Gasgoo Munich-Voyager Technology has secured the second prize in the Ministry of Education's Excellent Scientific Research Achievement Award (Engineering Technology Research Achievement) for its project on key technologies and applications of mobile robot navigation control with fused vision in complex environments. Rigorously evaluated within the academic and research community, the award underscores the company's solid foundation in engineering R&D.
Image Source: Voyager Technology
Addressing the demand for high-precision navigation and control in dynamic, complex settings, the project leverages deep optimization of multi-sensor fusion and visual perception algorithms. This boosts system performance in real-time localization, environmental understanding, and path planning. The technology is already embedded in Inker's VT-Pilot® driver assistance system, VT-Cockpit® smart cockpit, and VT-Camera smart perception series, providing the underlying technical backbone for its three core business pillars: ground, low-altitude, and operational applications.
From a technological standpoint, Inker is demonstrating its capacity to transfer capabilities across scenarios. Its vision-centric perception and planning solutions are expanding beyond intelligent vehicles into smart mobility, low-altitude aircraft, and industrial automation, forming reusable, scalable solutions for a full range of intelligent scenarios.
"Technological innovation is the core of Inker's development," said Chen Yinren, founder and CEO of Voyager Technology. "We continue to focus on technical directions that align with national strategy and socio-economic needs, driving the deployment of high-value solutions through industry-academia collaboration. This award recognizes our team's R&D achievements and will inspire us to deepen our exploration in multi-scenario intelligent technology, supporting the industry's upgrade."
The award further cements Voyager Technology's reputation in intelligent perception and navigation control, adding an authoritative endorsement to its business expansion at the intersection of intelligent vehicles and robotics.
