Fatal Tesla Crash Sparks Self-<b>Driving</b> Concerns
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Autonomous Vehicles
Tesla deliveries beat expectations on recovering Europe demand
Tesla deliveries beat expectations on recovering Europe demand Tesla beat Wall Street expectations for second-quarter deliveries on Thursday, as recovering demand in Europe offset subdued demand in North America and intense competition from Chinese automakers. The company delivered 480,126 vehicles in the April-June period, up about 25% from a year earlier. Analysts on average had expected deliveries of 402,776 vehicles, according to Visible Alpha data. The recovery was driven by improving demand in Europe, where Tesla saw a rebound in demand in several key markets after a sharp slump last year that analysts partly attributed to brand damage from CEO Elon Musk's political activities. Demand in the United States has also shown signs of stabilizing after a sharp drop following the expiry of the $7,500 federal EV tax credit at the end of September. Tesla has continued rolling out its Full Self-Driving (FSD) advanced driver assistance software in Europe, although it is available in only a handful of countries. Analysts expect broader availability over the coming months to support demand. Tesla's China-made EV sales have risen this year, helped by production of the refreshed Model Y, despite intense competition from BYD and other domestic automakers. Wall Street has increasingly looked past quarterly delivery figures as Musk shifts Tesla's focus toward artificial intelligence, autonomous driving, humanoid robots and energy infrastructure. Tesla expanded its robotaxi operations after launching a limited commercial service in Austin in June. Musk has said the company intends to rapidly expand the service through 2026. Production of the Cybercab, Tesla's purpose-built autonomous vehicle without pedals or a steering wheel, is expected to ramp up later this year. Wall Street has increasingly looked beyond vehicle deliveries, focusing instead on Tesla's AI, robotics and autonomous driving ambitions. Tesla's valuation of roughly $1.6 trillion depends heavily on those long-term businesses even
Is UBER's AV Push Reason Enough to Invest in the Stock Currently?
Is UBER's AV Push Reason Enough to Invest in the Stock Currently? Uber Technologies UBER is looking to establish a strong foothold in the lucrative robotaxi space through a partnership-focused approach. The global autonomous vehicle market, valued at $3.36 trillion in 2025, is expected to reach $4.44 trillion in 2026 and $41.75 trillion by 2034, at a compound annual growth rate of 32.3% during 2026-2034, according to Fortune Business Insights. In 2020, Uber sold the self-driving division but retained its focus on becoming the ultimate ride-hailing super app. Multiple collaborations highlight Uber’s commitment to integrating cutting-edge AV technologies into its platform. By working with third-party autonomous technology developers, the company sidesteps the heavy research and development costs required to build proprietary self-driving systems. Uber’s dominant market share in the ride-hailing industry also gives it a unique advantage. With its vast network of drivers and customers, Uber can quickly scale autonomous services once the technology matures. Its app is designed to integrate AVs from multiple partners, giving users a variety of options. Some Recent AV Collaborations of Uber Last month, Uber, in collaboration with WeRide WRD, a Chinese autonomous vehicle company, announced plans to introduce commercial robotaxi services in the Greater Zurich Region. This move represents their second joint deployment in Europe, coming just weeks after the announcement of a similar initiative in Madrid. The service is expected to commence later this year in partnership with Switzerland’s Federal Roads Office (“FEDRO”), pending regulatory approvals. At launch, passengers will be able to access the robotaxi service through the Uber app. The launch builds on the partners’ growing track record in autonomous mobility. Since December 2024, WeRide and Uber have introduced robotaxi services across several Middle Eastern markets, including fully driverless commercial operations in Abu Dhabi and Dubai, as well as public services
Tesla sales surpass expectations for second quarter as Musk backlash seems to cool
Tesla blew past Wall Street estimates for second-quarter deliveries on Thursday, posting a record for the period as recovering demand in Europe outweighed persistent weakness in North America. The strong figures suggest Tesla’s mainstay auto business is regaining momentum after two straight annual sales declines, providing the spending cushion needed to power its ambitions in autonomous driving and artificial intelligence – the main drivers of the company’s roughly $1.6tn valuation. Tesla expects to spend more than $25bn on capital expenditure in 2026, nearly triple the $8.5bn last year, to expand AI infrastructure, battery production, Cybercab manufacturing and Optimus robots. “I think the huge growth in Europe is the key driver for Tesla right now. US sales still appear to be down, albeit less than the broader US EV decline, while China is seeing small growth,” said Seth Goldstein, senior equity analyst at Morningstar. Tesla’s recovery in Europe was aided by government EV incentives, faster electrification of corporate fleets, higher fuel prices and an easing of the consumer backlash over CEO Elon Musk’s far-right politics last year. The company delivered 480,126 vehicles in the April to June period, a record for the second quarter and up about 25% from a year earlier, easily surpassing analysts’ average estimate of 402,776 vehicles, according to Visible Alpha data. Tesla produced 451,758 vehicles during the quarter. The deliveries exceeded production by more than 28,000 vehicles, leading the company to draw down inventory that it built up during the first quarter. The company’s China-made EV sales have risen this year, helped by production of the refreshed Model Y, despite intense competition from BYD and other domestic automakers. Earlier in the day, smaller rival Rivian raised its annual deliveries forecast and beat estimates for second-quarter deliveries. Tesla has continued to roll out its “full self-driving” (FSD) advanced
<b>Autonomous Vehicle</b> Safety Measure Advances Out of State Assembly Committee
Autonomous Vehicle Safety Measure Advances Out of State Assembly Committee SACRAMENTO, CA — California State Senator Dave Cortese (D-San José) today announced that his Senate Bill 1246 (SB 1246), legislation establishing stronger oversight, accountability, and transparency standards for autonomous vehicle operations in California, has been passed by the Assembly Committee on Communications and Conveyance, moving the measure one step closer to final legislative approval. "As autonomous vehicle technology continues to evolve, California has a responsibility to ensure innovation never comes at the expense of public safety," said Senator Cortese. "SB 1246 establishes common-sense guardrails that promote oversight, accountability, and transparency so everyone who shares our roads—drivers, cyclists, pedestrians, first responders, and robotaxi passengers—can have confidence that autonomous vehicles are operating safely." SB 1246 strengthens California's regulatory framework by requiring greater transparency from autonomous vehicle operators, establishing clear accountability standards for remote operations, and improving communication between autonomous vehicle companies and emergency responders. The bill is intended to ensure that the rapid deployment of autonomous vehicle technology is accompanied by meaningful public oversight and safety protections. "Every Californian deserves to know that the vehicles operating on our streets are subject to clear rules and meaningful accountability," Cortese said. "This bill recognizes that safety must remain our highest priority while California continues to lead the nation in transportation innovation." SB 1246 now advances to the State Assembly Appropriations Committee. Senator Dave Cortese represents Senate District 15, which encompasses San Jose and much of Santa Clara County in the heart of Silicon Valley. Visit Senator Cortese’s website: https://sd15.senate.ca.gov Contact: Mario B. Lopez, Communications Director Office of Senator Dave Cortese | District 15 Phone: 408-545-8205 | Email: Mario.lopez@sen.ca.gov ###
Senate seeks to expand, restrict AI use with Department of Defense By Debi DeSilver
WASHINGTON, D.C. – Artificial intelligence and its potential for new weapon systems is not a new idea within the Department of Defense. According to a June 2023 DoD report, the department has been “investing in artificial intelligence and responsibly fielding data - and AI-enabled systems for over 60 years.” The 26-page report titled Data, Analytics, and Artificial Intelligence Adoption Strategy: Accelerating Decision Advantage is available at media. defense.gov. On June 8, Senate bill 4707 was introduced with a goal of amending Title 10 of the United States Code. Title 10 is a massive, multi-volume legal framework that serves as the foundational rulebook for the U.S. armed forces, according to uslawexplained.com/ title_10. Since its inception in 1956, the rulebook has been amended several times to stay current with relevant circumstances. For example, Title 10 was amended in 2019 to include the U.S. Space Force as a new, independent branch of the armed forces. The current amendment request is to establish a policy for the DoD to maximize autonomy and artificial intelligence systems, to establish requirements relating to departmental review and verification of autonomous weapon systems, and artificial intelligence capabilities and other purposes. U.S. Sens. Christopher Coons, D-Del., and Jack Reed, D-R.I., introduced the measure, also known as the Responsible Artificial Intelligence Defense Act of 2026 (RAIDA). If passed through the U.S. House of Representatives and enacted into law, it will be the first statutory framework governing the DoD acquisition, testing and use of AI-enabled autonomous weapon systems and other AI capabilities, according to www.govinfo.gov/app/ details/BILLS-119s4707is. “The legislation aims to maximize AI adoption for defense purposes while ensuring that human judgment, safety, and legal compliance remain central to military operations,” the document said. U.S. Army: Ground and Air Platforms Defense industry giants revealed a “striking lineup” of next-generation land warfare systems at
Industry Insights: The Wave Energy Revolution is Coming, But it Needs <b>Autonomy</b>
Industry Insights The Wave Energy Revolution is Coming, But it Needs Autonomy In May of 2026 the Portland, Oregon based start-up Panthalassa raised $140 million in funding at a valuation reported near $1 billion. It hopes to build unmoored, buoy-like AI data centers in the open Pacific, powered by wave energy and connected to the internet by satellites. The first pilot nodes are planned for deployment later this year. Panthalassa is geographically well-positioned to pursue its idea, as the Pacific Northwest is a hotspot for marine research. Less than a hundred miles away, off the coast of Newport, Oregon, sits PacWave, the only grid-connected wave energy site in the continental United States. Geoff Hollinger, who leads the Robotic Decision Making Laboratory at Oregon State University, says that by some estimates up to 60% of the West Coast's energy needs could be met with marine energy. But wave energy is not a solved problem. Even Europe, the leader in this field, has only a handful of operational wave energy generation projects. One obstacle is the cost of the deployment and maintenance large wave energy generation arrays will require. "Doing things in the ocean is incredibly expensive, and hopefully these start-ups are thinking about how expensive it’s going to be," says Hollinger. Ships must move to the site, and the people who operate those ships need specialized knowledge. "If you scale up marine energy to the point where you have energy arrays along the whole coast, you would not have enough ships to service them. There's just no way." Hollinger's lab has spent four years on a Department of Energy-funded project researching how autonomous underwater vehicles (AUVs) can be adapted to solve this problem. A portion of the research has focused on something that seems deceptively simple: teaching AUVs to dock with
Nissan Motor CEO Ivan Espinosa Talks <b>Autonomous Driving</b>, Making Cars in US
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Avatr Secures L3 <b>Autonomous Driving</b> Test License
Gasgoo Munich-On July 1, Avatr Tech announced it had secured an L3 autonomous driving test license, with road testing for its vehicles now proceeding steadily as planned. For now, Avatr will conduct on-road verification using Chongqing’s open public test routes. The company is simultaneously pushing ahead with reliability tests for road access, aiming to fine-tune the system for China’s complex road conditions and diverse traffic scenarios. The company has launched a suite of compliance tests covering L3 function verification, functional safety, SOTIF (Safety of the Intended Functionality), regulatory compliance, and DSSAD data recording. This rigorous, multi-dimensional testing framework is designed to ensure the safe and compliant rollout of Avatr’s L3 technology. Image Source: Avatr With clearly defined Operational Design Domain (ODD) boundaries, Avatr’s L3 system targets stable and mature operation on highways and urban expressways, supporting speeds of up to 120 km/h. The system handles high-frequency scenarios with ease, including automatic speed limit adjustments, cut-ins and cut-outs by other vehicles, tunnel navigation, intelligent lane changes, and automated ramp entry and exit. By covering core demands for highway and expressway travel, it significantly reduces driver fatigue, delivering a safer, easier, and more efficient driving experience. Avatr says its L3 system is developed against the safety standards of professional drivers and includes a comprehensive emergency response mechanism. In extreme scenarios—such as driver takeover timeouts or incapacitation—the vehicle can autonomously execute a minimal risk strategy, smoothly pulling over to a safe stop to mitigate road hazards. The system also features several human-centric safety configurations. When L3 is active, it automatically activates wipers, headlights, and defoggers based on weather conditions, ensuring clear visibility at all times. Regarding public road compliance, the system accurately identifies emergency vehicles—such as police cars, fire trucks, and ambulances—and actively yields to them, balancing intelligent travel safety with public traffic
A Houston company ran an all-electric drone 7,500 feet down off Louisiana with no cable at ...
For as long as robots have worked the floor of the ocean, they have done it on a leash. A remotely operated vehicle hangs off a thick umbilical cable that pipes down power and commands, and up on the surface a ship sits parked over the worksite, burning fuel and paying a crew by the day to babysit the whole rig. That cable is a big part of why offshore inspection costs what it costs. A Houston company called Nauticus Robotics has spent the last year proving you can cut it. Its flagship vehicle, an all-electric autonomous machine called Aquanaut, ran down to 2,300 meters (about 7,500 feet) roughly 150 miles off the coast of Louisiana with no umbilical attached at all. No cable feeding it power. No cable telling it what to do. That depth number matters more than it looks, and so does what the robot did once it got there. But the cut cable is the headline. The cable was always the expensive part Subsea ROVs are proven, capable, and everywhere. They are also tied to the surface by that umbilical, and the umbilical drags a whole cost structure behind it. To manage a tethered vehicle in deep water you need a large vessel with the winches, cranes, and handling gear to pay out the cable and reel it back without snapping it. You need people running that gear around the clock. You need weather good enough for a big ship to hold station. Take away the tether and, in theory, a lot of that topside hardware goes away with it. That is the pitch. Nauticus describes its vehicles as untethered, which it says “eliminates the need for topside structures” and makes the work safer for the humans who would otherwise be minding a cable in open
Why strategy matters as much as technology in the robotaxi race
Featured Stories Hybrid surge drives Toyota, Honda, Hyundai, Kia to June gains; GM slips while Stellantis, Nissan rise in Q2 U.S. light-vehicle sales are forecast to rise 4.4 to 8 percent in June, capping a first half that will be weaker overall compared to 2025, analysts say.
Company building <b>automated</b> garage in Raleigh in 'advanced' talks for driverless projects elsewhere
The technology company delivering and operating Raleigh's first automated parking garage is in "advanced" talks to find and build similar garages specifically for driverless cars in other cities, as redevelopment is currently underway on a prime plot of real estate downtown. "We have an equity group actively looking for sites to build AUTOParkit garages for autonomous vehicles," Christopher Alan says, CEO of the autonomus parking company AUTOParkit. Other WRAL Top Stories In recent weeks, a large field of roadside trees have been cleared off Kindley Street near downtown, paving way for a 228-space automated parking deck that will be part of the greater Gateway Corridor project. Alan, whose company AUTOParkit is the manufacturer and operator of the autonomous parking system within the deck, previously told WRAL the company has had "perimeter talks with autonomous vehicle companies. When asked at a site survey this June, Alan said there was "quite a bit of advancement" on the matter, telling WRAL there are project discussions for driverless car garages in Los Angeles, San Francisco and potentially Austin, Texas that would incorporate his company's parking technology. “The financial group behind this is invested in driverless cars, driverless taxis. All of those need to be charged, parked somewhere," he said. AUTOParkit's system can park cars on its own using an automated load bay system, in which drivers deposit their vehicles into a kiosk-like underground system. The electric vehicle capable spaces can be upscaled to house autonomous, driverless cars. Whether AUTOParkit's progress with driverless car facilities in other cities translates to Raleigh is unclear. Alan, who says the project is slated to park its first car by year's end, says conversations would need to happen now to have them materialize in the coming years. "Those are discussions that need to happen now to happen 5-8 years
New California laws go into effect on July 1. Here's what to know
New California laws go into effect on July 1. Here's what to know A new round of laws will impact Californians across the state when they go into effect on July 1. The laws vary in objective, including ensuring access to healthcare for expectant families in rural areas and prohibiting cell phone use for students at school. Here are some of the key new laws that will affect Californians. Streaming service ads have to quiet down A bill supported by many parents of restless infants, Senate Bill 576 limits the volume of advertisements that are played on streaming services. Now, ads will have to remain at the same or lower volume as the show or movie the user is watching. The bill affects streaming services like Netflix, Amazon Prime Video and more. A similar law was already implemented at the federal level for regular TV broadcasters in 2010, well before streaming services we use today hit the mainstream. Widespread cell phone ban at public schools Cell phone bans have been enacted at several school districts across the state, including in Los Angeles, and now, they'll be used statewide. Assembly Bill 3216 requires all school districts to enforce rules prohibiting student use of phones while under supervision. Policies must be updated every five years. Exceptions are made for emergency situations and activities allowed by teachers or instructors. Gender-neutral restrooms required at public schools All public schools in California must provide access to at least one gender-neutral restroom that's inclusive of all students. SB 760 requires clear signage indicating the restroom's inclusiveness. More clarity on food expiration dates Under AB 660, manufacturers for food products will use standardized language for expiration dates on packaging. They include "use by/use or freeze by" for items that could pose a safety risk for consumption after
A dual-layer hybrid path planning method for <b>autonomous vehicles</b> via multi-strategy ...
Abstract To address the limitations of traditional path planning algorithms—such as insufficient initial exploration, a tendency to get stuck in local optima, and weak dynamic obstacle avoidance capabilities—this paper proposes a two-layer hybrid path planning framework consisting of an upper-layer global planning component and a lower-layer local obstacle avoidance component. The upper-layer algorithm incorporates multiple strategic improvements to the traditional Grey Wolf optimization algorithm. It introduces the Sobol sequence and a lens-based reverse learning mechanism to optimize the initial population distribution. It combines annealed Softmax dynamic weights with a spiral approximation mechanism to enhance optimization accuracy and robustness. The underlying algorithm employs an adaptive prediction time-domain strategy tailored for the dynamic window method, enabling it to dynamically adjust the prediction horizon based on the complexity of the environment. Furthermore, by reformulating the evaluation function to incorporate dynamic safety constraints and motion smoothing factors, we significantly enhanced vehicle safety during high-speed operation. Experimental results show that, in a static grid environment, the improved global algorithm reduced path lengths by approximately 17.92% and 53.20% on maps of different scales compared to the original algorithm. In a high-fidelity Gazebo physics simulation containing multiple dynamic obstacles, the hybrid framework demonstrated exceptional real-time re-planning capabilities. Compared to existing fusion approaches, it generated shorter planning paths, achieved lower average runtime, and significantly reduced the number of turns. Similar content being viewed by others Funding This work was supported in part by the Research on High-Quality Development of the New Energy Industry under Grant 51800522509. Author information Authors and Affiliations Corresponding author Ethics declarations Competing interests The authors declare no competing interests. Additional information Publisher’s note Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations. Rights and permissions Open Access This article is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International
South Korea Pushes Digital Infrastructure For Safer <b>Autonomous Cars</b>
On July 1, 2026, the conversation around the future of autonomous vehicles in South Korea took a significant turn as Democratic Party lawmaker Song Ki-heon hosted a pivotal policy forum at the National Assembly Member's Office Building. Titled "Digital Infrastructure Policy Tasks for Safer Autonomous Driving," the event drew a diverse array of experts from the fields of mobility, autonomous driving, academia, industry, and government, all converging to tackle one of the most pressing issues facing the next generation of transportation: how to ensure that technological advances truly translate into safer roads for everyone. Song Ki-heon, representing Gangwon Wonju-eul and now in his third term, opened the session with a pointed observation. "The development of autonomous driving technology does not guarantee safety alone," he stated, according to MBN. He went on to clarify, "In complex road environments, it is difficult to fully perceive all risks with just the vehicle's sensors and artificial intelligence. Therefore, a real-time digital infrastructure connecting vehicles, road infrastructure, and users must be built together." Song's remarks set the tone for a day of frank discussion about the limitations of current approaches and the need for a more interconnected, forward-thinking strategy. The forum's central theme was the real-world necessity of V2X (Vehicle-to-Everything) technology—a digital infrastructure that enables vehicles, roads, and even pedestrians to communicate in real time. Attendees widely agreed that such a system is essential if the promise of autonomous driving is to be fulfilled not just in theory but in the day-to-day safety of ordinary citizens. As reported by Wonju Newspaper, the consensus was clear: only by linking every road user through a shared digital network can the full benefits of self-driving technology be realized. The first keynote was delivered by Professor Park Man-bok of Korea National University of Transportation, who did not shy away
Lime raises $167M in IPO after years of teasing a public debut | TechCrunch
Micromobility company Lime has raised $167 million in its IPO, ending an almost decade-long run as a private company that saw wild valuation swings as it navigated multiple major hype cycles and a global pandemic. The nine-year-old scooter and bike company, which is backed by Uber, sold 6.68 million shares at $25 each, at the mid-point of its $24 to $26 price range. Shares started trading on the Nasdaq stock exchange under the ticker “LIME” on Wednesday afternoon, jumping around 9% in the first hour. The long-awaited IPO pegs Lime’s valuation at around $1.66 billion, just shy of the price fellow micromobility company Bird got when it merged with a special purpose acquisition company in 2021. “Having that resilience and patience and belief and optimism that we will get through the toughest moments [has] really paid dividends over the long run, because there were many days, weeks, months, where I wasn’t sure if Lime was going to make it past the next three months, four months,” CEO Wayne Ting told TechCrunch in an interview Wednesday. “To be here today as a public company feels incredibly rewarding, and it took a lot of heart, sweat, and tears to get to this point.” Lime has been considering an IPO for years. In 2021, following a $523 million funding round, Ting told TechCrunch the company was eyeing an IPO in 2022. He reheated the idea in 2023, saying that Lime was still waiting for the right market conditions. Ultimately, though, Ting said he only wanted to go public when he could prove to the market that Lime was a far more durable company than one like Bird. “We felt like we needed to demonstrate we were going to be a self-sustaining, profitable, free cash flow positive business, and that only happened over the
Wayve launches $85M employee tender offer at $8.5B valuation | TechCrunch
Wayve, a U.K.-based self-driving tech startup, is allowing its employees to sell a portion of their vested equity. The $85 million tender offer — essentially a structured opportunity for employees to sell shares back to investors — is being led by the company’s existing and new investors at the company’s latest valuation of $8.5 billion. That valuation was set in February when the nine-year-old company raised a $1.2 billion Series D led by Eclipse, Balderton, and SoftBank Vision Fund 2, and included participation from Ontario Teachers’ Pension Plan, Baillie Gifford, Microsoft, Nvidia, and Uber. This is Wayve’s second employee liquidity event. The company previously held a tender offer alongside its $1.05 billion Series C funding round in May 2024. Wayve’s offering is part of a growing trend of AI startups. Rather than waiting years for an exit, companies are using tender offers as a retention tool, giving employees a reason to stick around rather than jump to a competitor — or start their own shop — the moment their options vest. Other startups that have recently completed employee tender offers include Decagon, which builds AI agents that handle customer service for enterprises like Duolingo and Hertz; ElevenLabs, the AI voice-generation company behind much of the internet’s synthetic speech and dubbing tools; Linear, a popular project-management platform built for software teams; and Clay, a sales and marketing automation tool that helps companies research and reach prospects. (Clay has run two tenders in the last nine months alone.) These startups are able to provide employee liquidity primarily because investors are eager to buy more of the equity in these high-growth companies, even at a premium, betting the businesses will be worth even more down the line. Wayve uses a self-learning approach to its autonomous driving. Instead of relying on the prebuilt, high-definition
Tesla Starts Testing Steering-Wheel-Free Cybercab On Austin Streets. Can It Match Waymo?
Tesla Starts Testing Steering-Wheel-Free Cybercab On Austin Streets. Can It Match Waymo? Tesla wants to sell Cybercabs without steering wheels to the general public. Will it work? Tesla has begun testing a steering-wheel-free version of its Cybercab robotaxi in Austin, Texas, the company announced Monday on X. Tesla made the announcement with a 27-second video on the platform, which showed a safety monitor sitting in the right seat of the Cybercab. I say "right seat," not "passenger seat," as they're both effectively passenger seats in this version. The Cybercab was designed to have a cabin free of traditional driving controls. CEO Elon Musk confirmed that intention at its launch event in October of 2024. But until now, the prototypes we've seen testing in public have featured traditional steering wheels and pedals. That's not an ideal setup for a two-seat robotaxi, as you'd have to sit as a passenger while the steering wheel directly within reach either turned with the front wheels or sat their disconnected and dumb. Yet the no-wheel design poses its own challenges. The robotaxis that both Tesla and Waymo have deployed commercially all feature steering wheels and pedals as backup options, so first responders or company employees can maneuver the cars if necessary. They can typically be remotely piloted from a control center for these scenarios, too, which is how Amazon-owned Zoox launched autonomous robotaxis without a steering wheel or pedals. That approach won't be quite as easy for the Cybercab, though, if Tesla delivers on its initial promises. The company says it'll sell Cybercabs to private customers. That'd be a huge departure from its rivals, which operate their own robotaxis and can therefore remotely control them or retrieve them in the case of a software or hardware issue. But if you personally own a Cybercab, and
Liability and Insurance in the Era of <b>Autonomous Vehicles</b> | Aju Press
The global autonomous driving market is rapidly expanding. In the United States, companies like Waymo are accumulating extensive operational data through their robo-taxi services, while Tesla is advancing its Full Self-Driving (FSD) technology. In China, the government is promoting infrastructure development and regulatory easing to expand its driverless taxi services. South Korea is also working to establish regulations and infrastructure for the commercialization of Level 4 autonomous vehicles by 2027, including the operation of nationwide pilot zones and the creation of autonomous driving demonstration cities. To effectively respond to the commercialization of autonomous vehicles, discussions regarding the liability framework are essential. Given that most compensation for damages occurs through auto insurance, it is crucial to reform the insurance system. Understanding the stages of autonomous driving technology is a necessary first step. Currently, advanced driver-assistance systems (ADAS) are at Levels 1 and 2, where the human driver remains in control. In contrast, from Level 3 onward, the autonomous driving system takes over driving responsibilities, and at Level 4 and above, full autonomy is possible without driver intervention under specific conditions (Operational Design Domain, ODD). Ultimately, at Levels 4 and above, the key issue becomes determining who is liable when an accident occurs. In response, major countries are establishing new liability frameworks. The United Kingdom, Germany, and Japan are defining the obligations and responsibilities of manufacturers and operators during autonomous operations and are reforming related regulations. Observing these developments suggests that the focus of liability is shifting from individual drivers to system operators in the autonomous driving era. However, most discussions are centered around corporate-operated services like robo-taxis and autonomous shuttles, indicating that further examination is needed regarding the liability framework for privately owned autonomous vehicles. From the insurance industry's perspective, changes in liability are as significant as changes in accident risk.
How Keval Babu Revolutionized a Recycling Program to Turn <b>Autonomous Vehicle</b> ...
How Keval Babu Revolutionized a Recycling Program to Turn Autonomous Vehicle Hardware Waste into Sustainable Innovation Keval Babu is an accomplished manufacturing and hardware engineering professional whose career spans more than a decade across mechanical design, advanced hardware manufacturing, and supply chain operations. His work sits at the heart of America’s rapidly expanding autonomous vehicle sector, where he plays a pivotal role in shaping the manufacturing readiness and long-term scalability of robotaxi platforms. As a Senior Technical Program Manager, Keval operates at the intersection of engineering innovation and operational execution—an arena where only a small number of specialists possess the breadth of expertise required to influence both technological direction and national competitiveness. His leadership has repeatedly accelerated the development of next generation autonomous hardware, strengthened U.S. capabilities in a multi trillion-dollar global industry, and established new benchmarks for reliability, sustainability, and manufacturability. Across his career, Keval has demonstrated a rare combination of strategic thinking and hands on technical mastery. He has streamlined complex manufacturing pipelines, architected high impact hardware programs, and delivered cross functional initiatives that directly shape industry standards. Transforming Hardware Waste Through Sustainable Innovation The way autonomous test vehicle waste is handled is being redefined by an innovative recycling program in the Autonomous Vehicle sector – a program driven and led by Keval Babu is a prime example of it which reduces the organization’s environmental footprint while resulting in significant cost savings. Through a 3-pronged tactical approach involving reuse, repurposing, and recycling, this initiative has made the decommissioning of autonomous test vehicles into a model of sustainable innovation. First-of-its-Kind Program In order to define and create a first-of-its-kind, end-to-end autonomous vehicle decommissioning program, Keval was resourceful and creative. Managing a cross-functional team of 11 professionals from eight different departments, he successfully planned and managed the deprecation of outdated