White Paper Contributor & Keynote Speaker | CookooAI Technology Attends 5G Remote Driving Innovation
| 2026-07-25 08:34:06| 0
On July 24, the 5G Remote Driving Innovation Seminar concluded successfully in Suzhou. CookooAI Technology was invited to participate and, as a key contributing organization, helped launch the *White Paper on 5G Remote Driving Application Scenarios*. At t
On July 24, the 5G Remote Driving Innovation Seminar was successfully held in Suzhou High-Speed Railway New City. Bringing together enterprises from across the industry chain, the event facilitated in-depth discussions on the practical implementation of 5G remote driving technology and the commercialization of application scenarios, with the aim of jointly advancing the development of the remote driving industry ecosystem.. CookooAI Technology was invited to attend this significant event.
At the event, the *White Paper on Innovative Applications of 5G Remote Driving* was officially released. By consolidating practical experience from across the entire industry chain and systematically summarizing the outcomes of diverse commercial deployments, the white paper serves as a vital reference for the standardized development of the sector. As a key contributor to the white paper, CookooAI incorporated its extensive project implementation experience and full-stack technical expertise into the document, thereby fostering industry-wide collaboration and shared progress.
During the keynote session, CookooAI Technology presented a dedicated session on its AutoWheel remote driving product solution.
The CookooAI remote driving solution is an integrated hardware-software system built around a proprietary controller, creating a full-stack architecture that unifies the vehicle, cockpit, and cloud. Featuring proprietary low-latency audio-video algorithms, it achieves end-to-end video latency of less than 150ms. The system supports seamless stitching of 3/4/6-channel surround-view camera feeds and cockpit-based Driver Monitoring Systems (DMS), backed by multi-layered safety control strategies. It is compatible with 4G, 5G, and WiFi6 multi-mode communications and offers an open, standardized SDK to facilitate secondary development. Designed for complex operational environments—such as unmanned sanitation vehicles, smart logistics trucks, heavy machinery in mines and ports, and specialized engineering vehicles—the solution’s technical maturity has been validated through numerous projects.
Leveraging a tripartite core competitive advantage—comprising high-performance computing, the integration of software and hardware algorithms, and mass-production engineering capabilities—alongside the technological first-mover advantage gained from an early entry into the remote driving sector, Bugu Niao Tongchuang remains actively engaged in collaborative industry development. Moving forward, we will continue to join forces with partners across the industry chain to refine our full-stack remote driving solutions, advance technical standardization and commercial deployment, and drive the high-quality development of the 5G remote driving industry.
