An anonymous reader quotes a report from Electrek: Over 192,000 publicly available charging ports are now online, and approximately 1,000 new chargers are being added each week. To build on this momentum, the federal government has awarded $521 million in grants to further expand the national network, with new chargers being deployed across 29 states, two Federally Recognized Tribes, and the District of Columbia.

The $521 million investment is divided into two key areas: 41 community projects ($321 million) and 10 corridor fast-charging projects ($200 million). The grant awards also support President Biden's Justice40 Initiative, which aims for 40% of the overall benefits of federal investments to flow to disadvantaged communities, with over half of the funding going to sites in disadvantaged communities. US Transportation Secretary Pete Buttigieg emphasized the importance of this initiative, stating, "The Biden-Harris Administration has been clear about America leading the EV revolution, and thanks to the historic [Bipartisan Infrastructure Law] package, we're building a nationwide EV charger network to make sure all drivers have an accessible, reliable, and convenient way to charge their vehicles."

An anonymous reader quotes a report from CBC.ca: Prime Minister Justin Trudeau announced Monday Canada will impose punitive tariffs on Chinese-made electric vehicles -- copying a similar initiative that the U.S. is already pursuing to stop a flood of what's been described as unfairly state-subsidized cars. Trudeau made the announcement at the federal cabinet retreat in Halifax where ministers are meeting to craft a strategy for the year ahead -- the last year before an expected federal election in October 2025. Amid industry pressure to copy the U.S. program, Trudeau said a 100 percent surtax will be levied on all Chinese-made EVs, effective Oct. 1. The tariff would effectively double the price of imported vehicles, as it is expected most of the tax would be passed on to consumers.

Ottawa is following through now, Trudeau said, to "level the playing field for Canadian workers" and allow Canada's nascent EV industry to compete at home, in North America and globally. The tariff will apply to electric and certain hybrid passenger automobiles, trucks, buses and delivery vans. Chinese brands like BYD are not a major player in Canada's EV market right now but imports from China have exploded in recent years as Tesla switched from U.S. factories for its Canadian sales to its manufacturing plant in Shanghai. The new tariff will apply to those Shanghai-made Teslas that are sold in Canada -- a development that is expected to force the U.S. automaker to supply the Canadian market with vehicles made at one if its other plants in the U.S. or Europe instead. "Unfortunately, Canada made a decision today that will result in fewer affordable electric vehicles for Canadians, less competition and more climate pollution," said Joanna Kyriazis, director of public affairs at Clean Energy Canada. "Not only could today's announcement have a chilling effect on future EV sales, it could drive up EV prices and slow adoption in the near-term as well," Kyriazis said.

Flavio Volpe, the president of the Automotive Parts Manufacturers' Association who lobbied Ottawa to follow through with matching the U.S. tariffs, responded: "Sure, what the Chinese are doing is selling us green products that help fulfill some of our EV mandates, but they do it in a regulatory environment where they forgo any stewardship of the environment," he said.

Deputy Prime Minister Chrystia Freeland added that the Chinese industry is "built on abysmal labour standards and it is built on abysmal environmental standards."

Car buyers are increasingly skeptical of advanced automotive technologies, a new JD Power survey reveals. The study found that while drivers appreciate practical innovations like blind spot monitoring, they see little value in features such as automatic parking systems and passenger-side infotainment screens. The survey measured user experiences with new vehicle technologies. Results show that systems partially automating driving tasks had low perceived usefulness, aligning with recent Insurance Institute for Highway Safety data indicating no safety improvements from such features. The survey identified AI-based smart climate control as popular among users. However, facial recognition, fingerprint scanners, and gesture controls were largely viewed negatively.

Volkswagen said this week it would wait to see where EV demand goes before building out the last three of its six planned battery factories. And now Ford has also cancelled its planned electric SUV and delayed production of an all-new electric pickup, according to CNBC, moves Ford now believes could cost up to $1.9 billion.

But Ford isn't giving up. Ford's COO told CNBC Thursday that "We're quite convinced that the highest adoption rates for electric vehicles will be in the affordable segment on the lower size-end of the range." Instead of the three-row SUV or large pickup, the company's first new EV is expected to be a commercial van in 2026, followed the next year by a midsized pickup and then the T3 full-size pickup... And the midsize pickup is scheduled to be the first vehicle from a specialized "skunkworks" team in California. The company had tasked the team two years ago with developing a new small EV platform... "In ICE, a business we've been in for 120 years, the bigger the vehicle, the higher the margin. But it's exactly the opposite for EVs...."

Ford's current EVs — the Mustang Mach-E crossover, F-150 Lightning and a commercial van in the U.S. — are not profitable overall. The Model e operations have lost nearly $2.5 billion during the first half of this year and lost $4.7 billion in 2023. The losses, as well as changing market conditions and business plans, caused Ford earlier this year to withdraw an ambitious 8% profit margin for its EV unit by 2026.

Investors and Wall Street analysts have largely supported the EV changes, most recently sending the company's shares up about 2.3% since the announcement earlier this week, despite the expected costs. "Overall, these changes will position Ford to benefit from growing demand for EVs, while also focusing on areas in which it has a Core competitive advantage," BofA's John Murphy wrote Wednesday in an investor note... The updates are the latest for Ford's electrification plans, which now include a heavy focus on hybrid and plug-in hybrid electric vehicles, or PHEVs, to assist in meeting tightening fuel economy regulations in addition to all-electric vehicles. Ford CFO John Lawler said Wednesday that the company's future capital expenditure plans will shift from spending about 40% on all-electric vehicles to spending 30%... "What we saw in '21 and '22 was a temporary market spike where the demand for EVs really took off," Gjaja told CNBC during an interview earlier this year. "It's still growing but not nearly at the rate we thought it might have in '21, '22."
The article also points out that while Ford is discontinuing its giant electric SUV, Ford's rival GM is doing exactly the opposite: America's largest automaker has pulled back spending and delayed many of its EVs, but it has several large all-electric vehicles on sale coming soon... As recently as last month, GM reconfirmed expectations for its EVs to be profitable on a production, or contribution-margin basis, once it reaches output of 200,000 units by the fourth quarter. A GM spokesman Thursday said the automaker continues "to work to reach variable profit positive during the fourth quarter."
The article also notes "an industrywide fear that Chinese automakers could be able to flood markets with cheaper, more profitable EVs," with Chinese automakers like BYD "quickly growing exports of vehicles to Europe and other countries..."

An anonymous reader quotes a report from Ars Technica: Volkswagen will wait to see what electric car demand is like before building out all six of its previously planned battery factories. Thomas Schmall, VW's board member in charge of technology, told a German newspaper that "building battery cell factories is not an end to itself" and that a goal of 200 GWh of lithium-ion cells by 2030 was not set in stone. [...] For VW, the previous goal of 200 GWh by 2030 from six factories (through a new subsidiary called PowerCo) could now be just 170 GWh capacity from three already-announced plants in Valencia, Spain; Ontario, Canada; and Salzgitter, Germany. If necessary, Schmall said that the Spanish and Canadian battery factories could be expanded to meet additional demand. This battery news follows another sign of slowing confidence in EVs at VW. Last week, it emerged that the company has pushed back plans for the ID.4's successor, which now may not see showrooms until 2032.

Uber and General Motors' Cruise have partnered to offer driverless rides to Uber users as early as soon as next year. CNBC reports: Both Cruise CEO Marc Whitten and Uber CEO Dara Khosrowshahi hailed the partnership in a press release, stressing that the companies believe autonomous vehicles can be deployed safely. "Cruise is on a mission to leverage driverless technology to create safer streets and redefine urban life," Whitten said in the release. "We are excited to partner with Uber to bring the benefits of safe, reliable, autonomous driving to even more people, unlocking a new era of urban mobility." Khosrowshahi said in the release that Uber is "thrilled to partner with Cruise and look forward to launching next year."

On Uber's most recent earnings call, analysts asked the company how the emergence of robotaxis would likely impact the ridehailing giant's business long-term. Khosrowshahi said on the call that "AV players" experience much higher utilization with Uber than they do "without a network on a first-party basis." He also predicted there will be a "pretty long hybrid period as autonomous is developing and regulators are trying to figure out exactly how to regulate it." He added, "We don't think this will be a winner-take-all market."

Waymo has unveiled its sixth-generation robotaxi, an electric minivan made by Chinese automaker Zeekr. While the company claims it's more advanced than previous generations, it features fewer sensors to help reduce costs. The Verge reports: [W]ithin its high-powered computer, it contains all the learnings of the previous five generations of Waymo's autonomous vehicles, meaning it won't have to do as much real-world testing as past models before it can be rolled out to the public. But looming over Waymo's assertion that its new robotaxi will be cheaper to produce is the possibility that it could also be subject to costly new tariffs against Chinese-made electric vehicles. Earlier this year, the Biden administration said it would quadruple tariffs on EVs from China to 100 percent, from the current 25 percent, as a way to "protect American workers and American companies from China's unfair trade practices." [...]

Waymo says the sixth-gen robotaxi will feature a streamlined sensor suite of "16 cameras, 5 lidar, 6 radar, and an array of external audio receivers (EARs)." These sensors will help provide "overlapping fields of view, all around the vehicle, up to 500 meters away, day and night, and in a range of weather conditions." That's the equivalent of over five football fields of visible range. Waymo's use of multiple sensors is important for redundancy, in which multiple sensors and cameras can ensure the vehicle can continue to detect and respond to its surroundings if something fails. It's unclear where and when the new sixth-gen robotaxis will first appear. "Waymo currently operates in Phoenix, San Francisco, and Los Angeles, with plans to launch commercial service in Austin, Texas," notes the report. "The company has been manually testing the Zeekr-made minivans on public roads, with the goal of adding them to its commercial fleet sometime soon."

Hyundai Motor Group, which includes Kia and Genesis, accounted for 10% of the U.S. EV market through the first seven months of 2024, outpacing Ford (7.4%) and GM (6.3%). Electrek reports: Although IONIQ 5 and 6 sales slipped last month, they are still up 25% and 54% year-to-date, respectively. Meanwhile, sister company Kia continued its record-setting performance in July after EV sales nearly doubled YTD. Kia's new EV9, its first three-row electric SUV, is a major part of its growth. According to Kelley Blue Book, Kia EV9 sales outpaced the Toyota bZ4X, VW ID.4, Nissan Ariya, Rivian R1T, and Tesla Model S in the US through the first half of 2024. It even topped Kia's Niro EV sales.

Hyundai's luxury brand, Genesis, remains a dark horse in the US EV market. Genesis is quickly expanding in the US. After adding 21 dedicated retailers in the US this year, including in eight new states, Genesis recently announced it now has 56 standalone facilities. "In two short years, Genesis' retail footprint has grown rapidly from one dedicated retail facility in Louisiana to 56 retail facilities nationwide," Genesis North America COO Claudia Marquez said.

The Los Angeles Times spoke to Ryan Kiskis, an environmentally-conscious owner of a hydrogen fuel cell vehicle (the Toyota Mirai): He soon learned that hydrogen refueling stations are scarce and reliably unreliable. He learned that apps to identify broken stations hand out bad information. He learned that the state of California, which is funding the station buildout, is far behind schedule — 200 stations were supposed to be up and running by 2025, but only 54 exist. And since Kiskis bought his car, the price of hydrogen has more than doubled, currently the equivalent of $15 a gallon of gasoline.

With fueling so expensive and stations so undependable, Kiskis — who lives in Pacific Palisades and works at Google in Playa Vista — drives a gasoline Jeep for everything but short trips around the neighborhood. "I've got a great car that sits in the driveway," he said. Bryan Caluwe can relate. The retired Santa Monican bought a Mirai in 2022. He likes his car too. "But it's been a total inconvenience." Hydrogen stations "are either down for mechanical reasons, or they're out of fuel, or, in the case of Shell, they've rolled up the carpet and gone home." And don't get Irving Alden started. He runs a commercial print shop in North Hollywood. He leases a Mirai. He too loves the car. But the refueling system? "It's a frickin' joke."

The three are part of a class action lawsuit filed in July against Toyota. They claim that Toyota salespeople misled them about the sorry state of California's hydrogen refueling system. "They were told the stations were convenient and readily available," said lawyer Nilofar Nouri of Beverly Hills Trial Attorneys. "That turned out to be far from reality." The class action now amounts to two dozen plaintiffs and growing, Nouri said. "We have thousands of these individuals in California who are stuck with this vehicle." Kiskis believes Toyota sales staff duped him — but says, "I'm just as irritated with the state of California" for poor oversight of the program it's funding...

Hyundai also sells a fuel cell car in California called the Nexo, and although the the suit is aimed only at Toyota, the hydrogen station situation affects Hyundai too.
Toyota told The Times it's "committed to customer satisfaction and will continue to evaluate how we can best support our customers. We will respond to the allegations in this lawsuit in the appropriate forum."

The article does note that the California Energy Commission awarded an extra $9.4 million to hydrogen station operators this year to cover "operations and maintenance" — and that hydrogen cars have their advantages. "The full tank range is 350 to 400 miles. A fill-up usually takes no more than five or 10 minutes.

"But unlike electric vehicles, you can't fill up at home. You have to travel to a dedicated fueling station...."

An anonymous reader quotes a report from NPR: Safety advocates have been touting the potential of technology that allows vehicles to communicate wirelessly for years. So far, the rollout has been slow and uneven. Now the U.S. Department of Transportation is releasing a roadmap it hopes will speed up deployment of that technology -- and save thousands of lives in the process. "This is proven technology that works," Shailen Bhatt, head of the Federal Highway Administration, said at an event Friday to mark the release of the deployment plan (PDF) for vehicle-to-everything, or V2X, technology across U.S. roads and highways. V2X allows cars and trucks to exchange location information with each other, and potentially cyclists and pedestrians, as well as with the roadway infrastructure itself. Users could send and receive frequent messages to and from each other, continuously sharing information about speed, position, and road conditions -- even in situations with poor visibility, including around corners or in dense fog or heavy rain. [...]

Despite enthusiasm from safety advocates and federal regulators, the technology has faced a bumpy rollout. During the Obama administration, the National Highway Traffic Safety Administration proposed making the technology mandatory on cars and light trucks. But the agency later dropped that idea during the Trump administration. The deployment of V2X has been "hampered by regulatory uncertainty," said John Bozzella, president and CEO of the Alliance for Automotive Innovation, a trade group that represents automakers. But he's optimistic that the new plan will help. "This is the reset button," Bozzella said at Friday's announcement. "This deployment plan is a big deal. It is a crucial piece of this V2X puzzle." The plan lays out some goals and targets for the new technology. In the short-term, the plan aims to have V2X infrastructure in place on 20% of the National Highway System by 2028, and for 25% of the nation's largest metro areas to have V2X enabled at signalized intersections. V2X technology still faces some daunting questions, including how to pay for the rollout of critical infrastructure and how to protect connected vehicles from cyberattack. But safety advocates say it's past time to find the answers.

An anonymous reader shares a report: Traffic along some of Seattle's stop-and-go streets is running a little smoother after Google tested out a new machine-learning system to optimize stoplight timing at five intersections. The company launched this test as part of its Green Light pilot program in 2023 in Seattle and a dozen other cities, including some notoriously congested places such as Rio de Janeiro, Brazil, and Kolkata, India. Across these test sites, local traffic engineers use Green Light's suggestions -- based on artificial intelligence and Google Maps data -- to adjust stoplight timing. Google intends for these changes to curb waiting at lights while increasing vehicle flow across busy throughways and intersections -- and, ultimately, to reduce greenhouse gases.

"We have seen positive results," says Mariam Ali, a Seattle Department of Transportation spokesperson. Green Light has provided "specific, actionable recommendations," she adds, and it has identified bottlenecks (and confirmed known ones) within the traffic system.

Managing the movement of vehicles through urban streets requires lots of time, money and consideration of factors such as pedestrian safety and truck routes. Google's foray into the field is one of many ongoing attempts to modernize traffic engineering by incorporating GPS app data, connected cars and artificial intelligence. Preliminary data suggest the system could reduce stops by up to 30 percent and emissions at intersections by up to 10 percent as a result of reduced idling, according to Google's 2024 Environmental Report. The company plans to expand to more cities soon. The newfangled stoplight system doesn't come close to replacing human decision-making in traffic engineering, however, and it may not be the sustainability solution Google claims it is.

An anonymous reader quotes a report from Ars Technica: Intel is partnering with Karma Automotive to develop an all-new computing platform for vehicles. The new software-defined vehicle architecture should first appear in a high-end electric coupe from Karma in 2026. But the partners have bigger plans for this architecture, with talk of open standards and working with other automakers also looking to make the leap into the software-defined future. [...] In addition to advantages in processing power and weight savings, software-defined vehicles are easier to update over-the-air, a must-have feature since Tesla changed that paradigm. Karma and Intel say their architecture should also have other efficiency benefits. They give the example of security monitoring that remains active even when the vehicle is turned off; they move this to a low-powered device using "data center application orchestration concepts."

Intel is also contributing its power management SoC to get the most out of inverters, DC-DC converters, chargers, and as you might expect, the domain controllers use Intel silicon as well, apparently with some flavor of AI enabled. [...] Karma's first car to use the software-defined vehicle architecture will be the Kayeva, a $300,000 two-door with 1,000 hp (745 kW) on tap, which is scheduled to arrive in two years. But Intel and Karma want to offer the architecture to others in the industry. "For Tier 1s and OEMs not quite ready to take the leap from the old way of doing things to the new, Karma Automotive will play as an ally, helping them make that transition," said [Karma President Marques McCammon]. "Together, we're harnessing the combined might of Intel's technological prowess and Karma's ultra-luxury vehicle expertise to co-develop a revolutionary software-defined vehicle architecture," said McCammon. "This isn't just about realizing Karma's full potential; it's about creating a blueprint for the entire industry. We're not just building exceptional vehicles, we're paving the way for a new era of automotive innovation and offering a roadmap for those ready to make the leap."

In a press release today, Texas Attorney General Ken Paxton said he has filed a lawsuit against General Motors, alleging the carmaker illegally collected and sold drivers' data to insurance companies without their consent or knowledge. CNN reports: In car models from 2015 and later, the Detroit-based car manufacturer allegedly used technology to "collect, record, analyze, and transmit highly detailed driving data about each time a driver used their vehicle," according to the AG's statement. General Motors sold this information to several other companies, including to at least two companies for the purpose of generating "Driving Scores" about GM's customers, the AG alleged. The suit said those two companies then sold these scores to insurance companies.

Insurance companies can use data to see how many times people exceeded a speed limit or obeyed other traffic laws. Some insurance firms ask customers if they want to voluntarily opt-in to such programs, promising lower rates for safer drivers. But the attorney general's office claimed GM "deceived" its Texan customers by encouraging them to enroll in programs such as OnStar Smart Driver. But by agreeing to join these programs, customers also unknowingly agreed to the collection and sale of their data, the attorney general's office said. "Despite lengthy and convoluted disclosures, General Motors never informed its customers of its actual conduct -- the systematic collection and sale of their highly detailed driving data," the AG's office said in a statement. The filing can be read here (PDF).

Driverless Waymo vehicles in a San Francisco parking lot have been repeatedly honking at each other, disrupting nearby residents' sleep and daily lives, according to local media report. The incidents, occurring at random times over the past two weeks, have prompted complaints from multiple condo dwellers. Randol White, a local resident, first noticed the problem when he was awakened at 4 a.m. by the cacophony. Another resident, Russell Pofsky, reported being woken up more times in the past fortnight than in the previous 20 years combined.

Waymo acknowledged the issue in a statement, saying they have identified the cause and are implementing a fix. The company's response comes after affected residents reached out to report the problem.

For the first time, two new all-electric passenger trains are operating in the US, which is woefully behind the rest of the world in electrifying its rolling stock. The Verge: The two new trains are operated by Caltrain. California Governor Gavin Newson and House Speaker Emerita Nancy Pelosi were on hand to take the inaugural ride, which took place on Saturday. The trains were put into regular service the following day, running along the route between San Jose and San Francisco.

It's taken almost 20 years since the idea of electric trains was first proposed in California. But officials insisted the new trains will be quieter and faster than the diesel-powered trains in current operation while also providing a better experience for passengers. The two trains will be joined by 17 others that should be in service by mid-September.

[...] It shouldn't come as any shock that the US is lagging behind the rest of the world in introducing electric trains. India is on the cusp of electrifying 100 percent of its rail lines, while China is nearing three-quarters of its network. Over 57 percent of the rail system in the European Union is electric.

A company called ChargerHelp provides certified technicians to service EV charging stations (for a monthly fee). And they've just issued their annual "reliability report," reports CleanTechnica: Its analysis of more than 19 million data points collected from public and private sources in 2023 — including real-time assessments of 4,800 chargers from ChargerHelp technicians in the field — finds that â"software consistently overestimates station uptime, point-in-time status, and the ability to successfully charge a vehicle...."

[W]hen ChargerHelp technicians personally inspected 4,800 charge points, they found more than 10% were reported to be online but were in fact unable to complete a test charge... These findings by ChargerHelp are backed up by many smaller scale studies and surveys over the past several years that have found that claims of 95% uptime or greater do not match real world experience. A 2022 study of 657 chargers at 181 non-Tesla public charging sites in the San Francisco Bay Area determined that only 73% were capable of delivering a charge for more than two minutes, for example.

[I]mprovements have been slow to materialize. In fact, driver satisfaction with public charging has only worsened over the past year, according to the latest J.D. Power Electric Vehicle Experience Ownership Study, released in February. As the variety, price, and range of EVs available to US drivers have become more attractive, mistrust of public charging now constitutes the most significant headwind for EV adoption, J.D. Power says.
The report also "lists the biggest infrastructure pain points," reports the Verge, "including a failure to report broken stalls, inaccurate station status messages, aging equipment, and some habitually unreliable network providers (who go unnamed in the study, unfortunately)." EV chargers can break in many ways, the study concludes. These include broken retractor systems intended to protect the cable from getting mangled by vehicle tires, broken screens, and inoperable payment systems. There is also general damage to the cabinet and, of course, broken cables and connectors.

Across the chargers recorded, ChargerHelp calculates that actual uptime is only 73.7 percent, compared to the 84.6 percent self-reported by the EV network providers.

An anonymous reader shared this report from CNN: More than a year after Hyundai and Kia released new anti-theft software updates, thefts of vehicles with the new software are falling — even as thefts overall remain astoundingly high, according to a new analysis of insurance claim data. The automakers released the updates starting last February, after a tenfold increase in thefts of certain Hyundai and Kia models in just the past three years — sparked by a series of social media posts that showed people how to steal the vehicles. "Whole vehicle" theft claims — insurance claims for the loss of the entire vehicle — are 64% lower among the Hyundai and Kia cars that have had the software upgrade, compared to cars of the same make, model and year without the upgrade, according to the Highway Loss Data Institute. "The companies' solution is extremely effective," Matt Moore, senior vice president of HLDI, an industry group backed by auto insurers, said in a statement...

Between early 2020 and the first half of 2023, thefts of Hyundai and Kia models rose more than 1,000%.
The article points out that HDLI's analysis covered 2023, and "By the end of that year, only about 30% of vehicles eligible for the security software had it installed. By now, around 61% of eligible Hyundai vehicles have the software upgrade, a Hyundai spokesperson said."

The car companies told CNN that more than 2 million Hyundai and Kia vehicles have gotten the update (part of a $200 million class action settlement reached in May of 2023).

"Samsung's latest solid-state battery technology will power up premium EVs first, giving them up to 621 miles of range," writes PC Magazine: The new batteries — which promise to improve vehicle range, decrease charging times, and eliminate risk of battery fires — could go into mass production as soon as 2027. Multiple automakers have been reportedly testing samples. Samsung did not list any by name but it's worked with Hyundai, Stellantis, and General Motors, among others. "We supplied samples to customers from the end of last year to the beginning of this year and are receiving positive feedback," Samsung SDI VP Koh Joo-young said at SNE Battery Day 2024 in Seoul, according to Korean outlet The Elec and translated by Google.

Perhaps unsurprisingly, the batteries won't be cheap. They will initially go in "super premium EVs" and will offer 900 to 1,000 kilometers (559-621 miles) of range and improved safety... Samsung's presentation also reiterated previously announced plans to create batteries that can charge in nine minutes and last 20 years by 2029.
More details from Notebookcheck: According to Samsung SDI's VP, automakers are interested in its solid-state battery packs because they are smaller, lighter, and much safer than what's in current electric cars. Apparently, they are also rather expensive to produce, since it warns that they will first go into the "super premium" EV segment. Those Samsung defines as luxury electric cars that can cover more than 600 miles on a charge.

Samsung's oxide solid-state battery technology is rated for an energy density of about 500 Wh/kg, which is about double the density of mainstream EV batteries. Those have capacities that already allow more than 300 miles on a charge, so 600 miles of range in a similar footprint is not out of the question, but the issue is production costs.
Thanks to Slashdot reader npetrov for sharing the news.

China's rapid deployment of robotaxis is raising concerns among the country's 7 million ride-hailing drivers, who fear job losses as autonomous vehicles hit the streets, according to a Reuters report. At least 19 Chinese cities are conducting robotaxi trials, with seven approving tests without human monitors. Baidu's Apollo Go plans to deploy 1,000 vehicles in Wuhan by year-end and operate in 100 cities by 2030. The push for self-driving technology aligns with President Xi Jinping's call for "new productive forces," but contrasts sharply with the more cautious approach in the United States. As robotaxi fleets proliferate, some drivers worry about their livelihoods, with one Wuhan driver predicting "everyone will go hungry."

An anonymous reader quotes a report from Ars Technica: Distracted driving isn't only a result of drivers using their phones when they should be paying attention. But it is a significant cause of the problem, accounting for at least 13 percent of distracted driving deaths and rising to 1 in 5 for young drivers. Now, a study conducted with customers of the Progressive insurance company has tested different strategies to get those drivers to put their phones down in the car, and it found two that significantly reduced handheld use, with the effect persisting after the end of the study. The study recruited 1,653 customers already enrolled in its Progressive Snapshot program, which involves the use of a smartphone app that detects phone use while driving. Before the start of the trial, the participants all averaged more than 6.4 minutes per hour of handheld use while driving -- Progressive says its safest customers have handheld usage of less than 1 minute per hour while driving. [...] Paying drivers on top of competitive gamification was the most effective way to get them to put down their phones. This group reduced its handheld usage by 27.6 percent, or 89 seconds/hour, compared to the control. That reduction was maintained at the same level throughout the post-intervention period for this arm.