The all-new 2027 Kia EV3 made its North American debut today at the New York International Auto Show, a move that feels both defiant and strategically unexpected given the current “EV chasm” cooling the global market. While many competitors are scaling back electric ambitions, Kia is confirming the EV3 will hit U.S. shores in late 2026. By launching this entry-level SUV now, Kia is betting that the key to crossing the adoption gap isn’t fewer EVs, but more attainable ones. The EV3 sets a new benchmark as the most accessible model in a lineup that already includes the award-winning EV6 and EV9, proving that the brand is ready to capture the next wave of electric buyers. Underpinned by Kia’s proven 400V Electric Global Modular Platform (E-GMP), the EV3 is designed to bridge the gap for drivers ready to transition to electric mobility without compromising on utility or style. A Bold Vision for Accessible Mobility “The Kia EV3 represents a bold step forward in our commitment to making electric mobility accessible to more Americans,” said Eric Watson, Vice President of Sales Operations at Kia America. The EV3 is “right-sized” for a diverse range of drivers, from urban-dwelling millennials to downsizing baby boomers. It will be available in five distinct trim levels: - Light - Wind - Land - GT-Line - GT The 2027 Kia EV3 is scheduled to go on sale in late 2026, with pricing to be announced closer to the launch date. Striking Design: “Opposites United” Following Kia’s global design philosophy, the EV3 features a futuristic aesthetic that balances industrial geometry with natural inspiration. Exterior Highlights - Star Map Lighting: Standard small cube LED projector headlamps and a signature DRL design create an expressive “Tiger Face” persona. - Aerodynamic Profile: With a drag coefficient of just 0.275 Cd, the
Apr 1, 2026 · via thekoreancarblog.com
April 01, 2026 03:15 PM EDT
Featured Stories
As China threatens, auto industry needs stable policies, more localized production, execs say
A panel of executives at the New York International Auto Show urged more stability in Washington, a strong intracontinental trade deal and localized production of compelling vehicles.
Apr 1, 2026 · via autonews.com
Kia EV2 has officially entered the UK market with competitive pricing, strong range figures and a tech-rich feature set, positioning it as one of the most compelling electric SUVs under £25,000. Starting at £24,245 (including Kia’s Reservation Saving), the EV2 combines practicality, efficiency and advanced connectivity in a compact B-segment package designed specifically for European buyers. Competitive Pricing and Trim Levels The EV2 lineup is structured across four trims, with two battery options: – EV2 ‘Air’ (61.0kWh) – from £24,245 (after £3,750 saving) – EV2 ‘First Edition’ (42.2kWh) – from £26,995 – EV2 ‘GT-Line’ (61.0kWh) – from £28,995 – EV2 ‘GT-Line S’ (61.0kWh) – from £32,595 Kia is also offering flexible finance options, including plans starting from £195 per month. While eligibility for the UK’s Electric Car Grant is still pending, Kia is offsetting this with its Reservation Saving scheme. Powertrain, Range and Charging The EV2 is built on Kia’s dedicated E-GMP platform and features a front-mounted electric motor across all variants. Key performance figures: – Battery options: 42.2kWh and 61.0kWh – Range: up to 281 miles (WLTP) – Power: up to 144bhp – Torque: 250Nm – 0–62 mph: 8.7–9.5 seconds – Top speed: 100 mph Fast-charging capabilities ensure practicality for daily use: – 10–80% DC charge: ~29 minutes – AC 11kW (10–100%): 5h 20m to 7h 15m Compact Dimensions, Practical Interior Despite its compact footprint, the EV2 offers impressive interior space thanks to a long 2,565mm wheelbase and flat floor design. – Length: ~4,060mm – Boot capacity: 362 litres (up to 1,201 litres with seats folded) – Optional 15-litre front trunk (frunk) Designed as a five-seater only, the EV2 targets urban drivers while maintaining family-friendly practicality. Aerodynamic Efficiency Kia has optimized the EV2’s efficiency with a drag coefficient of just 0.29 Cd. Features such as Active Air Flaps, flush
Apr 1, 2026 · via electriccarsreport.com
AI-generated illustration of a currently unlikely scenario where tourists driving Chinese connected electric vehicles would be stopped from entering the USA. By EVWorld.com Si Editorial Team For years, the fight over Chinese electric vehicles looked like a familiar trade dispute - another chapter in the long rivalry between the world's two largest economies. But in Washington, the argument has shifted into something more intimate and more volatile: the data flowing through the circuitry of every modern car. What began as a tariff battle has become a national-security confrontation, driven by the belief that the next great strategic vulnerability may be sitting quietly in the driveway. U.S. Commerce Secretary Gina Raimondo has been one of the most forceful voices warning that connected vehicles built with Chinese hardware could become “Trojan horses” on American roads. Former House Intelligence Committee Chair Mike Gallagher has gone further, describing Chinese EVs as “mobile intelligence-collection platforms masquerading as consumer products.” And U.S. Ambassador to Canada Pete Hoekstra ignited headlines when he declared that Chinese-built EVs “may enter Canada, but they’re not going to cross the border into the United States,” a line that signaled just how aggressively Washington is prepared to draw the perimeter. At the center of this political storm is a deceptively simple term: connected vehicle. It sounds like a technical descriptor, the kind of phrase buried in a product brochure. But in practice it describes a machine that is constantly talking—to cloud servers, to roadside infrastructure, to other vehicles, and to the driver’s own smartphone. Over-the-air software updates, real-time navigation, remote diagnostics, and vehicle-to-everything (V2X) safety radios all depend on a steady stream of data leaving the vehicle and traveling to servers often located continents away. That data can include location histories, camera feeds, sensor logs, and in some cases, information pulled from
Apr 1, 2026 · via evworld.com
An NEV manufacturing line in Southwest China's Chongqing Municipality Photo: VCG The US Republican Senator Bernie Moreno claimed on Tuesday that he will introduce legislation next month to expand an existing US government ban on Chinese automakers to more strictly forbid Chinese hardware, software and even partnerships from entering the American market, according to Reuters' report. A Chinese expert said the move reflects a broader tendency among some US officials to stretch the concept of so-called national security as a political maneuver. The proposal would be extremely difficult to implement in practice, as today's global automotive supply chain is deeply interconnected, the experts said. Previously, the Biden administration imposed a sweeping regulation that effectively bans all Chinese automakers from selling passenger vehicles in the US in January 2025, citing "national security" concerns about the ability of vehicles to collect sensitive data on American owners, said the report. Speaking at an Automotive Forum event ahead of the New York Auto Show, Moreno claimed his proposed legislation would go further than the ban on imports, and would seal off the US so "there's never a scenario where a Chinese automobile will enter our market, that's hardware, that's software, that's partnerships." On a further note, the US senator urged the Latin America, Mexico, Canada and Europe, to follow suit. The latest move by the US senator has drawn attention from some Chinese trade analysts, warning that such a politically motivated proposal runs counter to market principles and would be very difficult to implement. "By citing so-called national security concerns, the US is essentially overstretching the concept of security and instrumentalizing economic and trade issues... Such an approach lacks sufficient evidence and deviates from the fundamental principles of market competition," Zhou Mi, a senior research fellow at the Chinese Academy of International Trade and
Apr 1, 2026 · via globaltimes.cn
The Global Automotive Artificial Intelligence (AI) Market is transforming the automotive industry by enabling smarter, safer, and more efficient vehicles. From autonomous driving and advanced driver-assistance systems (ADAS) to predictive maintenance and personalized in-car experiences, AI is becoming a core technology in next-generation mobility solutions. Market Overview Automotive Artificial Intelligence refers to the integration of machine learning, computer vision, and data-driven algorithms into vehicles and automotive systems. These technologies enable vehicles to perceive surroundings, make decisions, and continuously improve performance. The market is witnessing rapid expansion. It was valued at approximately USD 4.29 billion in 2024 and is projected to reach around USD 14.92 billion by 2030, growing at a CAGR of 23.4%. Some forecasts suggest even stronger long-term growth, with the market expected to exceed USD 50 billion by 2034, driven by autonomous mobility and connected vehicle ecosystems. Key Market Drivers 1. Growth of Autonomous and Semi-Autonomous Vehicles AI is the backbone of self-driving technology. It enables real-time decision-making, object detection, and navigation, significantly improving road safety and driving efficiency. 2. Rising Adoption of ADAS Advanced Driver Assistance Systems such as lane-keeping assist, adaptive cruise control, and collision avoidance rely heavily on AI-powered sensors and algorithms. 3. Increasing Demand for Connected Vehicles Modern vehicles are evolving into connected platforms. AI enables real-time data processing, cloud integration, and seamless communication between vehicles and infrastructure (V2X). 4. Electrification and Software-Defined Vehicles The rise of electric vehicles (EVs) and software-defined architectures is accelerating AI adoption for energy optimization, battery management, and system control. 5. Government Regulations and Safety Standards Regulatory bodies worldwide are promoting AI-enabled safety systems, encouraging automakers to integrate intelligent technologies into vehicles. Technological Advancements AI innovations are rapidly reshaping the automotive landscape: - Computer Vision for object detection and road analysis - Machine Learning & Deep Learning for predictive
Apr 1, 2026 · via timestech.in
News Key Takeaways - Harvard SEAS researchers and a multi-university team that includes information theorists and experts in wireless communications, optimization theory, machine learning, and robotics, introduce “cy-trust” as a quantitative measure of how much a robot or vehicle in a networked system should trust information from another agent before acting. - Their paper argues for cy-trust to be embedded in system designs for ride-share fleets, truck platoons and other automated cyber-physical systems. From birds flying in formation to students working on a group project, the functioning of a group requires not only coordination and communication but also trust — each member must be confident in the others. The same is true for networks of connected machines, which are rapidly gaining momentum in our modern world – from self-driving rideshare fleets, to smart power grids. Harvard computer scientists, together with a multi-university team that includes information theorists and experts in wireless communications, optimization theory, machine learning, and robotics, are presenting their vision for incorporating the concept of trust into emerging cyber-physical systems. A new paper led by Stephanie Gil, the John L. Loeb Associate Professor of Engineering and Applied Sciences in the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) and associate faculty member in the Kempner Institute, proposes a foundational framework to help multi-agent, connected systems decide what information they can trust before they act. “Cyber-physical systems are going to become very pervasive,” said Gil, who co-authored the paper in Proceedings of the IEEE. “The question is, how do we secure these systems? How do we make sure they are going to be resilient as they go into the real world? This is something we had to learn from making internet systems secure.” Cy-trust as a measure of trustworthiness The paper introduces the concept of “cy-trust:”
Apr 1, 2026 · via seas.harvard.edu
Walk into any patrol car today and a fully functioning mobile office is immediately visible. The modern police vehicle is no longer just a mode of transportation; it has become a digital command center, a lifeline to real-time intelligence, and the central hub for nearly every workflow an officer touches. From dispatch and records access to evidence collection, reporting, and situational awareness, policing has become intertwined with computing systems. This shift emerged not from technological trends but from operational necessity. Officers require instant access to information, reliable communication, and tools capable of performing despite the unpredictable realities of the field. A laptop that fails during a pursuit, a tablet that overheats at a crash scene, or a device that loses connectivity in a rural area is more than an inconvenience—it can compromise safety and disrupt critical operations. Purpose-Built Hardware As the policing profession has grown more complex, the hardware behind the badge has evolved just as rapidly. “Rugged computing in law enforcement in the early days was simply about survivability,” said Charlie Gibbs, director of product solutions at Getac North America. “The technology has evolved from a durable alternative to a desktop into a genuine tool.”1 Rugged computers, purpose-built tablets, and integrated accessories have become the backbone of modern policing. These devices are engineered to withstand vibration, weather, and drops. They are designed to run mission-critical applications without lag. Before rugged computing systems became mainstream, PatrolPC was developing devices for individuals who needed technology that could survive extreme conditions. The company’s origins trace back 27 years to specialized tablets designed for those with severe disabilities. These devices had to be intuitive, durable, and adaptable. “As it turned out, [we] soon realized that many of these unique features would be applicable in other specialized markets—first responders in particular,” said PatrolPC’s Sales
Apr 1, 2026 · via policechiefmagazine.org
WASHINGTON, DC, UNITED STATES, March 31, 2026 /EINPresswire.com/ — Cities worldwide are accelerating efforts to reduce emissions, creating new opportunities for shared-mobility operators to build smarter, lower-carbon fleets. As municipal governments and energy providers collaborate to develop more integrated infrastructure, evolving regulatory frameworks and stricter emissions standards are helping establish a clearer pathway for electrified mobility systems. For carsharing and shared-mobility operators, these developments represent more than a sustainability milestone—they enable the creation of transportation systems that are more efficient, predictable and scalable. Technology is playing a critical role in further reducing the environmental footprint of shared fleets. Intelligent fleet-management platforms are increasingly being used to ensure that vehicles are deployed where and when they are needed most. By predicting demand patterns and strategically positioning vehicles in advance, these systems minimize idle time, increase utilization rates and reduce the overall number of vehicles required to meet demand. Data analytics and artificial intelligence are significantly enhancing these capabilities. Advanced algorithms analyze patterns such as peak commuting hours, weather conditions and major local events to predict where vehicles are most likely to be requested in the near term. This predictive capability allows operators to reposition vehicles proactively, increasing efficiency across the network. The result is a system where vehicles spend more time in use and less time parked, maximizing the value of each vehicle while shrinking the environmental footprint of the entire fleet. Over time, the integration of connected vehicles, AI-driven optimization and autonomous mobility technologies is expected to create a more fluid and resource-efficient carsharing ecosystem. Autonomous Driving and the Next Chapter of Shared Mobility The mobility sector is now entering a new phase shaped by automation, evolving regulations and next-generation infrastructure. While today’s shared-mobility platforms have expanded rapidly, many still face operational challenges including uneven vehicle distribution, limited availability and
Apr 1, 2026 · via thenorthwestern.com
It’s now easier for Illinois residents to complete tasks after a vehicle purchase, with drivers able to pay required taxes and complete title registration at the same time. The combined services are only offered at one location, however. Illinois Secretary of State Alexi Giannoulias announced Tuesday the Illinois Department of Revenue opened a permanent office inside the Secretary of State's Flagship Center, located at 125 W. Monroe St. in downtown Chicago. The office allows customers to pay vehicle-related taxes connected to a range of services, making it possible for multiple tasks to be completed in a single visit, the Secretary of State's Office said in a news release. Stream NBC 5 for free, 24/7, wherever you are. Previously, vehicle owners were required to bring a check or money order as payment upon registering a vehicle for the first time. With the addition of IDOR services onsite, customers will be able to pay using cash or card. Customers using the service should bring all required paperwork, including titles, bills of sale and completed tax forms, to ensure timely processing, according to the Secretary of State's Office. Payments can be made by cash, check, money order, debit card or credit card. The Chicago Flagship Center, opened by Giannoulias last year, is a central part of his broader effort to modernize and streamline DMV services statewide. The IDOR office is open during regular Flagship Center hours, which are Monday through Friday from 7:30 a.m. to 5 p.m. The following IDOR forms are eligible for processing: - RUT-25 Vehicle Use Tax Transaction Return for vehicles purchased from an unregistered out of state dealer or retailer - RUT-25-LSE Vehicle Use Tax Transaction Return for lease transactions - RUT-50 Vehicle Use Tax Private Party Transaction Return for vehicles purchased from private parties - ST-556 Vehicle Use
Apr 1, 2026 · via nbcchicago.com
For the industry, the key questions are not rhetorical. How are safety improvements measured, communicated, and independently validated? What is the clearly stated operational design domain—where systems work reliably today—and how are transitions to and from automation handled so drivers can re‑engage safely? How are updates verified over a vehicle's life? And can solutions meet power, thermal, and cost constraints that make sense for mainstream vehicles, not just flagships? These questions sit at the center of the industry's push to scale advanced driver assistance across city streets, highways, and rural roads through common foundations. The Industry Picture Advanced driver assistance (ADAS) and automated driving (AD) have moved rapidly from premium options to mainstream expectations. With that shift comes a familiar set of challenges: delivering reliable performance across diverse road environments, validating safety at scale, managing power and cost, and ensuring that systems can be updated as sensors, regulations, and real-world conditions evolve. Automakers increasingly need platforms that can flex from entry-level features to sophisticated multi-sensor stacks without fragmenting software or hardware road maps. Automakers are developing ADAS and AD software stacks for these platforms to enable more advanced capabilities. They are adopting new types of AI models that can adapt to a broad range of driving conditions and situations. Automakers aren't doing this alone, though, and work with many companies throughout the automotive supply chain and the broader tech industry to achieve this. As automakers develop next-generation ADAS and AD solutions, it has become clear that the hardware and software in vehicles must be deeply integrated and optimized through data and real-world learning. Many well-known semiconductor companies have been working with automakers for years, enabling new vehicle functions not only through the chips they provide to automakers but increasingly through software. A major effort for automakers is developing AI models
Mar 31, 2026 · via caranddriver.com
Apple CarPlay just became a conversational AI interface. If your iPhone runs iOS 18.4 or newer and you have the latest ChatGPT app, you can now access OpenAI’s assistant directly from your car’s dashboard screen. The feature works exclusively through voice — no text conversations or scrolling through responses while driving, which aligns with Apple’s strict developer guidelines prohibiting visual outputs for voice-based apps in CarPlay. As reported by The Verge, relying on details first shared by 9to5Mac, the integration is live and marks one of the first meaningful intersections of generative AI and the daily commute. What This Actually Looks Like in Practice The experience is deliberately constrained, and that’s the right call. When you launch ChatGPT through CarPlay, you get a voice-only interface. You ask questions, give commands, or prompt the assistant, and it responds verbally. There’s no tempting wall of text drawing your eyes away from the road. Apple’s developer guidelines for this new category of “voice-based conversational apps” make the design philosophy clear: keep it auditory, keep it safe. What this means is that ChatGPT on CarPlay functions less like a chatbot and more like an advanced co-pilot. You could ask it to summarize your morning emails, explain a concept you’re studying, draft a message you’ll send later, or simply talk through a problem while stuck in traffic. It’s not replacing Apple Maps or your music controls. It’s adding a genuinely new capability to the in-car ecosystem — a persistent, knowledgeable voice that handles open-ended queries. Siri, by contrast, still struggles with complex multi-part questions and has limited ability to generate original content on the fly. The Broader Battle for Dashboard Intelligence This integration didn’t happen in a vacuum. General Motors made waves in 2023 by partnering with Microsoft to integrate ChatGPT directly into its vehicles’
Mar 31, 2026 · via startupfortune.com
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Mar 31, 2026 · via telecompaper.com
Android Auto has been around for more than a decade, with more than 200 million cars sporting the infotainment system around the world. To appeal to that many users, it has added a lot of customizable features and settings. Subsequently, getting the most out of Android Auto takes a bit of adjusting when it comes to settings and features. We're happy to give you some insider insight on some simple hacks that will make your commute that much more enjoyable. My ultimate Android Auto setup for a distraction-free drive The minimalist's guide to Android Auto Automatic activation Getting started automatically There's nothing worse than getting in the car, ready to head off to your destination, and being forced to connect to your desired infotainment system. Back in the day, you could just turn on your car and your radio would immediately kick in and provide you with some road tunes for your drive. No fuss, no muss. If you want that same experience with Android Auto, you're only a few settings away from getting started automatically. First, make sure that the Start Android Auto automatically setting is set to either Always or If used on the last drive. Default leaves a bit too much leeway, and I've found it struggles to do so without these settings. If you want to make sure your music or podcasts are playing right away, make sure that the Start music automatically setting is toggled on, so that your media will start playing as soon as you start driving. App prioritization Make it easy to access what you use Even when idle, driving isn't the best time to operate Android Auto, but sometimes you need to access an app in the middle of a drive. In situations like that, you want to be sure that
Mar 31, 2026 · via androidpolice.com
Daily 5 report for March 31: Chinese cars in U.S., imported from Canada? ‘That ain’t gonna happen’
March 31, 2026 03:00 PM EDT
Featured Stories
Iran war’s high gas prices reveal the auto industry’s class divide
Wealthy new-car buyers are insulated from fuel price volatility.
Mar 31, 2026 · via autonews.com
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Mar 31, 2026 · via media.stellantis.com
The United States will not allow Chinese-made electric vehicles entering Canada to cross into its market, according to US Ambassador to Canada Pete Hoekstra. Hoekstra said vehicles imported from China into Canada would be blocked from entering the US, regardless of Ottawa’s recent decision to ease tariffs on those models, reports Bloomberg. “Those cars can come in from China, come into Canada, but they’re not going to cross the border into the US,” Hoekstra said. “We’re not going to open the floodgates to Chinese cars entering the US from Canada.” Hoekstra said the position is based on national security concerns, particularly that of data collection and transmission in connected vehicles. The US has already restricts vehicles using certain Chinese and Russian technology, but Hoekstra did not outline exactly what enforcing such a move at the border would entail. Canadian Prime Minister Mark Carney reduced tariffs on Chinese electric vehicles this past January, allowing up to 49,000 vehicles into Canada over a 12-month period. In return, China agreed to lower tariffs on Canadian agricultural exports, including canola and lobster. Canada had previously imposed a 100 percent tariff on Chinese EVs, in alliance with US policy at the time. Hoekstra also minimized concerns about Canada’s role in US auto trade. He pointed out that vehicles produced in Canada often contain a high percentage of US-made parts. “Cars going across the border are 50 percent, 75 percent US content,” he said. “Those are the kind of cars we like coming in.”
Mar 31, 2026 · via autoweek.com
Gasgoo Munich- Changan Automobile has taken a significant step forward in its autonomous driving roadmap, announcing on March 29 that its in-house developed Robotaxi has secured a Level 4 (L4) autonomous driving test permit in Chongqing. The milestone signals regulatory recognition of the company's fully self-developed autonomous driving stack and marks further progress in its push toward higher levels of vehicle autonomy. Image source: Changan Automobile The permit was issued under Chongqing's pilot framework for intelligent connected vehicles, following a multi-stage review process covering both technical performance and regulatory compliance. Changan's approval reflects its capabilities across vehicle design validation, vertically integrated development, and safety assurance systems—factors that enabled it to pass a series of stringent evaluations. The approved Robotaxi platform will be equipped with Changan's proprietary “Tianshu” intelligent system, integrating technologies such as end-to-end interactive navigation assistance and multimodal AI foundation models. The vehicle features a distributed electric drive system enabling independent control of all four wheels, with response times as low as 10 milliseconds. This allows trajectory corrections within a tenth of a second, significantly enhancing vehicle stability. The company says its control optimization reduces the risk of loss of control on slippery roads by a substantial margin, while additional safety features include active stabilization in the event of a tire blowout. The permit represents a concrete outcome of Changan's “Dubhe Plan 2.0” intelligent mobility strategy, under which the automaker has pledged total investment of 50 billion yuan to build out its core autonomous driving technologies. Securing L4 testing clearance indicates that the company is moving beyond L3 commercialization pilots and into more advanced autonomous driving scenarios, a transition that places it among a growing group of Chinese automakers targeting higher-level autonomy. Chongqing has emerged as one of China's key testing grounds for intelligent connected vehicles, supported by a
Mar 31, 2026 · via autonews.gasgoo.com
SECURITIES AND EXCHANGE COMMISSION REPORT OF FOREIGN ISSUER PURSUANT TO RULE 13a-16 OR 15d-16 OF THE SECURITIES EXCHANGE ACT OF 1934 Commission File Number: 001-32618 Ituran Location and Control Ltd. (Exact name of Registrant as specified in its Charter) 3 Hashikma Street, Azour 58001, Israel (Address of Registrant’s principal executive offices) | Indicate by check mark whether the registrant files or will file annual reports under cover Form 20-F or Form 40-F. | | Form 20-F ☒ Form 40-F ☐ | | Indicate by check mark if the registrant is submitting the Form 6-K in paper as permitted by Regulation S-T Rule 101 (b) (1): | | Yes ☐ No ☒ | | Indicate by check mark if the registrant is submitting the Form 6-K in paper as permitted by Regulation S-T Rule 101 (b) (7): | | Yes ☐ No ☒ | | On March 31, 2026, Ituran Location and Control Ltd. issued a press release announcing the special general meeting results. A copy of this press release is annexed hereto as Exhibit 99.1. | SIGNATURE Pursuant to the requirements of the Securities Exchange Act of 1934, the registrant has duly caused this report to be signed on its behalf by the undersigned, thereto duly authorized. | ITURAN LOCATION & CONTROL LTD. | | | | (Registrant) | | | | | | | By: | /s/ Eyal Sheratzky | | | Name: | Eyal Sheratzky | | | Title: | Co-Chief Executive Officer | | Date: March 31, 2026 EXHIBIT INDEX | Exhibit No. | Item | | 99.1 | Press Release, dated March 31, 2026, announcing the special general meeting results. | 4 Ituran Location and Control Ltd. Announces the Special General Meeting’s results AZOUR, Israel – March 31, 2026 – Ituran Location and Control Ltd. (NASDAQ:
Mar 31, 2026 · via stocktitan.net
"Market Intelligence for High-Geared Performance" The automotive logging devices market size was valued at USD 7.69 billion in 2025. The market is projected to grow from USD 8.25 billion in 2026 to USD 15.88 billion by 2034, with a CAGR of 8.5% over the forecast period. Automotive logging devices are electronic systems installed in vehicles to automatically record driving activity, engine data, vehicle movement, and compliance information. They connect to the engine control module or onboard remote diagnostics port and transmit data through cellular, satellite, or paired connectivity for regulatory reporting, fleet management, safety monitoring, and operational optimization. The market is primarily driven by regulatory mandates such as Electronic Logging Device (ELD) and tachograph requirements, increasing fleet digitization, and the need for real-time operational visibility. Rapid growth in e-commerce logistics, rising focus on fuel efficiency, and the expansion of telematics-based insurance also accelerate product adoption. Additionally, demand for predictive maintenance and upgrades to 4G/5G connectivity is boosting device replacement and subscription-based revenue growth globally. Key players in the market include Geotab Inc., Samsara Inc., Trimble Inc., Verizon Connect, Continental AG (VDO), Motive, EROAD Ltd., and Powerfleet. The market trend is shifting toward integrated hardware and SaaS models, AI-driven analytics, and OEM-embedded telematics systems. Vendors are expanding globally, enhancing 5G connectivity, and bundling compliance, safety, and fleet optimization solutions to increase recurring subscription revenue. Expanding Regulatory Digitization Accelerates Compliance-Driven Adoption Governments worldwide are strengthening digital compliance frameworks for commercial transport, increasing adoption of automotive logging devices. Mandatory electronic recording of driving hours, harmonization of cross-border enforcement, and stricter audit trails are pushing fleets to transition from manual logs to certified electronic systems. This regulatory digitization not only increases first-time installations but also creates structured upgrade cycles as standards evolve. As enforcement mechanisms become more technology-centric, fleets are compelled to adopt tamper-resistant,
Mar 31, 2026 · via fortunebusinessinsights.com