
The company’s participation in the summit reflects its efforts to expand the application of robotics across various fields. It sees robots as technology that supports the performance of tasks, while people retain responsibility for decision-making and interaction.