Forthing’s First Huawei Qiankun Smart System Model to Debut at 2026 Beijing Auto Salon

Forthing’s First Huawei Qiankun Smart System Model to Debut at 2026 Beijing Auto Salon

April 27, 2026

The news from Beijing’s 2026 Auto Show might seem worlds away from the streets of Austin, Texas, but the ripple effects of Huawei and Dongfeng’s new Yijing brand debut are already sparking conversations in local EV meetups and tech forums across the city. When a Chinese state-owned automaker and a global tech giant unveil a vehicle equipped with Qiankun smart driving and HarmonySpace cockpit technologies, it’s not just a product launch—it’s a signal about where automotive intelligence is headed, and Austin’s innovation ecosystem is paying close attention.

According to verified reports from CnEVPost, the Yijing brand—born from the “DH Project” between Dongfeng Motor and Huawei—will launch its first model at the Beijing auto show in April 2026, with plans to release one new model annually. This follows a strategic cooperation agreement signed in Shenzhen in January 2025 and later expanded in Wuhan to include Huawei’s Qiankun intelligent driving suite and HarmonySpace cockpit system. The announcement also noted that GAC and Huawei’s Qijing brand will debut its inaugural model at the same event, underscoring Huawei’s deepening role as a technology supplier across multiple Chinese automotive joint ventures.

For Austin residents, this development resonates beyond automotive curiosity. The city has long positioned itself as a hub for mobility innovation, home to the University of Texas at Austin’s Center for Transportation Research, the Texas Department of Transportation’s (TxDOT) Central Texas Turnpike System testing initiatives, and major semiconductor manufacturers like Samsung Austin Semiconductor, which supplies chips critical to advanced driver-assistance systems (ADAS). When Huawei integrates its Qiankun platform—which combines lidar, radar, and camera fusion with AI-driven decision-making—into mass-market vehicles, it raises questions about how local infrastructure, regulatory frameworks, and technician training must evolve to support higher levels of vehicle autonomy.

Consider the implications for daily commuters along I-35 or MoPac Expressway. If vehicles equipped with Qiankun’s navigation-on-pilot (NOP) capabilities grow common, they could interact differently with TxDOT’s managed lanes, dynamic tolling systems, and construction zones. Meanwhile, the HarmonySpace cockpit—designed for seamless over-the-air (OTA) updates and cross-device integration—may increase demand for cybersecurity awareness among Austin drivers, especially as vehicles become nodes in broader IoT networks. Local groups like the Austin Technology Council and the Greater Austin-San Antonio Corridor Council have already begun discussing how connected vehicle technologies impact urban planning and data privacy.

There’s also a workforce dimension. As more vehicles ship with Huawei-developed smart cockpit and driving systems, Austin’s community colleges—such as Austin Community College’s Advanced Manufacturing Program—and vocational training centers may see increased interest in courses covering automotive software diagnostics, embedded systems, and EV battery management. This mirrors trends seen in Detroit and Stuttgart, where traditional mechanical skills are increasingly complemented by software literacy.

Given my background in technology journalism and trend analysis, if this shift toward software-defined vehicles impacts you in Austin, here are the three types of local professionals you’ll want to consult:

  • Automotive Technology Specialists: Appear for technicians certified in EV systems and ADAS calibration who stay current with OTA update protocols and have experience diagnosing sensor fusion issues in lidar/radar-equipped vehicles. Prioritize shops that invest in ongoing training from manufacturers or third-party providers like Bosch or Snap-on.
  • Mobility Policy Analysts: Seek professionals affiliated with UT Austin’s Urban Information Lab or the Texas A&M Transportation Institute who understand how state-level legislation (like Texas Transportation Code Chapter 545) interacts with emerging autonomous features. They should be able to advise fleet managers or suburban HOAs on liability and data governance.
  • Connected Vehicle Cybersecurity Consultants: Focus on experts with certifications such as ISO/SAE 21434 or AUTOSAR cybersecurity training who have conducted penetration testing on IVI (in-vehicle infotainment) systems. They should understand CAN bus vulnerabilities and be familiar with NIST frameworks applied to automotive environments.

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