Imprimatur launches first AI-powered translation platform developed for automotive

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Verto is Imprimatur’s powerful desktop solution for the automotive industry allowing customers to choose between expert human translation for nuanced accuracy or AI-powered machine translation Underpinned by the latest AI technology responding to customers’ demands for maximum speed, efficiency and cost savings Verto is driven by Imprimatur’s purpose-built AI-powered translation engine with automotive sub-domains LONDON, November 20, 2025 – Language specialist Imprimatur has answered automotive customers’ need for a single tool with multiple translation services which embraces the powerful potential of AI. The company’s three-decade track record in translating for the industry enabled the development of Verto, which offers expert human translation, AI-machine translation and hybrid options. Auto driven Imprimatur’s 30-year focus has been entirely on the auto sector, providing an unparalleled bank of industry data and terminology. Verto combines this armoury of specialist information with AI translation to handle auto’s high volume of complex documentation for unmatched accuracy and consistency. Verto’s AI-powered machine translation engine is focussed on the auto industry, with specialised sub-domains for passenger cars, motorcycles, light commercial vehicles, yachts and agricultural machinery. The new platform can translate material across entire organisations and functions, including Sales & Marketing, Press & Public Relations, Aftersales, Dealer Training and Engineering. Verto can handle over 500 languages in more than 50 file formats. Accelerated by AI Imprimatur uses AI to enhance and elevate human creativity, while keeping its people firmly at the centre of Verto’s development and implementation. AI chooses the best-performing neural machine translation engine for each task from Imprimatur’s own and up to 16 industry-standard alternatives Verto incorporates AI Write Assist which allows users to improve source copy in English (UK and US), French, German, Italian, Portuguese (European and Brazilian) and Spanish After translation, AI is used to review a file in its entirety for accuracy, grammar and fluency, referencing translation memories and dictionaries to enforce brand-specific terminology and ensure consistency. The Verto platform provides real-time project tracking through a personal dashboard, with flexible customised workflows, built-in quoting and spend tracking, plus access to analytics and on-demand reporting. Verto’s enterprise-compliant security protects company confidentiality and intellectual property throughout every stage of the process. The system also supports integrations with enterprise platforms. “Although the role of AI continues to evolve, successful projects require the support of trusted external specialists. Imprimatur’s human-first philosophy positions us as the partner that understands your business, prioritises measurable outcomes, and ensures effortless collaboration,” said Nicola Humphreys, Managing Director of Imprimatur. Verto is already in full use by Imprimatur’s first customers. Find out more about its potential to increase the productivity and accuracy of language services while unlocking time and resulting cost advantages by requesting a demonstration at https://imprimatur.co.uk. ### Imprimatur is a language services and translation specialist, servicing automotive manufacturers and their suppliers globally and regionally since 1995. Its expertise spans creative and technical language projects, handling assets for all automotive’s functions. Based in London, with a global network of automotive language experts, Imprimatur is ISO 9001:2015, ISO 17100:2015 and ISO 18587:2021 certified. Founded by Managing Director Nicola Humphreys, who is Chair of Women On the Move Against Cancer (WOMAC), Imprimatur is a Society of Motor Manufacturers and Traders associate member and Motor Industry Communicators Association full member. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

European electric car registrations surge over 38 per cent

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173,173 battery-electric vehicles were newly registered in the EU in October, according to the industry association ACEA, marking a 38.6 percent increase compared to the same month last year. However, the data reveals that not every market and manufacturer is keeping pace with this growth. Across all powertrains, the ACEA statistics report 916,609 new registrations in EU countries, with 173,173 new battery-electric vehicles (BEVs) accounting for an 18.9 per cent market share. Considering all of Europe (including EFTA countries and the United Kingdom), 225,399 new electric cars (+32.9%) were registered in October, representing a 20.6 per cent market share. However, electric car registrations are not evenly distributed across the EU: 65 per cent of battery-electric registrations are concentrated in the four largest markets, Germany, Belgium, the Netherlands, and France. Germany leads with 52,425 new electric cars, making it the largest single market ahead of France (34,108 new BEVs) and the UK, which recorded 36,830 new electric cars when considering all of Europe, not just the EU. Overall, only a few markets recorded declines compared to October 2023, primarily smaller markets with registrations in the double or triple digits. Estonia, for example, saw just 77 new electric cars, a 35.3 per cent drop from the 119 registered in October 2023. Malta experienced a 34 per cent decline (150 instead of 227 BEVs), and Greece registered 799 new electric cars, 13 per cent fewer than the previous year. Markets like Sweden (8,707 registrations, -0.8%) and Belgium (12,360 registrations, -3.0%) saw only slight declines compared to the previous year. Strong growth in Eastern Europe Overall, most markets show positive growth, with Poland, Slovenia, and Slovakia standing out with triple-digit growth rates: Poland registered 4,812 new electric cars, a 319.9 per cent increase; Slovenia saw a 208.1 per cent rise (to 687 vehicles); and Slovakia experienced 125.1 per cent growth (to 403 vehicles). Other Eastern European countries, such as Bulgaria (+84.6%), Romania (+80.4%), and Croatia (+69.6%), also recorded above-average growth. Looking at year-to-date development: In the first ten months of 2025, 1,473,447 new battery-electric cars were registered, accounting for a 16.4 per cent market share out of nearly nine million total registrations across all powertrains. Including the UK and EFTA countries, 2.02 million new electric cars have been registered in 2025 so far, representing an 18.3 per cent market share. The overall EU market grew by 1.4 per cent year-to-date, while Europe as a whole saw a 1.9 per cent increase in registrations compared to the previous year. Electric car registrations, however, surged by 25.7 per cent in the EU and 26.2 per cent across Europe. While this growth is positive, ACEA considers it insufficient: With a 16.4 per cent market share, battery-electric cars are “still below the pace required for this phase of the transition,” according to the association. Instead, the focus remains on the development of part-time electric vehicles: “Hybrid-electric vehicles lead as the most popular power type choice among buyers, with plug-in hybrids continuing to gain momentum,” states ACEA. The numbers confirm this trend: In October, PHEVs recorded the highest growth among all powertrains in the EU, with a 43.2 per cent increase, and a 32.4 per cent rise year-to-date. Hybrids also saw growth, with 316,068 EU registrations in October and approximately 3.11 million units year-to-date, making them the largest powertrain category. Meanwhile, pure gasoline and diesel vehicles experienced double-digit declines. However, the statistics are somewhat misleading: ACEA combines full hybrids and mild hybrids under ‘hybrids’, which includes vehicles that can drive only very short distances—or not at all—on electric power alone, essentially functioning as near-pure internal combustion vehicles. Statistically, they are classified as hybrids rather than gasoline or diesel vehicles. In the manufacturer statistics, ACEA—consistent with its usual practice—does not break down registrations by powertrain. While the Volkswagen Group remains the largest brand group with 264,069 registrations (+7.9%) in October, and Volkswagen leads at the brand level with 105,408 registrations (+5.9%), these figures include hybrids and internal combustion vehicles. For pure electric car brands, the focus remains on Tesla. October, being the first month of a quarter, is traditionally weaker for Tesla, as the company typically records most deliveries and registrations toward the end of each quarter. Following the registration of 25,656 new Teslas in September, only 5,647 were registered in October. While Tesla managed to reduce losses to -18.6 per cent year-over-year in September, October registrations were 48.0 per cent lower than the 10,867 recorded in the same month last year. Year-to-date, Tesla has registered 117,000 vehicles in the EU, 39.2 per cent fewer than the 192,439 units in the same period last year. The development in November and December will be critical: Historically, Tesla has achieved strong year-end surges, but 2025 may focus on mitigating declines. While the Model Y remains a top electric seller in several markets, Tesla’s overall results are falling short of last year’s figures. This article was first published by Sebastian Schaal for electrive’s German edition. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

How Talent is Powering The Auto-Tech Transformation

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By Kristin Trecker, Chief Human Resources Officer, Visteon The automotive industry is transforming faster today than at any point in the last 25 years. Software-defined platforms, AI, and silicon innovation are reshaping how vehicles are built, how businesses compete, and how people work. The pace feels less like traditional manufacturing and more like a startup — fast, bold, and unforgiving to those who hesitate. In this environment, HR can’t afford to play catch-up. We can’t be the function that reacts after the fact. We have to lead. At Visteon, we’ve reimagined HR to be a driver of transformation. Yes, we still provide the essentials that every employee counts on, from payroll to benefits, but that’s only one part of the picture. Our larger role is to enable speed, agility, and bold pivots by wiring our talent for innovation, adaptability, and tech fluency from the ground up. Running HR Like a Tech Function Now, when I say HR is operating like a tech function, I don’t mean we’re writing code. But we are borrowing the same principles that power the best tech organizations: agile, data-driven, product-led. Instead of focusing only on transactions, we’re building products — modern tech stacks, leadership programs, AI-enabled tools — designed to solve real business problems. Every decision is tested, iterated, and scaled the way an engineering team would approach code. This shift isn’t about HR tech for HR’s sake. It’s about embedding velocity and precision into the way people lead, learn, and grow. AI as a Strategic Enabler AI is a perfect example. Every experiment we run begins with a business case and a clear goal: make work better. Whether it’s faster upskilling, learning that feels intuitive, or smarter hiring, AI has to add value to the employee experience and the business. At Visteon, this thinking extends beyond HR. On one hand, we’re deploying It in our products – through cockpit intelligence platforms like cognitoAI. On the other, we’re investing in AI to strengthen our workforce – giving people the reign to learn faster and work smarter. This dual perspective ensures that AI adoption creates impact for both for the drivers who experience our technology and for the teams who build it. The Talent Imperative Talent remains the ultimate competitive edge. We prioritize adaptability, curiosity, and fluency in technology and change — qualities that matter more than any job title. The leaders who excel at Visteon understand technology and know how to translate it into strategy and culture. They’re comfortable moving fast and operating in ambiguity when the answers aren’t obvious yet. Our role in HR is to create the conditions for that success: an environment where experimentation and growth are expected, and capability is constantly increasing. As I often remind my team, our mission is to improve the business by increasing the strength of our talent. Looking Ahead At its core, our HR transformation isn’t a story about systems; it’s a story about people. Giving them the tools, mindset and confidence to lead through constant change is how HR translates into business impact — and why talent will always be the driver of auto-tech transformation. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

Samsung’s Harman claims industry first with in-vehicle visual display

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Harman’s ‘Ready Display’ achieves HDR10+ Automotive certification, which it says sets a new benchmark for in-vehicle visual quality. Harman, a business unit of Samsung Electronics, says it has achieved an industry first that creates an immersive home theatre style high resolution experience inside car cabins. It says that as vehicles rapidly evolve into digital hubs, consumers increasingly expect their vehicles to be as visually rich and adaptive as they typically experience in their homes. Harman says the ‘Ready Display’ product is the first to achieve the HDR10+ Automotive certification, setting a new industry benchmark for in-vehicle display performance. Moreover, the company claims the product ‘transforms the car ride from a simple mode of transportation into a cinematic journey, redefining how passengers see, feel and connect with content on the move’. Harman says it collaborated with Samsung and Panasonic in establishing the HDR10+ Automotive technology specification, helping define how high dynamic range content should be experienced in vehicles. Developed by HDR10+ Technologies LLC, Harman claims the certification ensures that in-vehicle displays reproduce High Dynamic Range (HDR) content with fidelity—even under the challenging lighting conditions of a car cabin. To earn certification, displays must pass several comprehensive evaluations. These tests confirm that the display can deliver cinematic-quality visuals with consistent brightness, contrast and colour accuracy across varying lighting conditions and viewing angles. The certification also validates HDR10+ “Adaptive” capabilities, which dynamically adjust brightness and colour based on ambient light, ensuring a consistent viewing experience whether driving under midday sun or city lights. Harman says the HDR10+ Automotive certified display allows drivers and passengers to ‘enjoy lifelike visuals with cinematic depth, detail and consistency in any lighting condition’. “We’ve long envisioned bringing the living room experience into the car,” said Shilpa Dely, Vice President and Ready Display Business Lead, Harman International. “Earning the world’s first HDR10+ Automotive certification is how we’re delivering on that commitment—setting a new benchmark for immersive, in-cabin display quality that automakers and consumers can trust.” Harman’s Ready Display, powered by Samsung’s cutting-edge Neo QLED technology, is designed to be ‘both visually brilliant and dynamically intelligent’. The line-up includes the NQ3, NQ5 and NQ7 series, each ‘engineered to thrive in the ever-changing lighting environments of a car cabin, from blazing midday sun to the shifting glow of city lights’. With intelligent image algorithms, these displays dynamically optimise contrast, brightness and colour in real-time. For automakers, Harman says the certification provides a ‘trusted path to differentiation with world-class in-cabin experiences that resonate with consumers’. Harman maintains thar for consumers, the benefit is simple yet powerful: uncompromised visual quality on every drive. Whether it’s catching up on a favourite show while charging, entertaining kids in the backseat, or navigating safely with enhanced clarity, ‘Ready Display transforms the car into a destination for immersive experiences—making every moment in the cabin as compelling as the content itself’. Beyond entertainment, Harman also maintains that ‘these advances pave the way for adaptive displays that elevate safety, usability and comfort behind the wheel, ensuring every moment in the car feels effortless and extraordinary’. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

Younger drivers leading charge to EVs – and new car marques

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Under 35s more open to buying used EVs, and unfamiliar brands New research reveals how drivers’ attitudes to EVs differ dramatically by age. Kwik Fit’s annual study of people’s car buying intentions has found that nearly one in five (18%) drivers aged 18-34 expect to buy a fully electric model next. This compares to just 11% (one in nine) of drivers over 55 who are planning to change their car.1 When looking at low emissions cars more broadly, 42% of drivers aged 18-34 say their next car will be either a battery electric vehicle (BEV) or hybrid – for drivers over 55 the figure is 36%. Taking UK drivers as a whole, 38% of motorists planning to change their car say it will be to a low emissions vehicle. This figure has not risen over the last two years, despite the rapid growth in new electric car registrations, which accounted for 47% of all new car registrations in 2025 to date.2,3 The study for Kwik Fit, the UK’s leading automotive servicing and repair company, looked into the attitudes which are influencing drivers’ intentions regarding EVs. Although Kwik Fit’s research has previously found that concerns over an EV’s battery life put off many potential buyers, 52% of drivers aged 18-34 said they would be happy to buy a used EV – nearly three times the proportion of drivers over 55 (18%). In a related finding, some 42% of younger drivers said that used EVs are better value than a secondhand petrol or diesel model of a similar price. In contrast, only 9% of over 55s think this, with 46% disagreeing. The UK has seen a massive increase in the purchase of Chinese-made EVs, with China’s number one car brand BYD reporting an 880% jump in sales in September compared to the previous year. Kwik Fit’s research shows that this is likely to be driven by younger buyers – 43% of 18-34 year olds said they would be more likely to buy an EV made in China than a Chinese-made petrol or diesel car. Only 14% of over 55s think the same. Looking at the market more broadly, the shift to EVs is providing opportunities for more car brands to enter the UK. 42% of younger drivers (18-34) say they are more prepared to consider an EV from an unfamiliar manufacturer than they would an unknown petrol or diesel car. For drivers over 55, who are arguably more established in their views of car brands, the figure is just 14%. While the number of the drivers intending to switch to low emissions has remained static, some of the perceived barriers to buying an EV have been reducing. Kwik Fit has been tracking drivers’ reasons for not considering an EV and the most common barrier has consistently been a perception of the restrictions in range. While still the biggest negative factor, the number of drivers citing this has fallen over the last two years, from 41% of drivers in 2023, to 39% last year and 37% this year. Over the same period drivers’ concern over the availability of fast charging points has also reduced. In 2023 this was cited by 37% of those not considering an EV, this year the figure has fallen to 33%. Dan Joyce, operations director at Kwik Fit, says: “This research reveals a multi-speed transition to electric vehicles which varies between age groups. The overall proportion of drivers planning to switch to low emissions for their next car has remained the same since last year. However, our study shows that younger drivers are much more open to moving to EVs – and new car brands – than many older drivers. It’s also interesting to see them much more willing to buy a used EV, especially as we are seeing more vehicles moving out of the fleet sector into private ownership. “The findings show that the UK car parc will have a mix of powertrains for many years to come, and it’s crucial that drivers are supported with a maintenance and servicing network irrespective of their type of car. That’s why Kwik Fit staff are trained to work on all vehicles and why we carry the widest range of tyres in the UK.” Kwik Fit provides servicing for all types of vehicle and has one of the largest networks of EV trained auto technicians in the UK. In order to find the range of services offered at their nearest Kwik Fit centre drivers can contact the centre directly. Details of their nearest centres are available at kwik-fit.com This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

Tesla shares Supercharger data with Google Maps

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Tesla has released the occupancy data for its Supercharger locations to Google Maps. This means that Google’s popular map app can now be used to see how many charging spaces are available at any given charging station. This was announced by the @TeslaCharging account in one of its usual short posts on X. ‘Live availability of Superchargers now in Google Maps,’ is all it says. The graphic shown here as the article image was also published. Basically, this one sentence says everything that needs to be said: real-time occupancy data can now be displayed via Google Maps or when planning a route using Google’s map app. The example in the graphic shows a Supercharger location in Brussels where 15 and 16 charging points are available. The maximum charging power of 250 kW is also displayed, so this is not one of the (now quite rare) locations with the older V2 Superchargers. The other example shows a US Supercharger in San Bruno, California. There, charging is possible at up to 325 kW, but not all 12 stalls are available; unlike in the Brussels example, you have to weigh up whether to actually drive to the Supercharger and risk all charging spaces being occupied when you arrive. As with other points of interest in Google Maps, a history of utilisation is also available, allowing you to check the likely occupancy at a certain time of day depending on the day of the week. It is not known whether this information is based on Tesla data or (as is the case with restaurants, for example) on location data from Android users. In the case of Superchargers, such information was previously only accessible via Tesla vehicles or the Tesla app, but this required a vehicle and at least one registration in the app. Recently, some charging point operators have started to display the live availability of their charging points not only in their respective apps or other charging apps, but also to make the information available to Google Maps. The information is not yet sufficient for automatic route planning in the Maps app or browser; charging stations still need to be added manually as waypoints – for example, if Google Maps is to be used for navigation via Apple CarPlay or Android Auto. The situation is different if the vehicle has a navigation system based on Android Automotive OS, and Google Maps is the basis for the vehicle navigation system. Here, the new real-time data can be a practical aid in deciding whether to drive to the Supercharger or choose an alternative due to high occupancy. This article was first published by Sebastian Schaal for electrive’s German edition. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

British startup Hydrohertz presents new battery cooling system

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Hydrohertz has unveiled a battery cooling technology that not only significantly reduces the fast-charging times of electric cars, but also promises considerable improvements in terms of range, service life and safety of the batteries – thanks to a sophisticated valve system. Hydrohertz’s patented technology is called Dectravalve and is a compact, intelligent multi-zone valve system designed to enable highly precise heating, cooling or energy recovery of an EV battery. The key approach is that the Dectravalve can be used to set up several independent temperature zones within a battery pack. Cooling plates previously used under (and occasionally above) the cells or modules attempt to regulate the temperature of the battery pack as a whole. Our technical deep dive into the new electric Cayenne showed the challenge this poses for engineers in high-performance vehicles: Porsche has developed complex cooling channel designs to compensate for the difference between the passenger side (with fresh, cold coolant) and the driver’s side (with already heated coolant and lower temperature absorption). Hydrohertz’s Dectravalve solution would divide the battery pack into different zones and control them individually. In an HPC charging test conducted with independent battery experts from the Warwick Manufacturing Group (WMG), Hydropack reports that a 100 kWh LFP battery equipped with Dectravalve kept its hottest cell below 44.5 degrees Celsius – at up to 350 kW charging power. The charging time from ten to 80 per cent is said to have been around ten minutes for the 100 kWh pack. Impressive from a thermal management perspective: the temperature difference across the entire pack is said to have been only 2.6 degrees Celsius. Safety and durability are also said to benefit As a comparative value “to typical fast-charging conditions in today’s electric vehicles,” Hydropack cites peaks of up to 56 degrees in the cells and temperature differences of up to 12 degrees across the pack. “Once cells push beyond 50°C, charging power must be throttled to avoid ‘lithium plating’ (internal damage to cells) and long-term damage to the pack, meaning fast charging tapers off much earlier than advertised, significantly increasing the overall charge time,” the statement said. At a maximum of 44.5 degrees, however, the pack equipped with the new system never reached this mark and thus did not leave the optimal range – even though it was pushed to the limit. The lower temperature difference is also important here: if even one cell reaches the critical temperature, the power must be throttled. In the 50-degree example, this means that with a difference of up to 12 degrees, the coolest cells were only at 38 degrees and could have continued charging at a higher power for some time. At the same time, there should also be a major advantage outside of fast charging: since the cells are also operated at optimum temperatures while driving, battery efficiency should be increased, which should result in up to ten per cent more range in real driving conditions, according to the British company’s calculations. “With a typical mid-sized EV that could mean another 30-40 miles, providing more usable driving distance per charge, reducing EV running costs and energy consumption,” the company says – equivalent to 48 to 64 kilometres. And since the cells are exposed to maximum temperatures for less time, typical risks associated with overheating – such as the aforementioned lithium plating – are also reduced. This is intended to increase safety and extend service life. And since this is independent of cell chemistry, Dectravalve is also suitable for future battery systems, according to Hydropack. “The Dectravalve solves a fundamental problem of EV battery thermal management systems – how to achieve true independent zone control of temperature without the complexity, weight, and energy waste of multiple valve arrays,” says Hydrohertz CTO Martyn Talbot. “Our innovation is elegantly simple: a single, digitally controlled unit that can manage four or more cooling zones separately. With Dectravalve, each cooling zone is completely independent, so coolant flows from the pump to the battery and back again in a specific loop. There are no unwanted, efficiency-sapping, leaks of warm coolant between zones.” Paul Arkesden, CEO of Hydrohertz, added: “This is a cost-effective solution that delivers game-changing results: consistent 10-minute charging, longer range, extended battery life, and enhanced safety. For OEMs, this means better, more useable EVs now, without waiting for the next generation of battery technology. But when that technology does arrive, Dectravalve will optimise it too. The impact for both car makers and consumers is set to be transformative.” Source: Info via email, hydrohertz.com This article was first published by Sebastian Schaal for electrive’s German edition. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

Android as the Common Language of the Automotive Industry

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By Rahul Singh, Vice President, Software Engineering, Infotainment & Cockpit Software In 2009, Android held less than 5% of the global mobile operating system market. Today, it accounts for over 70% worldwide — a dominance built on openness, flexibility, and the world’s largest developer ecosystem. This trajectory matters for automotive. When industries align around a common platform, three things happen: innovation accelerates, costs decline, and customer expectations rise in lockstep. We’re seeing the same dynamics in cars today. Why Automotive Needs a Common Digital Foundation Automakers face mounting pressures: Fragmented software stacks that increase complexity. Growing development costs as vehicles become software-defined. Consumers who expect their car to feel as seamless as their phone. This is where Android comes in. Its scalability lets it stretch across brands and vehicle segments. Its vast developer ecosystem ensures a steady flow of innovation. And its familiarity ensures that stepping into a car doesn’t feel like a downgrade from the devices people use every day. Visteon’s Role: Turning Potential Into Production At Visteon, we recognized Android’s potential early. Over the past several years, we’ve partnered with leading OEMs to bring production-ready Android-powered cockpits to market. Our contributions focus on: Deep Android integration into cockpit domain controllers and infotainment platforms. Scaling across brands and segments while meeting cost, safety, and compliance requirements. Accelerating ecosystem innovation by enabling app development, OTA updates, and personalized digital services. In practice, this means Visteon is often the bridge — translating Android’s flexibility into solutions tailored to each automaker’s strategy, and ensuring drivers experience seamless, evolving digital interactions behind the wheel. An Adoption Story Already Underway The momentum is undeniable. Google introduced Android Automotive OS (AAOS) in 2017. By 2018, major automakers including Volvo and Renault-Nissan-Mitsubishi announced commitments. In 2020, Volvo launched the first production car running AAOS, with more OEMs quickly following. By 2023, Volkswagen, BMW, Mercedes-Benz, Honda, and others had announced partnerships, app stores, or Android-based cockpit rollouts. In less than a decade, Android has gone from experiment to a foundation for the world’s largest carmakers — and Visteon has been there, helping make it production-ready. The Road Ahead McKinsey projects that the global automotive software and electronics market will grow to over $460 billion by 2030. That scale is only possible with common platforms that allow the industry to focus on innovation rather than reinventing the wheel. By embracing Android as the industry’s common language, automakers can deliver smarter, safer, and more human digital experiences. And at Visteon, our mission is to ensure that promise becomes reality — bridging technology and mobility to define the future of the cockpit.

AI in Automotive Software: Practical Tools That Make Development Faster and Smarter

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Software development is full of small but time-consuming tasks — assigning issues, digging through logs, searching documentation, or writing boilerplate code. They’re essential, but they slow engineers down. At Visteon, our software engineers are using AI to take on those tasks, freeing up time for higher-level design and complex problem-solving. The result: faster workflows, fewer bottlenecks, and more focus on building the software-defined vehicle of the future. Everyday Tools, Smarter with AI In recent months, our software engineers have introduced a range of AI-powered tools designed to make development faster and less repetitive. Inside the Vehicle Cockpit Development Tool, a built-in AI assistant now answers common questions, walks users through steps, and even performs actions directly in the tool — eliminating the need to jump between manuals and screens. For issue tracking, an AI triage tool predicts which team should handle each Jira ticket, ensuring problems land with the right experts and projects keep moving. Automotive software also generates massive logs, which are notoriously time-consuming to read. The new Log Analyzer takes on that task by scanning logs automatically, explaining what’s happening, and even suggesting potential fixes. To make internal knowledge more accessible, we’ve developed the RAG Store, a searchable Visteon-based hub that processes almost any document and makes it easy to query through AI chat. Engineers can now ask plain-language questions like “What’s the coding guideline for X?” and get a direct answer. One of the clearest wins so far comes from the Continue extension in VS Code. Instead of scouring forums or combing through files, developers can simply type a question into their coding environment. AI responds instantly with solutions, code snippets, or explanations of what a piece of code is doing. While these tools don’t replace peer reviews or testing, they make the path to clean, working code significantly faster — and far less frustrating. Another recent addition is the Software Component Garbage Cleaner, a tool built to improve code quality across our embedded projects. It automatically scans AUTOSAR-style C code to identify unused or redundant elements and suggests where clean-up is needed. By removing this “dead code,” the tool helps reduce warnings, simplify components, and make the software more reliable. Early results show it’s already making review and preparation faster, while still keeping engineers firmly in control of the final decisions. Scaling the Benefits To make sure these benefits spread across teams, we’re building a dedicated AI group focused on development. Their role is to experiment with new AI solutions, share successful use cases, and help other areas integrate them into daily workflows. By turning individual tools into repeatable practices, the goal is to make AI a natural part of every engineer’s toolkit. Looking to the Future In the next 3–5 years, software development could look very different. Engineers may spend far less time writing raw code and far more time creating architectures, defining requirements, and ensuring quality. “Direct coding will not be required anymore,” says one of the engineers leading this effort. “AI will take care of the implementation details. Our job will be to design well and supervise closely.” Upcoming projects are exploring AI-driven code generation, where entire modules can be produced with the right prompts — always under human oversight to ensure safety and reliability. Why This Matters These innovations aren’t just about saving time. By reducing repetitive tasks and making complex information more accessible, AI tools let engineers focus on what really drives value: creating safe, reliable, and future-ready code. It’s a small glimpse of how AI is not only supporting our work today, but also redefining what it means to be a software engineer in the auto industry. This content has been automatically generated from the original source. Please note that the original source may have been modified since the content was generated.

A look into the past, a ride into the future: Bosch celebrates three decades of Motorcycle ABS safety

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Milan, Italy – Thirty years ago, Bosch launched its first production-ready motorcycle ABS system on the market, marking a major milestone in the evolution of rider safety. Since then, Bosch has continuously advanced two-wheeler safety, evolving from foundational ABS units to sophisticated systems such as Motorcycle Stability Control (MSC) and cutting-edge rider assistance technologies. “At Bosch, our mission over the past 30 years has been clear: to make riding safer through innovation, precision, and intelligent technology,” said Geoff Liersch, head of Two-Wheeler & Powersports at Bosch, at EICMA 2025. At the trade fair, Bosch presents its latest advancements in two-wheeler and powersports technology, celebrating three decades of continuous innovation while offering a glimpse into the connected and intelligent riding experience of the future. Bosch’s work on motorcycle ABS began in 1986, building on passenger-car technology that was launched in 1978, and culminated in the first production motorcycle equipped with Bosch ABS in 1995, the Kawasaki GPZ1100 ABS. The company’s sustained commitment led to the establishment of a center of competence for two-wheeler safety technology in Japan in 2007, forming the foundation of a global development hub and a specialized engineering pool. Subsequent milestones include the launch of motorcycle ABS 9 in 2009, the arrival of the compact and lightweight ABS 10 light and base designed for emerging markets in 2016, and the ABS 10 enhanced package tailored to high-performance bikes in 2018. The development of inertial-measurement-based MSC in 2013 marked the start of Bosch’s expansion into advanced active safety systems for motorcycles. Enhancing motorcycle safety beyond ABS Bosch’s Motorcycle Stability Control system, or MSC, provides critical protection in situations where motorcyclists are particularly vulnerable, such as when leaning into bends and during dynamic maneuvers. Combining wheel-speed sensors and a high-frequency inertial measurement unit (IMU), MSC evaluates vehicle dynamics up to 100 times per second to manage braking and acceleration control, even when a motorcycle is pitched and rolled on a corner. Beyond cornering functions, Bosch continues to develop value-added features enabled by MSC, including rear-wheel lift-up control, vehicle hold control for use on slopes, and rear-wheel slide control for performance on the racetrack. A Bosch Accident Research study indicates that, if every motorcycle were equipped with MSC, ABS combined with MSC could prevent or mitigate more than 30 percent of motorcycle accidents involving personal injury in Germany alone. Making these benefits accessible to a broader global audience, Bosch introduced MSC for smaller vehicles in 2023 and is ready to supply MSC solutions to markets where smaller-displacement bikes predominate, including India, China, and ASEAN countries. Since introducing its first production-ready motorcycle ABS system three decades ago, Bosch has continuously advanced two-wheeler safety. Today, ABS is not just a standard; it is a cornerstone of modern motorcycle safety systems. This evolution is reflected in global regulations: the European Union mandated ABS for motorcycles over 125 cc in 2016, followed by India in 2018. Singapore will take this commitment a step further, becoming the first country worldwide to require ABS on all new motorcycles, including those under 125 cc, starting April 1, 2027. This progressive move highlights the growing global focus on rider protection and sets a benchmark for other countries. Bosch continues to lead in this space, providing advanced solutions and integrating connectivity features to enhance both safety and the riding experience across all motorcycle segments. A ride into the future: Bosch innovations at EICMA 2025 At EICMA 2025, Bosch is also showcasing its innovations of today in hall 18, booth E66. In anticipation of the new EU regulation mandating a digital passport for every battery starting February 2027, Bosch is at the forefront of supporting motorcycle manufacturers with robust solutions. The Digital Battery Passport is designed to meet the EU requirements, providing full transparency on a battery’s condition throughout its lifecycle via static and dynamic data. Bosch offers comprehensive digital services that enable OEMs to fulfill these new documentation requirements and manage crucial battery data securely. This solution seamlessly integrates data from multiple sources, offering clear and user-friendly access for OEMs, workshops, dealers, and riders. It also streamlines compliance and enhances battery management. To complement the Digital Battery Passport, Bosch is introducing Battery in the Cloud, a service designed to help motorcycle manufacturers continuously monitor, predict, and improve battery health. This innovative system creates a digital battery twin in the Cloud, which accurately reflects the real battery’s condition using sophisticated data analysis and AI-based models. As a result, it’s possible to detect stress factors and anomalies early on, significantly reducing failures and extending battery life. Battery in the Cloud provides precise insights and forecasts on battery performance and reliability, which supplies manufacturers and owners with critical information. Furthermore, the usage certificate generated by the system confirms the battery’s condition in a tamper-proof manner, providing crucial support for residual value estimation when reselling the vehicle. Further elevating the connected riding experience, Bosch is presenting the Connectivity Cluster 4.2” Round, the latest addition to its expanding Connectivity Cluster series. Addressing the common need for a second display for navigation, which often requires separate holders, this innovative cluster seamlessly integrates connectivity functions. Simply by connecting their smartphone to the Connectivity Cluster, riders gain access to essential features such as navigation, music, and telephony, all while the cluster displays crucial riding information such as warning messages and current speed. Bosch powers two-wheel mobility with advanced drive systems To address the increasing shift toward electrified mobility, Bosch has developed a range of solutions tailored to different two-wheeler segments. Its vehicle control unit and integrated electric drive are designed to enable electric mobility with 6 kW. For smaller vehicle classes, which are particularly popular in markets such as India and southeast Asia, Bosch offers additional in-hub drive systems and corresponding controller solutions. The new Bosch 3 kW drive control unit supports manufacturers in bringing electrification to compact vehicle segments. This unit combines the inverter, engine management, and vehicle control functions within a single compact component. When paired with a wheel hub motor, it enables comfort features such as…