SpaceX and Tesla are advancing merger negotiations that could create a US$3.4 trillion conglomerate spanning electric vehicles, aerospace, and artificial intelligence, potentially setting a record for global dealmaking. An announcement could come as early as December 2026, although regulatory hurdles and the companies' competing interests in China and US defense remain significant obstacles.

Tesla CEO Elon Musk said that the company will add an extra production shift for its Cybertrucks to meet order backlogs before it stops manufacturing them. The vehicles —iconic to some and infamous to others— are being phased out after years of sales far below expectations as the company pivots toward robotics and AI.

Tesla's Cybertruck, once hailed by CEO Elon Musk as the company's "best product," is heading towards discontinuation. Musk recently announced on X that production at Tesla's Texas Gigafactory would be phased out around mid-2027, freeing capacity for the autonomous Cybercab robotaxi.

Automotive electrical/electronic architecture (E/EA) continues to evolve—moving from early distributed control systems to today's mature domain-based architectures, and now ushering in the era of zonal control. However, as AI significantly amplifies attackers' capabilities, automotive cybersecurity is facing renewed scrutiny, with potential vulnerabilities between distinct functional zones emerging as a primary concern.

Global sales of electrified vehicles, including hybrid electric vehicles (HEVs), are forecast to rise 11.9% to more than 36 million units in 2026, even as overall vehicle sales decline 1.4%, reflecting the accelerating shift toward electrification. Electrified vehicles are expected to account for more than 35% of global new-vehicle sales, while China's BYD is poised to enter the world's top five automakers for the first time, according to Richard Hsieh, senior research manager at the Industry, Science and Technology International Strategy Center of Taiwan's government-funded Industrial Technology Research Institute (ITRI).

From the spectacular flying demonstration of its next-generation Roadster to the prospect of a merger with SpaceX, Tesla appears to be approaching a historic strategic turning point.

Honda Motor plans to achieve Level 4 autonomous driving around 2027 and replace high-definition maps with AI technology around 2030, enabling Level 4 vehicles to navigate the narrow roads and mountain routes common in Asia, said Yuji Yasui, a fellow at Honda R&D, at Hon Hai Tech Day 2026 (HHTD26).

Foxconn Technology Group Chief Strategy Officer Jun Seki unveiled three new electric vehicles (EVs) at Hon Hai Tech Day 2026 (HHTD 26): the Model A+, an SUV derived from the Model A platform; the Model K, a light-duty truck built on a new compact platform; and the Model K+, a small SUV based on the Model K.

Foxconn Technology Day (HHTD) is set to take place at the Taipei Nangang Exhibition Center on October 30, with "Accelerating Intelligence" as its theme for 2026. While AI infrastructure and smart manufacturing will feature prominently, battery electric vehicles (BEVs) remain a major focus of industry attention.

Samsung Electronics subsidiary Harman International has expanded its manufacturing operations in Suzhou, China, to produce automotive computing platforms and advanced driver assistance systems (ADAS), with production scheduled to begin in 2027.

Elon Musk recently confirmed the possibility of a merger between SpaceX and Tesla, signaling an ambition to redefine competition in the AI era beyond individual products and technological advantages toward integration across the entire industrial value chain, encompassing semiconductors, energy, computing, communications, and autonomous systems.

South Korean autonomous delivery company NT1 plans to begin assembling Chinese-designed delivery vans locally in 2027, gradually adding Korean-made components as it seeks approval to operate the vehicles on public roads.

South Korean vehicle engineering company KAR plans to develop a monitoring system for the electronic controls it installs in autonomous vehicles, seeking recurring maintenance revenue as the country expands robotaxi trials.

Since Elon Musk publicly confirmed that Tesla and SpaceX are evaluating a potential merger, the prospect has stirred widespread speculation over what could become the largest corporate transaction in history—and whether combining two of Musk's biggest technology platforms would actually create value beyond the sprawling ecosystem they already share.

Level 3 (L3) autonomous driving penetration in China is forecast to exceed 35% by 2030, supported by falling sensor costs, advances in AI models, and tighter safety regulations. The forecast comes as the country expands autonomous driving trials and prepares for wider commercial deployment.

Tesla's move into early production of its Optimus humanoid robot has exposed an unusual challenge in scaling embodied artificial intelligence (AI): the company may need to manufacture thousands of robots before it can generate enough training experience to make them commercially useful.

Tesla's Robotaxi expansion is entering a new phase as the company increases unsupervised autonomous mileage, deploys its purpose-built Cybercab and works to expand fleet operations. The challenge now is translating those advances into a commercial transportation service capable of operating across more cities while managing vehicle production and operating costs.

Tesla has unveiled its Roadster 2 rocket-powered sports car, but the significance extends beyond the performance specifications of a single vehicle. The unveiling highlights how CEO Elon Musk is building an interconnected ecosystem across his businesses, enabling technologies to be combined, shared, and reinforced across different industries.

Toyota plans to transition its entire lineup of approximately 50 vehicle models to software-defined vehicles (SDVs) by 2030, equipping them with advanced software capabilities that allow owners to upgrade vehicle functions through over-the-air (OTA) updates after purchase.

Chinese EV giant and AI mobility manufacturer XPeng has made a major appearance at the Paris Automotive Summit by bringing not just its automotive expertise into the European collaborative space, but a broader technology stack built on the automaker's existing strengths in EV manufacturing and humanoid robotics.

Volvo Cars and Nvidia are expanding their partnership to develop automated-driving technology for future Volvo vehicles, with potential implications for drivers worldwide. The system is designed to handle highways, urban streets, and parking while gradually introducing eyes-off and mind-off driving, combining Volvo's safety expertise with Nvidia's sensors, computing, and software.

Japan's automakers are presenting autonomous-driving systems that connect vehicles with road infrastructure as a route toward deployment, highlighting a strategic choice beyond vehicle-only artificial intelligence. At Japan Mobility Show Bizweek 2026, Nissan, Subaru, and Toyota are demonstrating technologies that combine onboard systems, cloud data, sensors, and communications to improve safety.

China-based automakers are mounting an aggressive push into Europe, enjoying rapid early momentum. However, supply chain analysts note that the ultra-fast development model perfected in their domestic market cannot be seamlessly replicated in Europe. Currently, at least three hidden barriers test their cross-border adaptability.

As plans for the Terafab project begin to take shape, the emergence of a scaled chipmaking initiative increasingly reflects Elon Musk's broader ambition to push vertical AI integration across his expanding industrial stack.

As the push toward smarter vehicle systems and full electrification intensifies alongside China's strengthening position in the EV market, these trends are increasingly prompting overseas automakers to enter a new phase of operational restructuring.