Insider Insights
Analysis grounded in direct, hands-on experience within the industry, not just headlines.
Tier 1 Perspective
A deeper understanding of the components, technologies, and manufacturing realities that truly drive innovation.
Actionable Intelligence
We connect the dots: What do these shifts mean for your business in Stuttgart or your investments in Detroit?
Meet The Analyst
I’m Jungmo Kim, an analyst and active professional within China’s automotive ecosystem. Currently based in Shanghai, I offer a unique, on-the-ground perspective…
Latest Analysis
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Gestamp’s Q1 2026 Earnings Surge: A Resilient Strategy in a Challenging Global Auto Market
Gestamp’s Q1 2026 earnings surge 81% despite global auto market challenges, highlighting strategic resilience and cost-cutting measures.
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Can Solid-State Batteries Reach 1 RMB/Wh? Gotion High-Tech Reveals the Answer
Gotion High-Tech aims to reduce the cost of solid-state batteries to 1 RMB/Wh, a significant breakthrough that could revolutionize the EV industry. Learn more about the technical and safety advancements.
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u-blox Launches ZED-X20K and ZED-A20K: Revolutionizing ADAS and Safety-Critical GNSS Solutions
u-blox launches ZED-X20K and ZED-A20K, revolutionizing ADAS and safety-critical GNSS solutions. These modules offer high-precision, cost-effective, and flexible solutions for the automotive industry.
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Xpeng’s Full-Stack Robotaxi: A Game-Changer in Autonomous Driving
Xpeng’s first fully self-developed and mass-produced Robotaxi marks a significant shift in the global autonomous driving market, challenging Western OEMs and setting a new standard for the industry.
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Do Hybrids Really Handle Cold Better Than EVs? New Data Reveals Surprising Insights
A recent AAA study reveals that both hybrid and electric vehicles suffer significant efficiency losses in cold weather, challenging the common belief that hybrids are more resilient.
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New Self-Reconfigurable Polarization Sensor Could Revolutionize Autonomous Driving Accuracy
A new self-reconfigurable polarization sensor developed by KAIST researchers could significantly enhance the accuracy of autonomous vehicles, addressing key challenges in current ADAS technology.
