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Tag: Autonomous Vehicles

  • Cybertruck Finally Gets Full Self-Driving (Supervised)

    Cybertruck Finally Gets Full Self-Driving (Supervised)

    A select number of all-electric Tesla Cybertrucks now have the ability to drive on US highways hands-free, after the automaker pushed an update to vehicles this morning. Tesla AI head Ashok Elluswamy wrote on X that Cybertrucks will be the first Tesla vehicles to receive the “end-to-end on highway” driving feature, which the company says uses a “neural net” to navigate all parts of highway driving.

    “Nice work,” Tesla CEO (and X owner) Elon Musk responded to his AI chief.

    The feature appears to be in “early access,” meaning it’s available only to some Cybertruck owners who purchased the feature. It’s unclear when the automaker will release the feature more widely. Tesla, which disbanded its public relations team in 2021, did not respond to WIRED’s request for comment.

    Tesla owners’ manuals maintain that the full-self-driving feature, or “FSD (Supervised),” should be used only if drivers are paying attention to the road. The feature reportedly turns off if it detects that drivers are looking elsewhere. Critics have argued that Tesla’s marketing incorrectly leads drivers to assume that FSD can truly drive itself and that the automaker hasn’t been proactive in preventing driver misuse.

    Customers who purchased base model Cybertrucks early, at preorder, paid $7,000 for access to the driving feature, with some waiting almost a year for it to be available on their trucks. Tesla owners can now subscribe to the FSD (Supervised) feature at $99 per month.

    One Cybertruck driver reported on X that, based on driving this morning, the feature is “working well.”

    The feature’s introduction is some much-needed good news for the Cybertruck, which has faced a rocky introduction into Tesla’s lineup. The vehicle was delayed for years by the Covid-19 pandemic and by engineering issues. (A leaked “alpha” briefing on the vehicle, first reported by WIRED, found that the truck had serious issues with braking, handling, and noise.)

    The all-electric truck has also been subject to a handful of safety recalls, including one in which the company had to repair or replace accelerator pedals that had gotten stuck.

    As more automakers rush into the electrification race, and Tesla’s huge lead in electric cars has been eroded by other manufacturers, Musk and company seem to believe that “self-driving” features enabled by AI will help Tesla regain its edge. “The value of Tesla overwhelmingly is autonomy,” Musk told investors this summer.

    The US road safety regulator, the National Highway Traffic Safety Administration, has found that Tesla’s Autopilot feature, an older and less sophisticated version of FSD, didn’t sufficiently prevent drivers from misuse—and was involved in 13 fatal crashes between 2018 and 2023. After a years-long investigation into Autopilot, last year Tesla recalled 2 million vehicles with Autopilot. (The automaker said it did not agree with the government’s conclusions.)

    Earlier this year, Tesla settled a lawsuit brought by the family of a Northern California man who died while using Autopilot on his Model X.

    Tesla also faces a class action lawsuit alleging it misled customers who purchased Teslas after Musk promised the cars had everything they needed to drive autonomously. Eight years later, Tesla has made significant improvements to its driverless features and has plans to make big bucks off the feature—but still hasn’t produced self-driving technology.

    That could change this month. Musk has promised that Tesla will unveil a self-driving taxi, calling it a Cybercab, at an event in Southern California on October 10.

    Aarian Marshall

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  • Waymo Is Picking Up at the Airport. That’s a Big Deal

    Waymo Is Picking Up at the Airport. That’s a Big Deal

    On Tuesday, Alphabet’s self-driving vehicle developer Waymo said it would begin operating all-day, curbside pickups and drop-offs at Phoenix Sky Harbor International Airport in Arizona. The announcement came with little fanfare—a post on X. But it signals that after years of delay, self-driving vehicles might be (literally) moving in the right direction.

    The new curbside airport service sends a good signal about Waymo’s business, says Mike Ramsey, an automotive analyst with Gartner. “The airport is the primary destination and departure point for any sort of mobility service, whether it’s a cab, shuttle bus—or an autonomous robocab,” he says. Almost a decade ago, then-upstarts Uber and Lyft fought hard to gain access to airports. Less price-sensitive business travelers, families lugging bags, and anyone who doesn’t want to spend money to park at the airport all want easy-to-access rides, making it an ideal place to base a taxi service.

    Even before all-day curbside service began, the airport was Waymo’s most popular destination in Phoenix, says Brad Gillette, Waymo’s market lead in the city. Waymo has operated self-driving vehicles in Arizona since 2017, and began offering rides to Phoenix’s airport at the end of 2022. For the first year of service, passengers could only get picked up and dropped off from the stations along the airport’s “Sky Train”—areas with less intense traffic. Late last year, Waymo began to offer nighttime curbside service between 10 pm and 6 am, also periods in which the airport was less hectic. Now, the service is open anytime, to anyone who downloads the company’s Waymo One app.

    The company says it has served nearly 100,000 rides to and from the airport since it first started its station service nearly two years ago, and is now serving thousands of travelers per week.

    The airport departures and arrivals curbs are also a really difficult place to drive. Cars pulling in and out, hunting for passengers, operating in tight spaces—this sort of thing is hard enough for a human. Gillette says it took Waymo a year of testing to ensure the company’s technology “can predict and react appropriately, with a certain level of assertiveness, in order to pull into the right place at the right time.”

    Waymos will pick up and drop off from designated terminal rideshare and electric vehicle pickup areas, Eric Everts, a public information officer for the Phoenix Sky Harbor International Airport, said in an email. Through Waymo’s app, passengers will be given specific dwell times to load into vehicles, and the cars will leave them behind if they don’t hit the deadline, Everts wrote—implying that traffic cops won’t have to hassle the driverless vehicles to move along.

    Bumpy Ride

    Last summer, curbside pickup and drop-off became a point of contention as Waymo and competitor Cruise both applied to begin full-time paid passenger robotaxi service in San Francisco—to, basically, officially take on Uber and Lyft in the city where those services were born. In letters to the regulator overseeing the permitting, the city of San Francisco said it was concerned that robotaxis weren’t pulling close enough to curbs to pick up and drop off passengers.

    For California regulators, who control autonomous vehicle operations in the state, the concern wasn’t much of a sticking point: A commission approved the permits in August 2023. (Cruise has since had its permit to operate rides in the state revoked, after state officials alleged the company concealed details of an incident in which an autonomous vehicle dragged a pedestrian some 20 feet.) But for some city officials and residents, robotaxis’ behavior at the curb was enough to say, no thanks.

    Aarian Marshall

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  • Tesla Autopilot Was Uniquely Risky—and May Still Be

    Tesla Autopilot Was Uniquely Risky—and May Still Be

    A federal report published today found that Tesla’s Autopilot system was involved in at least 13 fatal crashes in which drivers misused the system in ways the automaker should have foreseen—and done more to prevent. Not only that, but the report called out Tesla as an “industry outlier” because its driver assistance features lacked some of the basic precautions taken by its competitors. Now regulators are questioning whether a Tesla Autopilot update designed to fix these basic design issues and prevent fatal incidents has gone far enough.

    These fatal crashes killed 14 people and injured 49, according to data collected and published by the National Highway Traffic Safety Administration, the federal road-safety regulator in the US.

    At least half of the 109 “frontal plane” crashes closely examined by government engineers—those in which a Tesla crashed into a vehicle or obstacle directly in its path—involved hazards visible five seconds or more before impact. That’s enough time that an attentive driver should have been able to prevent or at least avoid the worst of the impact, government engineers concluded.

    In one such crash, a March 2023 incident in North Carolina, a Model Y traveling at highway speed struck a teenager while he was exiting a school bus. The teen was airlifted to a hospital to treat his serious injuries. The NHTSA concluded that “both the bus and the pedestrian would have been visible to an attentive driver and allowed the driver to avoid or minimize the severity of this crash.”

    Government engineers wrote that, throughout their investigation, they “observed a trend of avoidable crashes involving hazards that would have been visible to an attentive driver.”

    Tesla, which disbanded its public affairs department in 2021, did not respond to a request for comment.

    Damningly, the report called Tesla “an industry outlier” in its approach to automated driving systems. Unlike other automotive companies, the report says, Tesla let Autopilot operate in situations it wasn’t designed to, and failed to pair it with a driver engagement system that required its users to pay attention to the road.

    Regulators concluded that even the Autopilot product name was a problem, encouraging drivers to rely on the system rather than collaborate with it. Automotive competitors often use “assist,” “sense,” or “team” language, the report stated, specifically because these systems aren’t designed to fully drive themselves.

    Last year, California state regulators accused Tesla of falsely advertising its Autopilot and Full Self-Driving systems, alleging that Tesla misled consumers into believing the cars could drive themselves. In a filing, Tesla said that the state’s failure to object to the Autopilot branding for years constituted an implicit approval of the carmaker’s advertising strategy.

    The NHTSA’s investigation also concluded that, compared to competitors’ products, Autopilot was resistant when drivers tried to steer their vehicles themselves—a design, the agency wrote in its summary of an almost two-year investigation into Autopilot, that discourages drivers from participating in the work of driving.

    A New Autopilot Probe

    These crashes occurred before Tesla recalled and updated its Autopilot software via an over-the-air update earlier this year. But along with closing this investigation, regulators have also opened a fresh probe into whether the Tesla updates, pushed in February, did enough to prevent drivers from misusing Autopilot, from misunderstanding when the feature was actually in use, or from using it in places where it is not designed to operate.

    The review comes after a Washington state driver last week said his Tesla Model S was on Autopilot—while he was using his phone—when the vehicle struck and killed a motorcyclist.

    Aarian Marshall

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  • Most semi-automated vehicle systems fall short on safety, new test finds

    Most semi-automated vehicle systems fall short on safety, new test finds

    Most semi-automated vehicle systems fall short on safety, new test finds – CBS News


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    Semi-automated driving systems that can help drive your car are not doing enough to ensure drivers are staying focused on the road, according to first-of-its-kind testing from the Insurance Institute for Highway Safety. Kris Van Cleave has details.

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  • China’s Best Self-Driving Car Platforms, Tested and Compared

    China’s Best Self-Driving Car Platforms, Tested and Compared

    I experienced the City NGP function under XNGP in a P7i in Shanghai, and later in a G6 in Guangzhou. With my second experience I soon realized it was a tale of two cities. In Shanghai it was quite smooth, and at least one of the interventions made was due to me being disoriented rather than the car. In a few other cases it was me being overly cautious.

    While in Shanghai the system appeared to cut out for no obvious reason only once or twice, this happened far more frequently in Guangzhou. One possible reason for this is that the torque in the system is unable to overcome the hand on the wheel, and so the system might think you are making an intervention. Nonetheless, in Guangzhou it got stuck behind a stopped car, and on one occasion seemed to be heading for an ebike waiting to cross the road rather than entering the road it was turning into.

    Two-wheeled traffic in Guangzhou in general seemed to present a challenge for the system. Unlike in Shanghai, the roads of Guangzhou do not have good separation between cars, bicycles and mopeds. At the best of times in China these road users are unpredictable, usually paying scant regard for traffic lights, road regulations, or their own safety. With the absence of dedicated or segregated lanes for them, XNGP seemed to struggle. But this was last year, of course, and the system may well have been significantly improved since then.

    Forward Thinking

    Moving forward, data will be the deciding factor in both the speed of change and also the capabilities of the systems, and it is here that Li might have the winning advantage. XPeng’s XNGP is available on only the Max versions of four models. In the case of Nio, all second-generation cars have the necessary hardware, but users need to pay the equivalent of $530 per month to use the system.

    In contrast, Li does not charge for its system, and all L9 and Mega cars have it as standard. For the L7 and L8, there are AD Max and AD Pro versions, with the latter missing lidar but still offering NOA Highway. Factor in that Li has sold nearly 500,000 of its second-generation cars—and in December sold 50,035 cars versus 20,115 and 18,012 for XPeng and Nio respectively—and this may help the company build leadership thanks to the sheer volume of data captured.

    However, in December, Nio unveiled its first in-house-developed autonomous driving chip, which will be in its ET9 flagship sedan coming 2025. The 5-nanometer chip, called the Shenji NX9031, has more than 50 billion transistors, supports 32-core CPUs, and is supposedly comparable to four Nvidia Drive Orin X chips.

    Fighting back in January, Li Auto announced that it will be using Nvidia’s Drive Thor autonomous driving chip in its 2025 next-gen EVs, as a successor to the Drive Orin. Drive Thor supposedly has 2,000 TOPS of performance, eight times that of Drive Orin.

    Finally, aside from such advances in chip technology and autonomous coverage rollouts in China, Asian brands will clearly not be content to stay in their home countries. Last month, XPeng, already expanding into Europe, confirmed its intentions to bring its self-driving tech worldwide in 2025. “We look forward to enabling overseas users to access XPeng’s autonomous driving already available in China,” Xiaopeng He, the firm’s founder and CEO, said.

    XPeng’s ambitions are not confined to its own cars, either. In July last year, Volkswagen announced an investment of $700 million in XPeng, purchasing a 4.99 percent stake in the company. The plan is to collaborate with XPeng to develop two VW-brand electric models for the midsize segment in the Chinese market in 2026.

    The contrast between XPeng and Apple’s now defunct Project Titan, both founded 10 years ago, could not be more stark.

    Mark Andrews

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  • Waymo gets approval to expand self-driving taxi service on the San Francisco Peninsula

    Waymo gets approval to expand self-driving taxi service on the San Francisco Peninsula

    With approval from the California Public Utilities Commission (CPUC) and the DMV, Waymo’s self-driving taxis, which are seen frequently in San Francisco, have the green light to operate on the Peninsula.

    The move is getting pushback from state and local officials, including San Mateo County Supervisor David Canepa.

    “It looks like we’re bringing the San Francisco circus to town at higher speeds,” he said.

    Canepa said he is not against the technology itself but he thinks it is rolling out too quickly.

    “My greatest worry is you take Highway 101 and use it as your science project,” he said. “You’re taking it in San Francisco at 15 to 35 miles an hour. Now, you’re taking that at speeds that kill, frankly.”

    The CPUC decision came as somewhat of a surprise to Canepa. In mid-February, the agency issued a 120-day suspension of Waymo’s expansion request, not as a punitive measure but so the commission would have ample time to review the request.

    However, Canepa said local concerns have not been addressed.

    “We believe that we will have the ability to appeal this administrative ruling,” he said. “This is the prime example of why government is so important in making sure that we regulate this technology so that we make it as safe as we can for people to travel.”

    Canepa isn’t alone in his concerns.

    State senator Dave Cortese D-San Jose) issued the following statement after the decision was rendered.

    “While we support the innovation of autonomous vehicle technology, it’s crucial that regulation occurs at both state and local levels to maintain the public safety standards that California upholds for all vehicles on our roads. My SB 915 will empower local communities with oversight over autonomous vehicles, ensuring that the safety of our streets is a collaborative effort between state and local authorities. My bill isn’t about eliminating state oversight but augmenting it with local expertise to protect pedestrians, school zones, cyclists, and other motorists.”

    After the decision, Waymo provided the following statement.

    “We’re grateful to the CPUC for this vote of confidence in our operations, which paves the way for the deployment of our commercial Waymo One service in Los Angeles and the San Francisco Peninsula.

    “As always, we’ll take a careful and incremental approach to expansion by continuing to work closely with city officials, local communities and our partners to ensure we’re offering a service that’s safe, accessible and valuable to our riders. We’re incredibly grateful for the riders and community partners who have supported our service to date — including +15,000 rides thus far in LA — and we’re looking forward to bringing the benefits of fully autonomous ride-hailing to more people.”

    Canepa doesn’t share the confidence in the technology, just yet.

    “I don’t think it’s there just yet,” he said. “Convince us and convince these departments. Convince our constituents that it’s safe,” he said.

    Although Waymo received the green light to operate on the Peninsula, the company does not have a timeline for how it will roll out service. A company spokesperson said they will continue to work closely with local communities and cities as they grow their service.

    Max Darrow

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  • Waymo Will Bring Autonomous Taxis to Los Angeles—Its Biggest Challenge Yet

    Waymo Will Bring Autonomous Taxis to Los Angeles—Its Biggest Challenge Yet

    Paid autonomous vehicle service is coming to Los Angeles, thanks to a decision by California regulators today to allow Alphabet subsidiary Waymo to operate in the city. Under the new ruling, Waymo is also permitted to launch service in a large section of the San Francisco Peninsula.

    The decision by the California Public Utilities Commission will likely prove controversial. It comes over the protest of local governments and agencies, including the Los Angeles Department of Transportation, the San Francisco County Transportation Authority, the city of South San Francisco, and the County of San Mateo. All argued that local government and citizens should have more input and oversight over the expanded autonomous taxi service.

    But California laws allow state regulators, not local ones, to make decisions about where and how self-driving vehicles can operate in the state—a fact that the CPUC cited in today’s decision.

    In a written statement, Waymo spokesperson Julia Ilina said that the company will “take a careful and incremental approach to expansion by continuing to work closely with city officials, local communities, and our partners.” She noted that CPUC received 81 letters from individuals and organizations supporting Waymo’s expansions, including groups representing people with disabilities and business interests.

    Ilina said the company will take an “incremental approach” to introducing service in LA, and has “no immediate plans” to expand its commercial service into the San Francisco Peninsula.

    The decision presents Waymo with what could be its biggest challenge yet: service in the second-largest American city by population, closely observed by government officials who have been skeptical of its technology from the start. Last fall, LA mayor Karen Bass wrote to California regulators to argue that her city has the technical know-how and capacity to determine how and where self-driving cars should operate within its limits. She cited robotaxi companies’ initial troubles operating on streets in San Francisco and argued that city officials were best positioned to “maximize the benefits of new transportation technologies and mitigate harm across our diverse communities.”

    The California legislature is considering several bills that would give local lawmakers more oversight over autonomous-vehicle technology.

    Waymo currently operates a paid taxi service in the city of San Francisco and in metro Phoenix, Arizona. The company has operated a pilot service in sections of Los Angeles since the fall. Waymo has also announced its intention to launch service in Austin, Texas.

    The company’s initial LA service area encompasses a hearty chunk of the city, from the Pacific Palisades to the west, Hollywood to the north, East Los Angeles to the east, and Gardena and Compton to the south. In the San Francisco Bay Area, riders will now be able to catch robotaxi rides between San Francisco and Sunnyvale, bounded by Interstate 280 to the west.

    Autonomous vehicle developers have had a tough couple of months. After Waymo and General Motors subsidiary Cruise received permission to start collecting passenger fares in San Francisco last summer, both companies were involved in high-profile crashes. In one incident, a Cruise vehicle collided with a fire truck after it failed to yield to the vehicle in an intersection. Two months later, Cruise had its permit to operate in California yanked after public officials alleged that the company hadn’t been forthcoming about the details of a collision that seriously injured a pedestrian. Cruise has since halted testing across the nation, laid off nearly a quarter of its employees, and replaced almost all of its leading executives. Another company, Motional, said it would lay off 5 percent of its staff this week after a major supporter said it would reduce its funding.

    But in Los Angeles and the Bay Area, at least, driverless technology’s future is looking up: Waymo may begin its fared driverless passenger service in the expanded area “effective today,” the CPUC wrote.

    Updated: 3/11/2024, 7:38 pm EST: This story has been updated to include further comment from Waymo.

    Aarian Marshall

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  • GM admits to ‘numerous’ failings in Cruise robotaxi debacle that saw CEO embarrassed and pedestrian dragged 20 feet 

    GM admits to ‘numerous’ failings in Cruise robotaxi debacle that saw CEO embarrassed and pedestrian dragged 20 feet 

    General Motors Co. blamed poor leadership for mishandling its Cruise robotaxi crisis, an admission the company is hoping will help get its cars back on the roads.

    report by the law firm Quinn Emanuel, which was paid by Cruise, outlines how executives took an adversarial approach with regulators after one of its autonomous cars struck and seriously injured a woman. Federal prosecutors are now investigating the incident, which led Cruise to halt its fleet nationwide and undercut GM Chief Executive Officer Mary Barra’s vision to transform the carmaker from a 20th-century metal bender to a transportation company of the future.

    In a Thursday blog post, Cruise said it accepts the conclusions of the report. The company also disclosed that it’s facing probes from the Justice Department and Securities and Exchange Commission. It pledged to work with those investigations, in addition to having more robust processes for working with regulators. Kyle Vogt, former Cruise CEO, did not respond to a text message seeking comment.

    “The reasons for Cruise’s failings in this instance are numerous: poor leadership, mistakes in judgment, lack of coordination, an ‘us versus them’ mentality with regulators, and a fundamental misapprehension of Cruise’s obligations of accountability and transparency to the government and the public,” the report said. “Cruise must take decisive steps to address these issues in order to restore trust and credibility.”

    The report concludes that Cruise officials didn’t intentionally deceive regulators, but that their initial disclosures were inadequate.

    For GM and Cruise, making the report public is a crucial step to getting its robotaxis back on the road. It’s particularly important that the companies repair relations with the state of California, which suspended Cruise’s license to operate driverless vehicles after company officials misrepresented details of the October collision in San Francisco. Within weeks, Vogt resigned, and Cruise fired nine executives and cut almost a quarter of its workforce.

    It’s been an embarrassing saga for Barra who has touted its self-driving technology as a key pillar of GM’s plan to double revenue by the end of the decade. She’s pivoted by slashing spending on Cruise to contain losses and announcing plans to return billions to shareholders.

    The company faces a hearing on Feb. 6 to determine what it owes in fines to California.

    Connectivity Issues

    The fateful incident occurred on Oct. 2, when a Cruise vehicle named “Panini” ran over a woman who’d been struck by another car and thrown in front of the self-driving vehicle.

    The robotaxi stopped after detecting the person, but incorrectly classified the accident as a side-impact collision and initiated a pullover maneuver with the pedestrian pinned between its wheels. It dragged her 20 feet, causing severe injuries.

    Cruise reported the incident to California regulators and the National Highway Traffic Safety Administration, but in early communication with some of the regulators it didn’t disclose that the woman was dragged and only communicated that the car had stopped after hitting her, according to documents reviewed by Bloomberg News.

    The report released Thursday found that on Oct. 3 Cruise shared a video of the incident with the San Francisco Mayor’s Office, National Highway Traffic Safety Administration, California DMV and other government officials. In each of those meetings, it intended to play it in full. In some cases, connectivity issues prevented the video from being shown, but the company sent it to regulators in the weeks after those meetings, the report found.

    Cruise never verbally pointed out that the woman was being dragged, preferring to let the “video speak for itself,” the report says. Cruise also showed an incomplete video to the media, the report said, because the company was fixated on shifting blame to the human driver that first hit the pedestrian.

    “Cruise’s passive, nontransparent approach to its disclosure obligations to its regulators reflects a basic misunderstanding of what regulatory authorities need to know and when they need to know it,” Quinn Emanuel concluded.

    Mortifying Move

    California’s Department of Motor Vehicles suspended Cruise’s license on the same day GM reported its third-quarter earnings. On a call with Wall Street analysts hours earlier, Barra had touted the business’s potential.

    “We do believe that Cruise has tremendous opportunity to grow and expand,” she said. “Safety will be our gating factor.”

    California’s move was a huge blow for Cruise, which Vogt had said was on a path to $1 billion in revenue by the end of this year.

    Up to that point, Cruise was pushing hard to roll out its robotaxi service outside of the San Francisco market. Vogt was determined to establish operations, customer bases and name recognition across the country before its biggest competitor Waymo did, according to people present at management meetings.

    The people, who asked not to be identified describing private deliberations, likened the race to how Uber Technologies Inc. and Lyft Inc. competed in the early days of ride-hailing.

    There were signs the technology wasn’t working smoothly before the California authorities took action. One of its cars collided with a Toyota Prius in June of that year. That same month, a bug caused about a dozen Cruise vehicles to all stop in one intersection, blocking traffic for hours.

    GM executives, including general counsel Craig Glidden, pressed the startup on whether its processes were robust enough, people familiar with the matter said at the time. There was debate within Cruise about reducing the number of vehicles driving in parts of San Francisco to lower the odds of more incidents.

    Vogt dismissed the concerns and pressed on, the people said.

    Cruise then tussled this past summer with San Francisco’s city attorney and fire department over more incidents. Vogt told his staff that Cruise had to stand up to regulators the way Tesla Inc. CEO Elon Musk does, two of the people said.

    Big Aspirations

    Barra had big aspirations for Cruise when she acquired the business for $1.1 billion in early 2016. GM envisioned lowering the cost of rides in driverless vehicles below what Uber and Lyft charged and seizing a share of what former Cruise CEO Dan Ammann said was a $1.6 trillion market.

    In a 2017 presentation, Ammann said Cruise would marry Silicon Valley software with Detroit manufacturing chops that Waymo lacked. The company later unveiled an electric shuttle called Origin that was purpose-built to be a robotaxi, and Cruise hoped to run a service by the end of 2019.

    “We think it will change the world,” Ammann said at the time.

    Cruise managed to land multibillion-dollar investments from the SoftBank Vision Fund, Microsoft Corp., Honda Motor Co. and T. Rowe Price As of early 2021, the business was valued at around $30 billion.

    Those ambitions have since been scaled back. GM bought the Vision Fund out of its investment two years ago and has halted production of the Origin. Honda’s CEO suggested this month that it’s unlikely to launch a service with Cruise in central Tokyo by early 2026 as planned.

    Barra’s team still believes Cruise has good technology and plans to re-establish the business — with tighter control. Before October, GM wanted to give the company independence to maintain a startup culture, said people familiar with the matter.

    That’s no longer the case. Glidden, the general counsel, has been named the self-driving company’s co-president, Barra is non-executive chair and GM board member Jon McNeil is vice chairman of Cruise.

    GM’s shares rose 1.3% Thursday in New York.

    — With assistance from Dana Hull

      David Welch, Bloomberg

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    1. All the future of transportation tech that stood out at CES 2024 | TechCrunch

      All the future of transportation tech that stood out at CES 2024 | TechCrunch

      Another CES has come and gone and transportation was still one of the central actors on one of the world’s largest tech stages. It wasn’t just electric cars either that captured our attention at CES 2024.

      Companies and startups focused on automated driving, EV charging, software (and more specifically AI), sensors, aviation, boats, drones, micromobility — you name it — were there. And luckily, so was TechCrunch.

      Here are some of the tech themes that stood out to us at CES 2024.

      Everything electric

      Image Credits: Kirsten Korosec

      The Big Three U.S. automakers — GM, Ford and Stellantis — may not have had splashy displays and product reveals, but numerous others were there helping cement CES as a major auto show. Honda, Kia, Mercedes-Benz, Sony, Turkey’s Togg and Vinfast all showed off electric concepts and production cars at the event.

      It wasn’t just large established automakers that had a presence at CES 2024 either. Electrification has seeped into every corner of transportation from motorcycles and e-bikes to go karts, big rigs, boats and aircraft.

      For instance, Segway revealed two electric scooters, the E2 Pro and Superscooter ST1, two e-bikes called the Segway Xafari and the Segway Xyber as well as a Segway GoKart Pro 2 that can be connected to a PC and used for playing racing games like Forza.

      Startups were also in full force and could be found at a variety of CES-related events such as Pepcom and Unveiled. Cleveland, Ohio-based startup Land Energy was back with its sporty e-bike that has a swappable battery, while Finland’s Verge Motorcycles showed off its Verge TS Ultra, an electric motorcycle with a hubless ring design, advanced driver assist tech and a powertrain that produces an eye-popping 201 horsepower and 885 pound-feet of torque. Over in Eureka Park, where hundreds of startups set up shop, electrification was also present. One startup that caught my eye was Solar Buggy, a company that has developed an electric urban mobility vehicle that looks like an enclosed golf cart.

      an electric air taxi paint in white sits on a platform at CES 2024

      Image Credits: Kirsten Korosec

      And of course, there were the electric aircraft and drones. On the startup front, Pivotal opened up online orders for its personal electric aircraft the Helix while autonomous on-demand drone companies Zipline and Wing landed a huge deal with Walmart. Hyundai’s advanced air mobility unit Supernal revealed its production-intent electric vertical takeoff and landing aircraft and Xpeng Aeroht, the subsidiary of Chinese electric vehicle maker Xpeng Motors, showed off a new concept and announced that deliveries for its Land Aircraft Carrier would start in late 2025.

      With so many electric vehicles, it might not surprise folks to learn that EV charging companies were also there en masse. Outside of the better-known charging infrastructure companies, we found startups focused on EV charging software as well as those showing off novel approaches like WiTricity’s wireless charging tech.

      Generative AI

      An image showing the interior of a new Volkswagen Gold including the steering wheel and touchscreen.

      Image Credits: Volkswagen

      Before even stepping foot on the show floor, TechCrunch staff were forecasting that AI would dominate CES 2024. We weren’t wrong. AI was everywhere, including in transportation from cars and e-bikes to scooters and electric aviation.

      There were loads of companies touting AI. While there was certainly plenty of vaporware, many companies demonstrated how software is increasingly incorporating AI to offer (hopefully) more capable products, including vehicle sensors, voice assistants in cars and autonomous driving systems.

      There was also lot of chatter around generative AI, and more specifically, ChatGPT, the AI-powered chatbot functions by using by large deep learning models that have been trained on vast datasets. I checked out two ChatGPT demos: one with BMW and another from a collaboration with software company Cerence and Volkswagen.

      Volkswagen announced plans to add an AI-powered chatbot into all Volkswagen models equipped with its IDA voice assistant.

      Meanwhile, BMW and partner Amazon showed off a development project that uses generative AI, powered by the Alexa LLM, to give the automaker’s voice assistant greater capability and deliver information in a more human, conversational manner.

      Hydrogen

      2024 CES hyundai hydrogen

      Jaehoon Chang, president and CEO of Hyundai Motor Co., center, and Chang Hwan Kim, senior vice president and head of battery development and hydrogen and fuel cell development for Hyundai Motor Co at CES 2024. Image credits: Getty images via Bloomberg

      Hydrogen power isn’t new, however, it’s taken a bit of a backseat lately to more traditional battery electric vehicles.  Don’t tell anyone at CES 2024, though, as this year’s show floor was littered with vehicles of all sizes that are hydrogen-powered.

      Hyundai, which has a growing portfolio of battery-powered electric vehicles, came to CES to talk about hydrogen fuel cells and its vision for the alternative fuel. Nikola finally showed off one of its first U.S.-built hydrogen trucks that it’s starting to ship to customers and Bosch, which already makes hydrogen fuel cells (like the one Nikola uses in its truck), announced it will make an engine that can combust hydrogen. Truck maker PACCAR also showed off a hydrogen-powered truck.

      We also ran into other hydrogen-focused startups that were walking the halls to meet with media, potential investors and industry folks. Croft Motors was one we came across. The startup is developing “rugged” hydrogen-powered vehicles, starting with a three-row, prototype SUV with an “anticipated 1,000 miles of driving range.

      In-cabin hardware meets software

      harman-tech-ces

      Harman shows off its ReadyCare product at CES 2024. Image credit: Kirsten Korosec

      Automakers, automotive suppliers and even some startups, showed off their respective vision for the inside of the car. Yes, there were plenty of touchscreens, including the popular curved design.

      In-car tech stretched well beyond that though into areas of safety, health assessments and entertainment. Eye-tracking tech was everywhere. For instance, Harman showed off its branded Ready Care system, which can measure a driver’s eye activity, cognitive load and vital signs to determine the level of focus and attention on the road ahead.

      A number of companies also showcased how hardware such as cameras and other sensors once used for safety are now being leveraged for other more comfort-focused services. Bosch showed how eye-tracking tech could be used during your drive to figure out what points of interest you’re looking at, and the car could offer contextual information.

      Meanwhile, Mercedes presented a whole package of features that when combined creates a full experience for the driver and passengers, including an upgraded voice assistant, in-car gaming, immersive audio and an app developed by will.i.am’s new company Sound Drive that matches the throttle, brakes and steering to a sort of intelligent multichannel mixer that influences songs playing in the car.

      My takeaway: companies understand that drivers and passengers are a captured audience, so to speak. And they’re all working on ways to bring all the tech we have on our phones and homes into the car.

      Read more about CES 2024 on TechCrunch

      Kirsten Korosec

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    2. Waymo will start testing robotaxis on Phoenix highways | TechCrunch

      Waymo will start testing robotaxis on Phoenix highways | TechCrunch

      Waymo is about to start testing its driverless passenger vehicles on the highway later this month, a critical milestone for the company that, if successful, will unlock expanded commercial operations. 

      The company said Monday that its autonomous Jaguar I-Pace SUVs will begin shuttling employees around the freeways in Phoenix, Arizona in just a few weeks, after having spent much of the last year doing testing with an operator behind the wheel. Driverless highway service will eventually expand to regular customers, the company says, though it didn’t offer a timeline for when that will become available.

      Bringing its autonomous cars to the highway is just the latest in a series of big steps for Waymo, especially in the Phoenix area. In December, the company started offering curbside dropoff and pickup at the Phoenix airport. Just a few months before that, Waymo made its autonomous vehicles available in the Uber app.

      These moves have come as Waymo’s competition has struggled to keep up, namely Cruise. The GM autonomous vehicle subsidiary recently slashed a quarter of its staff and pushed out a number of executives after a crash in October where one of its robotaxis dragged a pedestrian.

      Waymo’s progress hasn’t happened in a perfectly straight line. Last year, the company backed away from its autonomous trucking effort in order to focus more on ride-hailing. The company said Monday that what it learned from the voluminous testing that went into the trucking project, much of which happened in Arizona, is helping it take this step toward fully launching its passenger vehicle program on highways.

      Sean O’Kane

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    3. China's autonomous vehicle regulation requires safety operators, in-car recordings | TechCrunch

      China's autonomous vehicle regulation requires safety operators, in-car recordings | TechCrunch

      When it comes to spurring the development of cutting-edge technologies, the Chinese government is rather pragmatic in its policymaking process. In the field of autonomous driving, the country has made some big strides in defining the parameters and limitations for service providers, removing regulatory ambiguity and granting industry players the freedom to test the nascent technology.

      The Chinese Ministry of Transport recently unveiled a set of trial guidelines for autonomous vehicle services like robotaxis, self-driving trucks and robobuses. The release arrived about 16 months after the department began seeking public opinions on the regulatory framework.

      Prior to the introduction of the nationwide guidelines, policymaking on AV had been playing out in a more decentralized fashion, with local governments formulating their own rules for service providers on their turf. Major tech clusters like Beijing, Shenzhen and Guangzhou, for example, have been frontrunners in allowing companies to test AVs with minimum human interference.

      There are a couple of noteworthy points from the new guidelines, and a close read reveals some interesting contrasts between the perspectives of Chinese and U.S. regulators regarding the nascent technology.

      For one, the rules stipulate that AVs, regardless of their level of automation, can only operate within designated areas. Autonomous buses, for example, should run in “enclosed or roads with relatively simple conditions.” The restriction sounds slightly more relaxed for robotaxis, which are allowed under “controlled and safe traffic conditions.” Robo trucks have the most explicit restrictions that limit them to only “point-to-point highways or good traffic conditions.”

      Aside from obtaining permits for their AVs, operators should also apply for the relevant licenses required for public transportation service providers. AVs should be labeled clearly to alert other drivers on the road.

      The guidelines make only one reference to software, mandating that over-the-air upgrades adhere to regulations from the Ministry of Industry and Information to ensure their safety.

      The rules also specify the requirements for safety operators at various degrees of automation. Autonomous cargo trucks should “in principle” be equipped with in-car safety operators. Robotaxis with advanced automation should have one in-car safety operator. And robotaxis with full automation provided that they run in certain areas, can be monitored by remote safety operators who should not oversee more than three vehicles.

      Unlike U.S. regulators, which require reporting by AV operators in the event of accidents, China applies a more top-down approach. According to the guidelines laid out by China’s Ministry of Transport, AVs are expected to monitor and store the status of the vehicles, while also transmitting essential data in real-time to both the service provider and the relevant local regulatory authorities. They should also have an agreement with the vehicle manufacturers and safety operators on the respective party’s scope of responsibilities.

      So what information do the regulators expect in case of an accident? The rules mandate that the AVs should have a minimum of 90 seconds of recorded event data, which include the vehicle’s license plate number, control mode, location, speed, acceleration and direction. It should also showcase the car’s perception of the environment and its response, signal status, a 360-degree camera view of the car’s surroundings, and remote orders or malfunction diagnoses, if any.

      Most notably, the data should also include in-car video and audio recordings of driver behavior and human-machine interaction. Cruise and Waymo, in comparison, only record videos and only activate audio recordings during live support calls. The audio requirement for AVs isn’t that surprising after all, given that Chinese ride-sharing services like Didi have full recordings of in-car conversations.

      Rita Liao

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    4. Xpeng starts removing HD maps from Tesla FSD-like feature in China | TechCrunch

      Xpeng starts removing HD maps from Tesla FSD-like feature in China | TechCrunch

      Xpeng is often called the Chinese challenger to Tesla for its efforts to bring advanced driving capabilities to its electric vehicles. It’s now getting a step closer to its American counterpart as it gets rid of high-definition mapping in its XNGP assisted driving feature, its equivalent to Tesla FSD.

      Tesla FSD famously does not rely on HD maps, which contain many details such as lane lines, curbs, traffic signs and more. The use of this pre-computed information, combined with sensors like radars and cameras, can help autonomous driving cars to understand the road better and thus drive more safely.

      Tesla not only opted out of HD maps but also made the controversial move to also eliminate lidars, the powerful light detection and ranging method that’s a staple sensing technology in the development of self-driving cars.

      Xpeng still uses lidars, but it’s taken on a technical challenge by rolling out map-free XNGP in 20 Chinese cities soon, the company announced at its tech day on Wednesday. Being map-free means Xpeng’s urban assisted driving feature can drive anywhere, unlimited by where maps have been made or road condition updates. By the end of this year, the map-free XNGP will be available in 50 Chinese cities.

      It’s an interesting time to witness Xpeng’s tech development progress as the company transitions into a new era after losing its former head of autonomous driving to Nvidia.

      Other autonomous vehicle teams in China are also racing to remove the expensive HD maps. Deeproute, which has shifted its focus from developing robotaxis to assisted driving for mass-produced passenger cars, unveiled its map-free autonomous driving solution in March.

      Rita Liao

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    5. California agency pulls Cruise’s commercial robotaxi permit following DMV action | TechCrunch

      California agency pulls Cruise’s commercial robotaxi permit following DMV action | TechCrunch

      The California Public Utilities Commission has suspended Cruise’s authority to carry and charge passengers for its robotaxi service, following similar action from the state’s Department of Motor Vehicles.

      The CPUC is also “independently carrying out investigatory activities into recent incidents involving passenger service,” Terrie Prosper, director of news and outreach at the CPUC, told TechCrunch.

      The agency’s decision comes just three months after it awarded Cruise the final necessary permits to charge passengers for robotaxi rides in San Francisco. Until then, Cruise had been running a free service in the city. The CPUC’s suspension also follows the California Department of Motor Vehicle’s suspension of Cruise’s deployment and driverless testing permits Tuesday.

      The DMV’s order of suspension, which TechCrunch has viewed, states that Cruise withheld video footage from an ongoing investigation. The DMV was investigating Cruise following a series of incidents, specifically one on October 2 that left a pedestrian, who had been initially hit by a human-driven car, stuck under a Cruise robotaxi and then dragged for 20 feet at 7 miles per hour by the AV.

      The agency said when it met with Cruise representatives on October 3 to view footage of the accident, Cruise only presented the AV’s initial stop following a hard-brake maneuver. The subsequent movement of the AV to perform a “pullover maneuver,” which resulted in the pedestrian being dragged, was left out, according to the DMV. (Cruise also showed TechCrunch an edited version of the event, omitting the subsequent movement. At the time, Cruise presented it as the full video).

      The DMV said another government agency alerted it to the missing footage, prompting it to request the full video from Cruise, which the company provided on October 13.

      In a tweet on Tuesday, Cruise denied the DMV’s claims and said it proactively shared information with the DMV, the CPUC and the National Highway Traffic Safety Administration (NHTSA), including the full video.

      NHTSA is also investigating Cruise in regards to this event, plus a number of other incidents such as Cruise’s collision with an emergency vehicle and dozens of instances of robotaxis malfunctioning and blocking traffic and first responders.

      The CPUC did not confirm or deny Cruise’s claim that it had shared the full video with the agency immediately after the October 2 accident.

      “Our Consumer Protection and Enforcement Division is actively gathering, reviewing, and analyzing incident-related information from Cruise as part of our ongoing evaluation of its passenger service operations and assessment of any possible violations,” said Prosper. “We will maintain close coordination with the California DMV throughout the ongoing investigation.”

      The CPUC also did not respond to TechCrunch’s inquiry regarding whether the agency will reinstate Cruise’s permits if and when the DMV does.

      Despite the fact that the DMV first gave Cruise permission to test and deploy its AVs across San Francisco, the CPUC received pushback for giving Cruise the go-ahead to expand its commercial service city-wide and 24/7. The CPUC’s August hearing to determine expansion for Cruise and its competitor Waymo included hours of protestations from opponents who feared for public safety and were concerned about traffic flow.

      A month after Cruise received its CPUC permit, the city of San Francisco formally requested state regulators redo their decision.

      Rebecca Bellan

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    6. California DMV suspends permits for Cruise driverless robotaxis

      California DMV suspends permits for Cruise driverless robotaxis

      Cruise driverless robotaxi permits suspended by DMV


      Cruise driverless robotaxi permits suspended by DMV

      00:47

      SAN FRANCISCO – The California Department of Motor Vehicles announced Tuesday that the agency has suspended permits of autonomous vehicle firm Cruise LLC.

      In a statement, the DMV said it notified the San Francisco-based company, a subsidiary of General Motors, that their autonomous vehicle deployment and driverless testing permits have been suspended, effective immediately. The decision does not impact the company’s permit for testing with a safety driver.

      According to the DMV, the suspensions are based on several issues:

      13 CCR §228.20 (b) (6) – Based upon the performance of the vehicles, the Department determines the manufacturer’s vehicles are not safe for the public’s operation.

      13 CCR §228.20 (b) (3) – The manufacturer has misrepresented any information related to safety of the autonomous technology of its vehicles.

      13 CCR §227.42 (b)(5) – Any act or omission of the manufacturer or one of its agents, employees, contractors, or designees which the department finds makes the conduct of autonomous vehicle testing on public roads by the manufacturer an unreasonable risk to the public.

      13 CCR §227.42 (c)- The department shall immediately suspend or revoke the Manufacturer’s Testing Permit or a Manufacturer’s Testing Permit – Driverless Vehicles if a manufacturer is engaging in a practice in such a manner that immediate suspension is required for the safety of persons on a public road.

      Cruise has faced increasing scrutiny since the California Public Utilities Commission allowed the company and rival Waymo to expand testing of their robotaxis in San Francisco. 

      City officials criticized the move and asked the CPUC to pause the authorization in favor of an incremental approach, amid reports of the vehicles making wrong turns, stalling in the middle of the road and interfering with first responders.

      Following the decision, the DMV requested Cruise to cut their fleet of robotaxis in the city in half after two crashes, one of which involved an emergency vehicle.

      Cruise faced additional scrutiny following a hit-and-run crash earlier this month in which a human driver struck a woman near Market and Fifth streets in downtown San Francisco, sending her into the path of a robotaxi. 

      The woman was seriously injured. Authorities are still looking for the hit-and-run driver.

      Last week, the National Highway Traffic Safety Administration announced it was investigating Cruise after receiving reports of incidents where the company’s autonomous vehicles not using proper caution around pedestrians in roadways.

      San Francisco City Attorney David Chiu praised the DMV’s decision, saying it “vindicates the significant public safety concerns raised by the City.” The city attorney urged the CPUC to come up with a “sensible, measured plan” for the vehicles.

      “We hope the CPUC, which regulates the ability of AVs to carry passengers, will similarly recognize the current impacts of AVs on San Francisco streets, including blocking traffic, interfering with the transportation network, and impeding our first responders and grant our City’s request to reconsider its decision that allowed for the unfettered expansion of AVs in San Francisco,” Chiu said.    

      Shortly after the DMV’s announcement, Cruise said it will be pausing operations of their autonomous vehicles in San Francisco.

      “Ultimately, we develop and deploy autonomous vehicles in an effort to save lives,” the company said in a statement.

      The company also discussed the crash at Market and Fifth Street.

      “In the incident being reviewed by the DMV, a human hit and run driver tragically struck and propelled the pedestrian into the path of the AV. The AV braked aggressively before impact and because it detected a collision, it attempted to pull over to avoid further safety issues. When the AV tried to pull over, it continued before coming to a final stop, pulling the pedestrian forward. Our thoughts continue to be with the victim as we hope for a rapid and complete recovery,” the company said.

      Cruise said the company had shared information with the DMV, CPUC and NHTSA, including video. The company has also assisted police in identifying the hit-and-run vehicle.

      “Our teams are currently doing an analysis to identify potential enhancements to the AV’s response to this kind of extremely rare event,” the company went on to say.

      The DMV said it has provided Cruise with the steps needed to apply to reinstate the suspended permits. Reinstatement would only occur if the company “has fulfilled the requirements to the department’s satisfaction,” the agency said.

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    7. Algolux Extends Eos Perception Software to Address Critical ADAS and Autonomous Vehicle Depth Limitations

      Algolux Extends Eos Perception Software to Address Critical ADAS and Autonomous Vehicle Depth Limitations

      The new Eos Robust Depth Perception Software resolves the range, resolution, cost, and robustness limitations of the latest lidar, radar, and camera based systems combined with a scalable and modular software perception suite.

      Press Release


      Sep 12, 2022

      Algolux Inc., the leading provider of robust and scalable depth perception solutions, has announced its Eos Robust Depth Perception Software. The expanded AI software offering builds on the company’s advanced perception portfolio to now deliver both industry-leading dense depth estimation and robust perception to further increase the safety of passenger and transport vehicles in all lighting and weather conditions.

      This new offering addresses the cost and performance limitations in today’s automated driver assist systems (ADAS) and autonomous vehicle (AV) platforms by applying the same breakthrough deep learning approach used by Algolux’s award winning robust perception software.

      Mercedes-Benz has a track record as an industry leader delivering ADAS and autonomous driving systems, so we intimately understand the need to further improve the perception capabilities of these systems to enable safer operation of vehicles in all operating conditions,” said Werner Ritter, Manager, Vision Enhancement Technology Environment Perception, Mercedes-Benz AG. “Algolux has leveraged the novel AI technology in their camera-based Eos Robust Depth Perception Software to deliver dense depth and detection that provide next-generation range and robustness while addressing limitations of current lidar and radar based approaches for ADAS and autonomous driving.

      The ability to estimate the distance of an object is a fundamental capability for ADAS and automated driving. It allows the vehicle to understand where things are in its surroundings in order to know when to perform a lane change, help park a car, issue a warning to the driver, or automatically brake in an emergency situation such as for debris on the road. This is accomplished today by various types of sensors, such as lidar, radar, and stereo or mono cameras, and edge software that interprets the sensor information to determine distance to important objects, features, or obstacles in front and around the vehicle.

      Unfortunately, each of the current approaches have limitations that hamper safe operation in all conditions. Lidar has limited effective range (up to 200m) due to decreasing point density the further away an object is, resulting in poor object detection capabilities, and low robustness in harsh weather conditions such as fog or rain due to backscatter of the laser. It is also costly, currently in the hundreds to thousands of dollars per sensor. Radar has good range and robustness but poor resolution, also limiting its ability to detect and classify objects. Today’s stereo camera approaches can do a good job of object detection but are hard to keep calibrated and have low robustness, and mono cameras have many issues resulting in poor depth estimation.

      Eos Robust Depth Perception Software addresses these limitations by robustly providing dense depth together with accurate perception capabilities to determine distance and elevation even out to long distances (1km) and identify objects, pedestrians, or bicyclists, and even lost cargo or other hazardous road debris to further improve driving safety. These modular capabilities provide rich 3D scene reconstruction and provide a highly capable and cost-effective alternative to lidar, radar, and today’s stereo approaches.

      Eos accomplishes this with:

      • a multi-camera approach supporting a wide baseline between the cameras, even beyond 2m, especially useful for long-range applications such as trucking
      • flexible support of up to 8MP automotive camera sensors and any field of view for forward, rear, and surround configurations
      • real time adaptive calibration to address vibration and movement between the cameras or misalignments while driving, historically a key challenge for wide-baseline configurations
      • an efficient embedded implementation of Algolux’s novel end-to-end deep learned architecture for both depth estimation and perception
      • the ability to detect and determine distance for typical road objects and even unknown road debris

      Algolux has proven its Eos depth perception performance in OEM and Tier 1 engagements involving both trucking and automotive applications in North America and Europe. Visit www.algolux.com to learn more and schedule an evaluation.

      About Algolux

      Algolux is a globally recognized computer vision company addressing the critical issue of safety for advanced driver assistance systems and autonomous vehicles. Our machine-learning tools and embedded AI software products enable existing and new camera designs to achieve industry-leading depth perception performance across all driving conditions. Founded on groundbreaking research at the intersection of deep learning, computer vision, and computational imaging, Algolux has been repeatedly recognized at industry and academic conferences and has been named to the 2021 CB Insights AI 100 List of the world’s most innovative artificial intelligence startups.

      Dave Tokic, VP Marketing and Strategic Partnerships
      pr@algolux.com

      Source: Algolux Inc.

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    8. Highway Toll Administration Announces Innovation Lab: Solicits Commercial Ideas From Toll Industry Experts

      Highway Toll Administration Announces Innovation Lab: Solicits Commercial Ideas From Toll Industry Experts

      Industry-leading tolling service provider launches technology initiative with the unveiling of the HTA Innovation Lab.

      Press Release



      updated: Nov 10, 2017

      Highway Toll Administration LLC (“HTA”) announced today the opening of its lab for innovation and entrepreneurship with the goal of spurring innovative ventures across the tolling and violation management industry. In recognition that great ideas lie with subject matter experts who may not have the resources to commercialize a good idea, HTA intends to solicit and incubate new products and services with passionate individuals or organizations who see the benefit of partnership with HTA.

      “For HTA as well as for the tolling industry, the importance of innovation cannot be overstated,” said HTA’s Chief Executive Officer David Centner. “For the first time, HTA is looking outside its walls by soliciting disruptive technology and service-based ideas from subject matter experts within the tolling industry.” HTA will fund, incubate and support these initiatives including developing go-to-market strategies that accelerate the development and introduction of new ideas and solutions.

      Having personally started HTA from my attic 15 years ago, we have a unique understanding of the process of entrepreneurship, how to refine and nurture the entrepreneur and the idea, and overcoming obstacles along the way.

      David Centner, Founder & CEO

      HTA, the longtime leader in providing toll management services for fleets, has a successful history utilizing innovation toward driving its own strategic objectives. The Innovation Lab is created on the premise that good ideas can come from anywhere, not only from within HTA, but also industry experts. “HTA will become a center for entrepreneurship by leveraging its deep experience and partnerships in fleet management and tolling,” added Jon Routledge, HTA’s President. “Our goal is to drive innovation by connecting entrepreneurial ideas with the people and resources necessary to bring them to market.”

      Like the very enterprises it will incubate, HTA similarly has its own traditional entrepreneurial origins. “Having personally started HTA from my attic 15 years ago, we have a unique understanding of the process of entrepreneurship, how to refine and nurture the entrepreneur and the idea, and overcoming obstacles along the way,” said David Centner.

      HTA Innovation Lab is accepting ideas for consideration immediately. The Innovation Lab will be led by HTA’s senior leadership team as they shepherd ideas through HTA’s proprietary methodology designed to quickly ascertain a project’s commercial viability. Hardware, software, and services ideas will be the Lab’s initial areas of focus. The HTA Innovation Lab will be managed from its Jersey City, New Jersey facility.

      For further information on HTA’s Innovation Lab, contact:

      Kenny Chadna
      516-307-3623 Ext.915
      innovation@htallc.com

      Source: Highway Toll Administration

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    9. Urban Futurist Jack Uldrich to Discuss the Future of Cities in California

      Urban Futurist Jack Uldrich to Discuss the Future of Cities in California

      Jack Uldrich, Founder of the School of Unlearning, will deliver a keynote on the future of cities in Glendora, CA.

      Press Release


      Oct 12, 2016

      ​​Autonomous vehicles, the sharing economy, MOOCs, Urban farming, and the Internet of Things –these are just a few of the trends that will impact the future of cities and metropolitan regions, according to Urban Futurist Jack Uldrich.

      It is becoming increasingly apparent that Futurists, like Uldrich, who focus specifically on urban trends can be exceptionally helpful resources; helping city officials and planners spot highly innovative, but not necessarily well-known advances in technology.

      More cities and economic development agencies are starting to hire futurists, and it makes good sense. City planners are often so bogged down with what is happening right now that they don’t always have the time to take a deep dive into the technological advances that will impact the future.

      Jack Uldrich , Urban Futurist

      As a futurist and trend expert, that is Uldrich’s sole purpose. The days he isn’t speaking, he spends researching and writing on game-changing technology, as well as reviewing history and philosophy. His keynotes are often peppered with quotes from Lao Tzu and stories from bygone eras while also keeping his audiences apprised of the latest breakthroughs.​

      Uldrich says, “More cities and economic development agencies are starting to hire futurists, and it makes good sense. City planners are often so bogged down with what is happening right now they don’t always have the time to take a deep dive into the technological advances that will impact the future.”

      When it comes to city planning, he says, “The recent upswing in the sharing economy alone is changing the shape of city economies everywhere,” says Uldrich. “Think: Uber and Airbnb. What will the next big trend in collaborative consumption be? Will urban farming impact local grocers? My prediction is it will. Just as MOOCs, (Massive Open On-line Courses) will affect higher education, and the cities where universities, colleges, and community colleges are situated.”

      Today, at 6 pm in Glendora, California, Jack Uldrich will deliver his latest keynote, “A Look into the Future: It’s Closer than You Think,” at Glendora High School Event Center, 1600 E. Foothill Blvd, Glendora, California 91741. The event is free and open to the public.

      Uldrich’s client list includes the Savannah Economic Development Agency, the Downtown Council of Minneapolis, the Chattanooga Chamber of Commerce and the Miami Downtown Development Agency, and the Urban Land Institute. He also speaks around the world on unlearning, change management, and technological advances in energy and utilities, manufacturing, education, healthcare, retail and finance. 

      Following his engagement in California, he will travel to Lansing, MI to address the Michigan Health and Hospital Association on October 18.

      Parties interested in more information on Jack, his upcoming engagements and writing may view his website here.

      Source: Jack Uldrich & The School of Unlearning

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