GM is enhancing the driving experience by bringing more than 200 new Google Play apps and expanded passenger entertainment to compatible Chevrolet, GMC, Cadillac and Buick vehicles.

The GM Google Built-In ecosystem continues to grow as General Motors expands its connected vehicle experience with more than 200 new applications available through Google Play. The latest software enhancements bring additional entertainment, productivity and streaming options to compatible vehicles equipped with Google’s integrated operating system.

The update is designed to improve long road trips and everyday driving by offering more content for both drivers and passengers while taking advantage of the increasingly digital interiors found across GM’s newest vehicles.

GM Google Built-In expands in-vehicle entertainment

The latest update significantly increases the number of applications available directly through the vehicle’s infotainment system.

Drivers can access a broader selection of streaming services, games, music, podcasts and interactive apps while the vehicle is parked, creating an experience similar to using a tablet or smart TV directly from the dashboard.

Google Play integration continues to evolve as additional vehicle-compatible applications become available through future software updates.

GM continues expanding Google Built-In with hundreds of new in-vehicle applications.

More entertainment options for passengers

Passengers also benefit from the latest improvements, particularly in GM’s premium SUV lineup.

Vehicles equipped with front and rear passenger displays can access an expanded library of entertainment services, allowing occupants to enjoy movies, television shows, music, podcasts and other digital content during long trips.

Individual screens provide a more personalized experience, allowing multiple passengers to enjoy different content simultaneously without interrupting the driver.

Connected technology continues evolving

General Motors has placed connected services at the center of its latest vehicle strategy.

Over-the-air software updates allow compatible vehicles to receive new features without requiring dealership visits, helping infotainment systems remain current throughout ownership.

This approach enables GM to continuously introduce new applications, improve system performance and expand digital functionality over time.

Software updates continue adding new features to GM’s connected vehicle platform.

Multiple GM brands benefit from the update

The expanded Google Built-In experience reaches several vehicles across the General Motors portfolio.

Compatible models from Chevrolet, GMC, Cadillac and Buick equipped with the latest software can access the growing catalog of vehicle-optimized applications, while premium SUVs equipped with dedicated passenger displays receive additional entertainment functionality.

This broader rollout demonstrates GM’s commitment to creating a consistent digital experience across multiple brands and vehicle segments.

Chevrolet, GMC, Cadillac and Buick models receive expanded digital capabilities.

GM Google Built-In strengthens the connected driving experience

As customer expectations continue shifting toward software-defined vehicles, General Motors is investing heavily in connected technology that extends well beyond navigation and smartphone integration.

The expansion of Google Play applications reflects a growing emphasis on making the vehicle a digital environment capable of supporting entertainment, productivity and convenience throughout ownership.

GM continues investing in connected technology across its vehicle lineup.

GM Google Built-In continues expanding digital innovation

The latest expansion of GM Google Built-In reinforces General Motors’ commitment to connected technology and in-vehicle entertainment. By introducing hundreds of new applications and expanding passenger experiences across multiple brands, GM continues transforming its vehicles into increasingly capable digital platforms for drivers and passengers alike.

The BMW Innovation Campaign showcases the latest intelligent technologies arriving in the BMW iX3 and BMW i7, combining artificial intelligence, advanced driver assistance and next-generation digital experiences.

The BMW Innovation Campaign has entered a new phase with a series of creative videos designed to demonstrate the brand’s latest intelligent technologies. Rather than focusing solely on technical specifications, BMW uses entertaining everyday situations to highlight how advanced digital systems can simplify driving, improve comfort and enhance the overall ownership experience.

The campaign introduces several innovations that will debut in the new BMW iX3 while also highlighting premium digital features available in the BMW i7.

The BMW Innovation Campaign highlights the latest intelligent technologies arriving in the BMW iX3.

BMW Innovation Campaign introduces Symbiotic Drive

One of the biggest highlights of the BMW Innovation Campaign is the debut of BMW Symbiotic Drive, a next-generation driver assistance system developed to create a more natural interaction between the driver and the vehicle.

Unlike conventional assistance systems, Symbiotic Drive allows the driver to remain actively involved while advanced technologies support steering, acceleration and braking. This collaborative approach improves driving confidence while maintaining direct driver control whenever needed.

The new technology works alongside the BMW Panoramic iDrive interface, providing clear visual information and intuitive operation throughout every journey.

BMW Innovation Campaign expands AI-powered voice technology

Artificial intelligence plays a central role in the BMW Innovation Campaign through the latest version of the BMW Intelligent Personal Assistant.

The upgraded system delivers more natural voice interactions while allowing drivers to control vehicle functions through conversational commands. Enhanced AI capabilities also improve navigation, information retrieval and personalized assistance inside the cabin.

This evolution reflects BMW’s continued investment in digital ecosystems designed to simplify everyday driving.

BMW’s latest Intelligent Personal Assistant expands voice interaction through advanced AI technology.

BMW Innovation Campaign showcases faster charging and digital entertainment

Electrification remains another major focus of the BMW Innovation Campaign.

The new BMW iX3 supports charging speeds of up to 400 kW, allowing drivers to recover significant driving range during short charging stops. Faster charging reduces waiting times and improves convenience for long-distance travel.

BMW also continues expanding its digital entertainment offerings. The BMW i7 features a 14.6-inch Passenger Screen, giving front passengers access to multimedia content while enhancing the luxury travel experience.

BMW Innovation Campaign reflects BMW’s digital future

The latest BMW Innovation Campaign demonstrates how software, artificial intelligence and connected technologies are becoming central elements of BMW’s future vehicle strategy.

Rather than introducing isolated features, BMW is creating an integrated digital ecosystem where intelligent assistance, connectivity and electrification work together to improve every aspect of the driving experience.

These innovations will continue playing a key role as the Neue Klasse generation expands across the brand’s future lineup.

The BMW iX3 introduces several next-generation technologies developed for the Neue Klasse platform.

BMW Innovation Campaign reinforces the Neue Klasse vision

The BMW Innovation Campaign also highlights the importance of the Neue Klasse platform in shaping BMW’s next generation of electric vehicles. New digital interfaces, intelligent driver assistance systems and faster charging technologies represent key pillars of this strategy.

As future BMW models adopt these innovations, customers can expect vehicles that combine electrification, artificial intelligence and intuitive user experiences in a more connected driving environment.

BMW continues expanding intelligent digital technologies across its next generation of electric vehicles.

BMW Innovation Campaign marks the next step in connected mobility

The BMW Innovation Campaign illustrates how the company’s latest technologies extend beyond traditional performance improvements. Intelligent assistance, AI-powered interaction, faster charging and advanced digital features are redefining everyday mobility.

With the BMW iX3 and BMW i7 leading this evolution, BMW continues building a future where connected technologies enhance convenience, efficiency and the overall driving experience.

Stellantis, Wayve and Uber have launched a new global robotaxi partnership that aims to bring Level 4 autonomous ride-hailing services to more cities by combining vehicle platforms, AI driving software and Uber’s mobility network.

The global robotaxi race has a new heavyweight alliance. Stellantis, Wayve and Uber have announced a new partnership to explore the development and deployment of Level 4 autonomous mobility services at global scale, creating one of the clearest signs yet that the next phase of robotaxi growth will be built around ecosystems rather than standalone players. In practical terms, the three companies want to combine Stellantis’ L4-Ready vehicle platforms, Wayve’s AI driving technology and Uber’s global ride-hailing marketplace to create a more scalable path toward commercial autonomous transportation.

That makes this much more than another generic partnership announcement. The Stellantis Wayve Uber robotaxis deal is designed around a very specific goal: taking the three most important pieces of a future robotaxi business—vehicle hardware, self-driving software and rider demand—and aligning them under one framework. Stellantis will handle the vehicle side, Wayve will provide the autonomous driving stack, and Uber will become the customer-facing platform through which those driverless rides are eventually deployed. According to the three companies, the plan is to work toward safe, reliable and scalable autonomous mobility services in Europe, North America and beyond.

The timing of the announcement matters too. Autonomous mobility is entering a new phase in 2026, one that is less about flashy prototypes and more about figuring out how to actually commercialize robotaxi services across multiple cities and regions. That is exactly the space this partnership is trying to address. Instead of treating robotaxis as a one-company moonshot, Stellantis, Wayve and Uber are effectively arguing that the fastest route to scale is to build around a shared platform model, where each partner focuses on the part of the value chain it understands best.

Why the Stellantis Wayve Uber robotaxis partnership matters

The reason this story has weight is simple: it brings together three very different but highly complementary businesses at a moment when the robotaxi market is shifting from experimentation toward real deployment planning.

Stellantis contributes the industrial side of the equation. The company says it will design, engineer and manufacture vehicles based on its L4-Ready Platforms, architectures specifically intended to support high-utilization autonomous operations. Those vehicles are expected to include the embedded sensor suites, redundancy and engineering requirements needed for driverless commercial service, not just experimental testing. That is a crucial distinction because robotaxi services cannot scale with one-off prototypes forever. They need vehicles that are engineered from the beginning for repeatable, high-mileage, fleet-based use.

Wayve brings the software brain. Its role in the partnership is to supply the AI Driver that will power the autonomous operation of these vehicles. Wayve’s pitch is especially important here because the company has been building its reputation around an end-to-end AI driving approach that is designed to work across different environments without relying on the traditional city-by-city mapping burden that has slowed down some autonomous driving programs. In theory, that gives the Stellantis Wayve Uber robotaxis strategy a more flexible foundation for expansion across multiple cities and regions.

Uber, meanwhile, provides the piece many AV companies still lack: a global, already-established mobility marketplace. It is one thing to build a self-driving vehicle. It is another to connect that vehicle to millions of riders, dispatch trips, manage the app experience and scale operations in a way that actually creates a business. Uber’s role is to deploy those autonomous vehicles on its mobility network and connect customers to robotaxi trips through the same platform they already use for ride-hailing today. That could be one of the most important parts of the entire deal.

tellantis, Wayve and Uber are joining forces to build a global robotaxi ecosystem that combines autonomous-ready vehicles, AI driving software and a large-scale ride-hailing platform.

Stellantis wants its L4-Ready Platforms to become the backbone of future robotaxi fleets

From Stellantis’ point of view, the partnership is another major step in a broader software and autonomy strategy that has been accelerating in 2026. The automaker is clearly trying to position itself not just as a manufacturer of cars, vans and SUVs, but as a provider of autonomous-ready mobility hardware that can be used by multiple software and service partners.

That is where the company’s L4-Ready Platforms become central. Stellantis says these platforms are engineered specifically for high-utilization autonomous operations, with the safety architecture, redundancy and integration potential required for driverless services. In other words, the vehicle itself is being treated as a dedicated autonomous mobility asset, not just a regular passenger vehicle with extra sensors bolted on later.

That distinction matters because the economics of robotaxis are going to depend heavily on how efficiently these vehicles can be built, maintained and operated at scale. If Stellantis can turn its L4-Ready architecture into a true industrial backbone for future AV fleets, it could carve out a meaningful role in the autonomous mobility market even if the end user never thinks of Stellantis first when booking a robotaxi ride. In that scenario, the company would be supplying the physical platform that enables the whole service to exist.

Wayve gives the partnership a map-light AI angle

Wayve’s presence in the deal is what gives the Stellantis Wayve Uber robotaxis announcement its strongest technology angle. The UK-based autonomous driving company has spent years positioning its software around a more flexible, AI-driven approach to self-driving, one that does not depend as heavily on painstakingly pre-mapped cities and rule-based coding as some earlier AV programs did.

According to the companies, Wayve’s AI driving system is designed to allow the vehicle to understand and navigate complex real-world environments fully autonomously, while adapting across different regions and road conditions without requiring a city-by-city re-engineering effort. If that claim holds up in deployment, it would be one of the most valuable ingredients in the whole partnership.

Why? Because scale is the hardest part of the robotaxi business. A service that works beautifully in one carefully mapped downtown zone is not necessarily a service that can be rolled out profitably across ten, twenty or fifty cities. The more adaptable the software is, the easier it becomes to spread autonomous operations into new markets. That is the exact problem Wayve is trying to solve, and it is a big reason why Uber and Stellantis would want the company involved.

Uber gives the robotaxi strategy a direct path to real customers

A lot of autonomous mobility projects still suffer from the same structural problem: they may have vehicles and software, but they do not have a natural way to put paying riders inside those vehicles at scale. Uber solves that problem immediately.

Within the new partnership, Uber’s role is not just symbolic. The company will be the mobility platform through which these autonomous vehicles are eventually deployed to riders, integrating robotaxi trips into Uber’s global marketplace. That matters because it turns the partnership from a technical collaboration into something much closer to a potential business model.

Uber has spent the last few years moving away from the idea that it needs to build every piece of autonomous technology itself. Instead, it has increasingly positioned itself as the commercial layer that can connect multiple AV partners to customers. That makes strategic sense. Uber already has the app, the rider base, the dispatch logic, the market presence and the brand familiarity. If robotaxis become a mainstream part of urban mobility, Uber wants to be the place where people book them—regardless of who built the vehicle or wrote the driving software.

That is exactly what the Stellantis Wayve Uber robotaxis deal reinforces. It suggests that Uber’s future in autonomous mobility may be less about inventing the car and more about owning the marketplace through which autonomous trips are consumed.

The new partnership is built around three complementary pieces: Stellantis’ L4-Ready vehicle platforms, Wayve’s AI driving software and Uber’s global mobility network.

This robotaxi deal builds on earlier Stellantis, Wayve and Uber ties

Another reason the announcement matters is that it does not come out of nowhere. The new agreement builds on existing relationships between the companies, which makes it feel more like the next phase of a broader strategy than a one-off headline.

Stellantis and Wayve had already announced a recent L2++ collaboration, while Wayve and Uber were already working together on plans to deploy autonomous rides in London, Tokyo and ten other cities starting this year. That context is important because it shows the robotaxi partnership is not being assembled from scratch. There is already a foundation of technical and commercial cooperation in place, and this new agreement is effectively designed to widen that foundation into a more ambitious global deployment framework.

That also explains why the companies are comfortable talking about global scale rather than limiting the language to a narrow pilot program. There is still a long way to go before this becomes a fully commercialized worldwide robotaxi network, but the announcement suggests that all three players see enough alignment in their strategies to move beyond isolated tests and into something more structured.

The bigger goal is clear: move robotaxis from pilot projects to scalable mobility services

The most interesting part of the story is not the press-release language itself. It is the broader implication behind it. The Stellantis Wayve Uber robotaxis deal is really about one question: how do you turn autonomous driving from a promising technology into a scalable transportation service?

That question has haunted the AV industry for years. Plenty of companies have demonstrated autonomous driving in controlled settings. Fewer have shown they can scale it economically, across multiple geographies, with the operational reliability and customer experience required for a real transportation business. This partnership is one of the clearest recent attempts to answer that challenge with an ecosystem approach rather than a siloed one.

Stellantis supplies the physical platform. Wayve supplies the autonomous intelligence. Uber supplies the rider demand and commercial interface. On paper, that is a much cleaner path than expecting one company to dominate every part of the robotaxi stack alone. It also reflects a growing reality in autonomous mobility: the winners may not be the companies with the flashiest demos, but the ones that can build repeatable, integrated, city-ready operating systems for autonomous transport.

What the partnership actually covers right now

It is worth being precise here: the agreement is not the same thing as an immediate robotaxi launch. The companies say the relationship is structured through a non-binding Memorandum of Understanding, which sets the framework for future agreements covering technology development, licensing, production and vehicle procurement. In other words, the commercial shape of the relationship is still being built.

That does not make the announcement unimportant. It just means the current stage is about creating the architecture for deployment, not announcing that fully driverless Stellantis robotaxis are suddenly available tomorrow in every major city. The work ahead includes vehicle integration, testing, validation and the actual deployment planning needed to turn the concept into a real service.

Still, even at this stage, the direction of travel is obvious. The three companies are explicitly saying they want to bring safe, reliable and scalable autonomous mobility services to cities across Europe, North America and beyond. That is a far more ambitious framing than a simple test project, and it is why this announcement deserves attention.

Why the Stellantis Wayve Uber robotaxis move matters right now

There is also a market-timing angle here that makes the story stronger today than it would have been a year or two ago. Autonomous mobility in 2026 is no longer just about proving that the technology can work. The conversation has shifted toward who can commercialize it, who can finance it, and who can distribute it.

That is where this partnership feels smart. Stellantis brings industrial scale. Wayve brings a modern AI-first autonomy stack. Uber brings a customer funnel and an existing global service platform. None of those pieces on its own is enough to guarantee success, but together they form a much more credible commercialization story than a typical “autonomous future” press release.

It also fits the wider strategic direction of the industry. More and more, autonomous mobility appears to be consolidating around specialized partnerships rather than vertically integrated moonshots. Carmakers want software partners. AV developers want production-grade vehicle platforms. Mobility apps want access to autonomous supply without having to become automakers themselves. The Stellantis Wayve Uber robotaxis alliance sits right at the center of that trend.

Uber’s role in the deal is crucial: the company gives the robotaxi project a ready-made commercial platform through which future autonomous rides can be offered to real customers.

Robotaxis are becoming an ecosystem business, and this deal proves it

If there is one takeaway from this announcement, it is that the robotaxi market is increasingly becoming an ecosystem business. That may sound obvious, but it is a major shift in how autonomous mobility is being framed.

For years, many AV stories focused on the self-driving technology alone, as if the hardest part of the future would be teaching a car to drive itself. That remains an enormous technical challenge, of course. But the harder commercial challenge may be everything around it: the vehicle platform, the operational durability, the deployment logistics, the customer acquisition layer, the city-by-city rollout strategy and the regulatory execution.

That is why the Stellantis Wayve Uber robotaxis announcement matters. It recognizes that autonomous mobility is not one problem; it is a stack of interconnected problems. And instead of pretending one company can solve all of them alone, it brings together three specialists with different strengths.

Stellantis, Wayve and Uber are trying to build the next global robotaxi blueprint

Whether this partnership ultimately delivers large-scale commercial robotaxi services remains to be seen. There are still major technical, regulatory and operational hurdles ahead, and the agreement itself is only the beginning of a longer process. But the strategic logic behind it is hard to ignore.Uber’s role in the deal is crucial: the company gives the robotaxi project a ready-made commercial platform through which future autonomous rides can be offered to real customers.

Robotaxis are becoming an ecosystem business, and this deal proves it

If there is one takeaway from this announcement, it is that the robotaxi market is increasingly becoming an ecosystem business. That may sound obvious, but it is a major shift in how autonomous mobility is being framed.

For years, many AV stories focused on the self-driving technology alone, as if the hardest part of the future would be teaching a car to drive itself. That remains an enormous technical challenge, of course. But the harder commercial challenge may be everything around it: the vehicle platform, the operational durability, the deployment logistics, the customer acquisition layer, the city-by-city rollout strategy and the regulatory execution.

That is why the Stellantis Wayve Uber robotaxis announcement matters. It recognizes that autonomous mobility is not one problem; it is a stack of interconnected problems. And instead of pretending one company can solve all of them alone, it brings together three specialists with different strengths.

Stellantis, Wayve and Uber are trying to build the next global robotaxi blueprint

Whether this partnership ultimately delivers large-scale commercial robotaxi services remains to be seen. There are still major technical, regulatory and operational hurdles ahead, and the agreement itself is only the beginning of a longer process. But the strategic logic behind it is hard to ignore.

The Stellantis, Wayve and Uber partnership is designed to push robotaxis beyond isolated pilots and toward a scalable commercial model spanning Europe, North America and other global markets.

If autonomous ride-hailing is going to become a meaningful part of daily transportation in major cities, it will likely require exactly this kind of structure: an automaker capable of building dedicated AV-ready vehicles, a software company capable of adapting self-driving intelligence across multiple markets, and a platform capable of delivering those rides to customers at scale. That is the blueprint Stellantis, Wayve and Uber are now trying to build.

And that is what makes this more than just another corporate alliance. It is one of the clearest recent signs that the robotaxi business is moving out of its prototype era and deeper into the harder, more important question of how autonomous mobility actually becomes a scalable global service.