Tag: cars

Featured Article : New EU Cars Must Now Watch The Driver

Posted on by Paul Stradling

From 7 July 2026, every newly manufactured passenger car and van sold in the European Union must include a new generation of advanced safety systems, including technology that monitors whether drivers are paying attention to the road, marking another significant step towards vehicles that actively watch over both their occupants and everyone around them.

The Next Stage Of Smarter Vehicle Safety

The changes form part of the second phase of the EU’s General Safety Regulation, which has gradually introduced advanced driver assistance systems as mandatory equipment rather than optional extras.

The first phase, which took effect in 2024, introduced technologies such as intelligent speed assistance, lane-keeping systems, reversing detection and driver drowsiness warnings.

This latest phase goes further by requiring all newly manufactured passenger cars and vans to include advanced emergency braking capable of detecting pedestrians and cyclists, a driver distraction warning system, improved forward vision, new tyre performance tests and a larger area of safety glass designed to offer greater protection for pedestrians.

The European Commission says these new requirements are intended to make “safer cars, safer roads” while helping protect “pedestrians and cyclists, address crashes caused by driver distraction, and encourage widespread adoption of advanced driver-assistance systems.”

The Camera Watching The Driver

Perhaps the most talked-about feature is the new driver distraction warning system.

Unlike traditional driver assistance features that monitor the road ahead, this system uses a cabin-facing camera to observe the driver’s head position and gaze direction. If it determines that the driver’s attention has wandered away from the road for too long, it provides a warning encouraging them to refocus.

The technology is designed to reduce one of the biggest causes of road accidents, namely driver distraction.

Importantly, this is not an autonomous driving system. The driver remains fully responsible for controlling the vehicle at all times. Instead, the technology acts as another safety aid, much like automatic emergency braking or lane departure warnings.

Even so, the requirement has generated debate among privacy campaigners, who question the increasing use of cameras inside vehicle cabins, even where the systems are designed to analyse attention in real time rather than permanently record drivers.

Building Towards More Automated Vehicles

Although the regulation is focused on improving safety rather than introducing self-driving cars, it also reflects a much broader change taking place across the automotive industry.

Modern vehicles increasingly rely on cameras, radar, sensors and powerful onboard computers to assist drivers with everyday tasks. As more of this technology becomes mandatory, every new vehicle effectively gains much of the hardware needed to support increasingly advanced driving functions in the future.

Although the distinction is important, it’s worth noting that these are still driver assistance systems rather than autonomous vehicles. That means they’re really just designed to support a human driver, who remains responsible for the vehicle, rather than making driving decisions independently.

However, the same sensors and processing power that help detect pedestrians or monitor driver attention today are likely to form part of the foundation for more advanced automated driving capabilities tomorrow.

Part Of Vision Zero

The regulation forms part of the European Union’s long-term Vision Zero strategy, which aims to reduce road deaths and serious injuries to as close to zero as possible by 2050.

While European roads are already among the safest in the world, thousands of people continue to die or suffer serious injuries every year in road accidents.

The European Commission believes expanding the use of advanced safety technology across every new vehicle will make a significant contribution towards reducing those numbers.

As the Commission explains: “Manufacturers were given more time to develop these more technically demanding features, which is why the legislation was rolled out in multiple phases.”

What Does This Mean For Your Business?

For businesses operating company cars or commercial vehicle fleets, these technologies will increasingly become standard equipment rather than expensive optional extras.

Over time, that could help reduce accidents involving distracted driving while improving protection for pedestrians and cyclists, potentially lowering repair costs, insurance claims and vehicle downtime.

The wider significance extends beyond road safety. The regulation demonstrates how software, cameras and artificial intelligence are becoming fundamental components of modern vehicles rather than premium add-ons. Cars are steadily evolving into sophisticated computing platforms that continuously monitor both their surroundings and, increasingly, the behaviour of their drivers.

For organisations purchasing vehicles over the coming years, the conversation is therefore likely to become less about choosing advanced safety technology and more about understanding how increasingly intelligent vehicles fit within wider policies covering driver training, fleet management, privacy and data governance. The move towards smarter vehicles is no longer optional and is becoming the new baseline for road transport across Europe.

Company Check : Tesla Repositions Its Future Around Robots Rather Than Cars

Posted on by Paul Stradling

Tesla confirmed it was winding down parts of its car business as Elon Musk publicly repositioned the company around humanoid robots, artificial intelligence and autonomy rather than electric vehicles alone.

Tesla Drops Model S And X As Focus Shifts Beyond Cars

Tesla has said it will end production of the Model S and Model X and repurpose the manufacturing space at its Fremont, California plant to build its Optimus humanoid robots, marking the clearest signal yet that the company’s future strategy is moving away from premium car models.

Speaking on Tesla’s latest earnings call, Elon Musk said the space currently used to build the two vehicles would be converted into an Optimus production facility, with a long-term ambition of producing up to one million robots a year at the site. He described the change as part of Tesla’s broader shift towards what the company now calls “physical AI”.

The Model S and Model X were once central to Tesla’s rise, helping establish the brand in the early and mid-2010s. In recent years, however, both vehicles had become low-volume products compared with the Model 3 and Model Y, which now account for the majority of Tesla’s car sales.

Tesla said it would continue supporting existing Model S and Model X customers despite the end of production.

Why Tesla’s Core EV Business Came Under Pressure

The strategic change of direction came after a difficult year for Tesla’s automotive business, shaped not only by market conditions but also by growing scrutiny of Elon Musk’s leadership and public profile. The company reported total revenue fell 3 per cent in 2025, its first annual decline in revenue, while vehicle deliveries dropped by about 9 per cent to roughly 1.64 million cars worldwide.

The slowdown was particularly visible at the end of the year, with Tesla saying deliveries fell around 16 per cent year on year in the fourth quarter, reflecting weaker demand, intensifying competition and the impact of reduced government incentives in the United States. Analysts also pointed to rising unease among parts of Tesla’s traditional customer base following Musk’s increasingly high-profile political involvement, which included public support for US President Donald Trump and a senior cost-cutting role in his administration.

During the same period, China-based BYD overtook Tesla as the world’s largest seller of battery electric vehicles by volume, reporting more than 2.25 million BEV sales in 2025, up almost 28 per cent year on year. Chinese manufacturers including BYD, Geely and MG continued to pressure Western carmakers by offering a wider range of lower-priced models, while Tesla faced criticism for a relatively ageing vehicle line-up and a slower pace of major new car launches.

Tesla’s earnings update showed that while automotive revenue weakened, other parts of the business performed more strongly, with energy generation and storage revenue rising about 25 per cent year on year in the fourth quarter and services revenue increasing around 18 per cent, highlighting areas of growth beyond car sales as the company recalibrated its strategy.

How Musk Reframed Tesla’s Future Around Robots

Against that backdrop, Musk has been framing Tesla as an AI and robotics company rather than a car manufacturer. For example, in investor materials, Tesla described 2025 as a pivotal year in its transition from a hardware-led business to one centred on artificial intelligence deployed in the physical world.

Optimus

Optimus, Tesla’s humanoid robot programme first unveiled in 2021, has now become central to that narrative. Tesla said the robot is already performing limited tasks inside its factories, such as sorting objects and handling materials, though it remains far from Musk’s long-term vision of a general-purpose household robot.

In fact, Musk has repeatedly claimed Optimus could eventually perform a wide range of jobs, from factory work to domestic tasks, and has described it as more significant to Tesla’s future than vehicles over time. At the World Economic Forum in January, he said Tesla would probably begin selling humanoid robots to customers by the end of 2027, once safety and reliability reached an acceptable level.

Tesla told investors it plans to reveal a third-generation Optimus design in early 2026, describing it as the first version intended for mass production, with manufacturing expected to begin before the end of that year.

The Financial Stakes Behind The Robot Push

The move towards robotics also carries major financial implications for Tesla and Musk personally. For example, Tesla disclosed it had invested $2bn in Musk’s AI start-up xAI, while also signalling a sharp increase in capital spending, with guidance pointing to more than $20bn of investment in 2026.

That spending is expected to support multiple projects, including Optimus production, robotaxi development, battery manufacturing and AI infrastructure.

It’s worth noting here that Musk’s much publicised record-breaking pay package, approved by shareholders in late 2025, is also closely tied to Tesla delivering new growth drivers beyond car sales. Under the terms of the deal, Musk must significantly increase Tesla’s market value over the next decade, with Optimus and autonomous services positioned as central to that ambition.

Tesla has said its long-term targets include selling up to one million humanoid robots over ten years, a goal Musk has described as achievable if production and costs scale as planned.

Why Humanoid Robots Are A Riskier Bet Than EVs

Despite Tesla’s confidence, many experts view humanoid robots as one of the most difficult challenges in modern engineering. For example, unlike industrial robots designed for controlled environments, humanoids must combine balance, dexterity, perception and decision-making while operating safely around people in unpredictable settings.

Estimates of the potential market vary widely. Analysts at McKinsey have suggested a base-case market for general-purpose robotics of around $370bn by 2040, while other banks have forecast multi-trillion-dollar outcomes over longer timeframes if humanoids become widely adopted.

Supporters argue Tesla has relevant advantages, including experience in mass manufacturing, vertical integration across hardware and software, and expertise in motors and battery systems. Tesla has said those strengths allow it to iterate designs quickly and reduce costs as production scales.

However, critics say that the competitive landscape is far more crowded than when Tesla entered the EV market. For example, more than 90 companies are now developing humanoid robots, including established robotics firms, well-funded startups and technology giants supplying chips and AI platforms.

Questions have also been raised about whether consumer-facing humanoid robots will ever prove practical or affordable at scale, and whether Tesla’s ambitious timelines repeat a pattern seen in previous Musk-led projects, where public targets were missed or delayed.

Political Headwinds And Brand Risk

Tesla’s shift has unfolded alongside growing political and reputational challenges. For example, as noted earlier, Musk’s high-profile political involvement, including DOGE and his support for US President Donald Trump, has polarised public opinion and triggered protests and vandalism at Tesla dealerships in several countries.

Some investors and analysts have actually questioned whether that controversy could affect demand not only for Tesla’s cars, but also for any future consumer robot products, particularly if Optimus is positioned for home use.

Musk has acknowledged scepticism around Tesla’s ambitions but has maintained that the company is pursuing what it believes are the most important long-term technological opportunities, even if progress takes longer than expected.

What Does This Mean For Your Business?

Tesla’s decision to scale back parts of its car business in favour of robotics and AI signals a clear attempt to reset its long-term growth strategy. The move places Optimus and autonomous systems at the centre of Tesla’s future valuation, even though both remain technically complex, capital intensive and commercially unproven at scale.

For investors, suppliers and regulators, this has reframed Tesla less as a cyclical carmaker and more as a long-horizon technology bet, with outcomes likely to hinge on execution rather than vision alone. Success will require Tesla to solve problems in robotics that the wider industry has struggled with for decades, while managing near-term pressure on its automotive revenues and brand.

For UK businesses, the implications are more practical than speculative. For example, if humanoid robots move beyond pilot use in factories, logistics and warehousing, they could reshape labour planning, automation strategies and capital investment decisions over the next decade. At the same time, the uncertainty around timelines and costs reinforces the need for caution, with most analysts expecting meaningful deployment to arrive gradually rather than through rapid disruption.

More broadly, Tesla’s pivot shows how closely modern technology companies are now shaped by leadership choices, political context and investor expectations, not just product roadmaps. Whether Optimus becomes a transformative platform or an overextended ambition, Tesla’s repositioning reflects wider changes in how growth, risk and innovation are being recalibrated across the global technology and manufacturing landscape.

Tech News : UK Cars Now Using Rear HD-Screens Instead of Windows

Posted on by Paul Stradling

The new Swedish-made Polestar 4 will be the first car on UK roads to replace a rear window (and traditional rear-view mirror) with a high-definition screen showing a real-time roof-mounted camera feed.

Two Digital Cameras With Feed Displayed In ‘Mirror’ 

In fact, instead of a traditional rearview mirror, the Polestar 4 has a high-resolution rear-view display in the shape and in the place of a normal mirror that receives the feed from the two roof-mounted digital cameras. Polestar describes this as a kind of 2-way mirror because it also doubles as a regular mirror, making it possible to switch between the live feed and a view of the rear passengers.

Already On The Road In China

The new Polestar 4 SUV coupe has been on the road in China since December and there have been no publicised problems.

The Benefits 

Polestar says the benefits of making the rear window obsolete and relying on a camera view instead are that: “It allows for an extended panoramic roof, a spacious passenger environment, and generous headroom, while a rear-facing HD camera provides a wider, unobstructed rearward view.”  

Necessary Because Head Structure Was Pushed Back To Make More Room 

As highlighted by the BBC’s UK motoring programme ‘TopGear,’ replacing the mirror and back window with a camera feed was less of a decision to include technology and more of a design necessity. This is because the desire to create a feeling of spaciousness and extra headroom in the Polestar 4 required pulling the header structure back as far as possible so that the panoramic roof stretches behind the rear passengers’ heads. This would have meant that a back window would be below the actual sightline anyway, thereby meaning a traditional rearview mirror would be useless.

Concerns 

Although there haven’t been any prominent stories emerging about issues, some concerns have been floated on the Polestar Forum. For example, one user says the rearview camera puts “everything in equal focus so nothing is unseen or blurry, but then you lose any accurate depth perception”. Another expresses concern that although they have designed the roof camera “not to get dirty,” they “simultaneously say manual cleaning is recommended”.

That said, others see the camera as a plus. For example, another forum contributor makes the point that “rear view is already just about gone especially with my kids’ car/booster seats taking up all but the middle few inches of view; this would be a net plus for me in that respect”. 

Vans 

For those concerned about the idea of no traditional rearview mirror, it’s worth remembering that many vans with solid back doors don’t have rearview mirrors anyway, and some trucks now have cameras instead of wing mirrors. Many drivers will also be familiar with driving behind cars that have so much stuff in the back that the rearview mirror is likely to be useless anyway. Also, with passengers in the back of the car, the rearview is often obscured.

What Does This Mean For Your Business? 

The Volvo-owned sub-brand Polestar is associated with sleek modern design and technology – perhaps in a similar space to Tesla so it’s not a huge surprise that it would opt for this kind of change. Also, as the boss of Polestar pointed out in a recent interview, being relatively new on the scene, it doesn’t have a legacy of customers to disappoint, or who are likely to object and complain. In fact, the removal of the back window and replacement with a camera-feed mirror actually seems to have been a necessary design change in order to make the car feel more spacious rather than purely a decision to include more new technology.

Thinking about it logically, if you accept that many vans on the road don’t have rear windows or rearview mirrors, and assuming we trust reversing cameras and then consider the fact that there hasn’t been a huge outcry about the gradual introduction of autonomous vehicles to UK roads, this change by Polestar shouldn’t seem too scary. It seems that as we experience (and trust) technology more, we’re willing to give more ground to it and swap more first-hand and ‘real’ experiences for virtual ones, even while travelling at speed. That said, Polestar says that its 2-way mirror actually gives a better and wider view of the road than a traditional mirror.

The hope is, of course, that the cameras don’t get dirty, and that the camera/mirror system doesn’t fail (there’s always the side mirrors if it does). It’s likely that in the quest for more comfortable and spacious vehicle interiors, other vehicle manufacturers will opt for a similar system.

Featured Article : ChatGPT Inside Vehicles Opens Possibilities

Posted on by Paul Stradling

Following the news that Volkswagen (VW) is to add ChatGPT to the IDA voice assistant in its cars and SUVs, we look at what this could mean for the direction of technology for cars.

Adding ChatGPT 

At the current CET in Las Vegas, VW announced that starting in Europe in the second quarter of this year, the famous chatbot will be added to a variety of VW EVs, including the D.7, ID.4, ID.5 and ID.3, Tiguan, Passat, and Golf.

Drivers will be able to use ChatGPT hands-free via VW’s existing onboard IDA voice assistant, with Cerence Chat Pro from technology partner Cerence Inc acting as the foundation of the new function, which VW says, “offers a uniquely intelligent, automotive-grade ChatGPT integration.”

Within Limits 

It’s been reported, however, that certain limits have been placed on the kinds of questions that VW’s ChatGPT will answer, e.g. no profanity or ‘sensitive’ topics (it’s a family car).

Why? 

VW’s newsroom says the ChatGPT integration will mean that: “The IDA voice assistant can be used to control the infotainment, navigation, and air conditioning, or to answer general knowledge questions.” Also, VW envisions that: “In the future, AI will provide additional information in response to questions that go beyond this as part of its continuously expanding capabilities. This can be helpful on many levels during a car journey: Enriching conversations, clearing up questions, interacting in intuitive language, receiving vehicle-specific information, and much more – purely hands-free.” 

Just The Start 

Stefan Ortmanns, CEO of Cerence, the company tasked with the integration of ChatGPT with the onboard voice assistant has indicated that this is just the beginning, and that VW looks likely to ramp-up the power of its onboard AI going forward. For example, Ortmanns says: “As we look to the future, together Volkswagen and Cerence will explore collaboration to design a new, large-language-model-based (LLM) user experience as the foundation of Volkswagen’s next-generation in-car assistant.” 

What If It Was Combined With Autonomous Vehicles? 

This first for a volume car manufacturer and commitment to integrating generative AI with vehicles, coupled with the recent UK government suggestion that autonomous cars could be on our roads by 2026 raises some tantalising possibilities and questions. For example, what if AI chatbots like ChatGPT were integrated into autonomous vehicles and how could this affect the evolution of our cars and our commuting experience? Let’s explore some of the potential impacts and transformations this could bring.

Transformation into Access-Pods? 

Cars could evolve from traditional vehicles into “access-pods” and become spaces not just for travel but for various activities. In an autonomous vehicle, the need for a driver is eliminated, which would allow for the interior to be redesigned. For example, seats could become more like comfortable office chairs, and the inclusion of small tables or workstations could become standard. This could transform the car into a mobile office or a personal lounge, making the journey itself a productive or leisurely part of the day.

Working During Commute 

With autonomous vehicles, people could start working during their commute, just as they do on the train (only in a more personal setting). This could significantly change daily schedules, allowing for more flexible work hours. Also, as travel time becomes working time, the distinction between office and home could blur, perhaps leading to a more fluid work-life integration.

Could It Lead To A Societal Shift In Work Habits? 

The ability to work from a private car might lead to changes in living patterns. People might be more willing to live further from their workplaces if they can be productive during longer commutes. This could also have a wider impact on the property market, with less emphasis on living close to urban centres.

Enhanced Productivity and Entertainment 

The integration of AI chatbots in cars (whether autonomous or not) could, as VW suggests, make a journey more interactive and informative. Passengers can engage in productive tasks like setting up meetings, conducting research, or learning new skills through conversational AI. Additionally, entertainment options could become more personalised and interactive.

Safety and Accessibility 

For people who are unable to drive due to various reasons such as age, disability, or other factors, autonomous vehicles with AI integration could offer new levels of independence and mobility.

Traffic and Environmental Impact 

If autonomous vehicles and AI lead to smoother traffic flow and more efficient travel, there could be positive environmental impacts. However, if it encourages longer commutes, it might have the opposite effect.

Regulatory and Ethical Considerations 

With these possible advancements would come the need for new regulations and ethical guidelines, particularly concerning data privacy, cybersecurity, and liability in the event of accidents.

New Business Models?

The prospect of generative AI-controlled autonomous vehicles could also lead to new business models. For example, this could include things like subscription-based access to luxury autonomous pods for commuting, or services that combine transportation with other amenities like fitness, relaxation, or entertainment.

What Does This Mean For Your Business? 

Although VW’s integration of generative AI with vehicle voice assistants is a first for a volume car manufacturer, there was a kind of inevitability to it and it’s unlikely to take long for other car manufacturers to announce the same (they’re probably already working on it). For VW, it’s (currently) a value-adding and differentiating introduction, so provided that the restrictions on what the onboard ChatGPT can discuss aren’t too strict, it could make the driving time much more interesting, productive, and a much more personalised experience. Linking it to the sat-nav for example, may also be a feature that motorists really value, as may be the greater feeling of control, reassurance, and novelty of having something that can tell you about the car and its performance and issues. It may also provide a societal purpose and make people feel less alone while driving and perhaps more alert. Using hands-free voice commands to operate more aspects of the car (e.g. the radio, the hands-free phone etc), may also improve driver safety.

Looking ahead, perhaps to the integration of generative AI with autonomous vehicles, it’s possible that a societal shift could occur where our vehicles become more like productive and comfortable access-pods, which could have wider implications for our work/life balance and business models and could have knock-on effects for whole industries. It could even open new business and entertainment opportunities focused on access-pod occupants. This move by Volkswagen, therefore, offers us a glimpse of a better future for our personal transport options.