FedEx CEO calls current supply chain upheaval the biggest shift in 35 years as trade routes redraw globally FedEx CEO Raj Subramaniam described the current supply chain upheaval as the biggest shift in 35 years, driven by tariffs and geopolitical tensions. These forces are leading to a reevaluation and potential rewiring of global trade routes. The logistics sector in South Africa is responding to these global changes, indicating a broader impact on regional transportation networks. This story was produced through MarketScale. See how Transportation teams put it to work with Partner & Channel Enablement. Key facts, context, and what it means, in one minute. Key takeaways Tariffs and geopolitical tensions are reshaping global trade routes. FedEx CEO describes current supply chain changes as the largest in 35 years. South Africa's logistics sector is adjusting to global trade shifts. FedEx moves nearly $2 trillion worth of goods every year. That scale makes what its CEO says about trade worth taking seriously. Speaking to Fortune on July 15, 2026, Raj Subramaniam described the current period as the largest supply chain realignment he has witnessed in 35 years at the company, a reshaping driven not by one tariff or one policy decision but by a compounding of geopolitical friction, shifting sourcing strategies, and new demand growth in markets that were secondary a decade ago. Reglobalization, not deglobalization Subramaniam's framing, as reported by Fortune, is precise: this is reglobalization, not deglobalization. Trade is not contracting; it is redirecting. Growth corridors in Latin America, Southeast Asia, and India are absorbing volume that once moved along more established Asia-to-North America and Asia-to-Europe lanes. For logistics operators and the procurement teams that depend on them, that distinction matters. Routes that were reliable for years now require reassessment, and new carrier relationships and customs capabilities in emerging corridors
Jul 26, 2026 · via marketscale.com
At the Huaneng Yimin Open-Pit Coal Mine in Inner Mongolia, China has switched on the world’s first fleet of 100 fully autonomous, all-electric mining trucks. Commissioned in May 2025, the driverless XCMG ZNK95 haulers — branded ‘Huaneng Ruichi’ — run with no one in the cab, coordinated over a Huawei 5G-Advanced (5G-A) network built for the site. This coal mine in Inner Mongolia is running 100 giant haul trucks — and there’s no one in a single cab. This is the Huaneng Yimin Open-Pit Coal Mine — home to the world’s first fleet of 100 fully autonomous, all electric mining trucks. They’re XCMG ZNK95 haulers, branded ‘Huaneng Ruichi’ — switched on in May 2025, running with empty cabs. A control room supervises the whole fleet over a Huawei 5G-Advanced network — the first openpit mine to run mining at this scale on the cloud. Around 500 megabits up and just 20 milliseconds of lag means the mine sees and steers every truck in real time. They’re fully electric — zero tailpipe — and swap an empty battery for a full one in under six minutes, hauling almost non-stop. And they do it in brutal cold — operations have run as low as minus 48.5 degrees Celsius. Huaneng says the fleet set records for payload, speed and cold — and runs about 20% more productively than human crews ADVERTISEMENT
Jul 26, 2026 · via interestingengineering.com
Autonomous manufacturing system that connects entire shipbuilding process set to be developed The initiative also reflects broader changes taking place within the maritime industry. Read Next: Taiwan adopts US firm`s chipmaking system that prints circuits without photomasksThe global shipbuilding industry is entering a new era of digital innovation as HD Korea Shipbuilding & Offshore Engineering (HD KSOE) moves to integrate artificial intelligence (AI) across the entire shipbuilding process. Through a newly signed agreement with Siemens Digital Industries Software, the South Korean shipbuilding giant aims to build a next-generation marine platform that will redefine how ships are designed, manufactured and maintained. AI-powered smart shipyard The collaboration represents a significant milestone in HD KSOE’s long-term vision of creating an AI-powered smart shipyard. Rather than treating digital technologies as isolated tools, the company plans to establish an integrated platform that connects every stage of shipbuilding—from initial design and engineering to production, logistics, quality inspection, sea trials and lifecycle management. By consolidating information into a single 3D data environment, stakeholders across the value chain will be able to access consistent, real-time information throughout a vessel’s development. At the heart of the initiative is the development of a digital platform capable of synchronising engineering data with manufacturing operations. Design modifications will be instantly reflected on the production floor, while real-time updates from workshops and suppliers will enable faster decision-making. Such seamless information flow is expected to reduce production delays, improve quality control and optimize resource allocation across complex shipbuilding projects. “As a leader in industrial AI, automation and digital twin software, Siemens is uniquely positioned to help transform how shipyards design, build and sustain the next generation of vessels,” said Tony Hemmelgarn, President and CEO of Siemens Digital Industries Software. “This strategic collaboration is about more than technology deployment, it’s about establishing a repeatable blueprint
Jul 25, 2026 · via interestingengineering.com
Key Takeaways Tesla must accumulate at least 250,000 validation miles on the Cybercab's new chassis before production can ramp, making that mileage target the single most critical metric for its robotaxi timeline. Summary On July 25, 2026, Grayson Brulte and Walter Piecyk dissected a busy week in autonomy: Tesla’s Q2 earnings call revealed the crucial bottleneck for Cybercab deployment; Alphabet’s call barely mentioned Waymo; Mobileye’s founder-CEO of 27 years stepped down; and Zoox issued a software recall for failing to detect smoke. The central finding is that Tesla’s Cybercab ramp will be governed by validation miles on the new chassis, not by factory output — a reality that pushes meaningful commercial service into early 2027 at the earliest, and that undercuts the narrative of an easy transfer of the FSD stack to different vehicle form factors. Walter Piecyk, a financial analyst who covers both autonomy and telecommunications (and who asked questions directly on the Tesla call), and Grayson Brulte, founder of Road to Autonomy, argued that the gap between Tesla’s 380,000 unsupervised autonomous miles in Austin and Waymo’s vast operational history is a quantitative chasm that cannot be closed quickly, and that the industry’s “safety first” rhetoric now has teeth across the board. Cybercab Timeline: Validation Miles, Not Production, Are the Governor On the Tesla earnings call, management disclosed that Cybercabs had accumulated 380,000 unsupervised autonomous miles in Austin with zero notable incidents. Elon Musk noted that outside actors had deliberately tried to provoke the vehicles — echoing known vandalism issues in the city. However, as Walter Piecyk emphasized, that mileage figure “pales in comparison compared to Waymo’s numbers,” and the critical takeaway was that Tesla’s own commentary implied the production line is being paced to match validation progress, not the other way around. "They’re gonna have to put miles…
Jul 25, 2026 · via finance.biggo.com
Planning decisions taken over the next three years will decide whether driverless vehicles free up land for housing or pile congestion onto the roads, says a report produced for the Royal Town Planning Institute (RTPI) by Institute for Driverless Transport (IfDT). Planners hold powers to shape which way it goes, from local plans to planning conditions, argues the report, which is for RTPI members only. The report says if private car ownership falls as a consequence of autonomous vehicles, the land now used for parking could be turned over to homes, green space and town centre regeneration, most of all in cities where it is most valuable. However, the primer notes that more than four in ten of Waymo’s robotaxi miles in California already run with no passenger, empty traffic that adds to congestion unless the rollout is actively managed. Autonomous vehicles: A primer for planners working in the UK – Emerging risks and opportunities for the creation of thriving places was peer reviewed by Mark Frost (director of policy, Transport Planning Society) and Tom van Vuren (former director of policy, Transport Planning Society). Driverless taxis are due to start carrying passengers in London this year, and a new report argues that the way planners respond over the next three years will shape Britain’s towns long after the technology stops being a novelty. The report was written by the Institute for Driverless Transport (IfDT), an independent research body, and published by the Royal Town Planning Institute (RTPI), the professional body for around 27,000 planners across the UK. This year’s robotaxi launch will put the UK among the world’s most competitive driverless-vehicle markets, behind only the US, China and the United Arab Emirates. Three firms plan to run robotaxis in London, as early as September, with Waymo already testing more than
Jul 25, 2026 · via transportxtra.com
Piecyk: Tesla Cybercab Needs at Least 250,000 Validation Miles Before Commercial Ramp On Tesla's Q2 2026 earnings call, one number should have stopped every investor cold: 380,000. That's how many unsupervised autonomous miles the company's Cybercabs had accumulated in Austin, Texas — with zero notable incidents, management was quick to add. Elon Musk noted that outside actors had deliberately tried to provoke the vehicles, a reference to known vandalism issues in the city. But for Walter Piecyk, the financial analyst who asked pointed questions directly on that call and who joined Grayson Brulte on the Road to Autonomy podcast to dissect the results, that figure told a different story entirely. 380,000 miles is a rounding error next to what Waymo has logged. And it's nowhere near what Tesla itself needs before the Cybercab can scale. "They're gonna have to put miles," Piecyk said, emphasizing the word "miles" as though the market had somehow forgotten what it means. "This is a new chassis, a new shape. They have to put miles that are specific to a new form factor." That distinction — between validating software and validating an entirely new vehicle platform — is the bottleneck that Tesla's most bullish investors have been glossing over. And Piecyk, who covers both autonomy and telecommunications, put a hard number on it: at least 250,000 miles per car or small fleet before unsupervised operation is defensible. The Validation Wall No Factory Can Solve What made Piecyk's estimate so revealing was what Tesla's own management had already conceded. During the earnings call, the company confirmed that Cybercab production had started in Q2 2026, on schedule. But they also signaled — subtly, in the way that earnings calls signal things that matter — that the production line is being paced to match validation progress, not the
Jul 25, 2026 · via finance.biggo.com
Aurora CEO Chris Urmson explains how the Aurora driver uses lidar and proprietary sensors to safely navigate power outages, rainstorms, and construction zones, and details their partnership with NVIDIA to power future generations of autonomous trucks.
Jul 25, 2026 · via fox.com
Off-Highway Autonomy Retrofit Kits Market : Global Industry Analysis and Opportunity Assessment, 2036 Off-Highway Autonomy Retrofit Kits Market is segmented by Kit Type, Application, Component, End Use, Business Model, and Region. Forecast period 2026 to 2036 - Market Size (2026): USD 455.0 Mn - Forecast (2036): USD 6,273.0 Mn - CAGR (2026 to 2036): 30.0% How big is the Off-Highway Autonomy Retrofit Kits Market in 2026? USD 455.0 million in 2026 and USD 6,273.0 million by 2036 at a 30.0% CAGR. The off-highway autonomy retrofit kits market is expected to grow strongly, with demand projected to increase at a CAGR of 30.0% between 2026 and 2036. Market revenue is forecast to rise from USD 455.0 million in 2026 to USD 6,273.0 million by 2036. Growth is being driven by the large installed base of off-highway equipment that remains mechanically viable even after its original control systems become outdated. Instead of replacing expensive machinery, operators can extend asset life and improve productivity by retrofitting autonomous technologies. This opportunity is particularly significant in the mining sector. According to the USA Geological Survey, USA nonfuel mineral production reached USD 112 billion in 2025, as reported in February 2026. The scale of mining operations and the extensive use of surface mining equipment create a strong business case for adopting autonomy retrofit kits, enabling operators to modernize fleets without incurring the high costs associated with purchasing new machines. Commercial use starts on haul roads that repeat the same loading and dumping cycle in each shift. Pronto reported in January 2026 that a mixed Caterpillar and Komatsu fleet moved more than two million tons autonomously at Heidelberg Materials' Lake Bridgeport quarry. The fleet reached this mark with three truck models in less than eight months of commercial operation. Latin American mines often manage long-life fleets from
Jul 25, 2026 · via futuremarketinsights.com
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Jul 25, 2026 · via youtube.com
The Quiet Revolution Reshaping How the World Extracts Resources Long before autonomous vehicles became a staple of urban mobility debates, the mining industry was quietly pioneering driverless technology at scale. Underground and open-pit mines have unique characteristics that actually make them more suitable for early autonomy adoption than public roads: defined haul routes, controlled access zones, predictable traffic patterns, and an overwhelming economic incentive to reduce human exposure to dangerous environments. What began as experimental deployments at a handful of iron ore operations in Western Australia has evolved into a global technology race, and China has emerged as the unexpected frontrunner. The penetration of autonomous trucks in Chinese mining operations now sits at roughly 10% of all trucks, a figure that reflects both the scale of China's mining sector and the speed at which domestic technology firms have moved from prototype to commercial deployment. Within that landscape, CiDi autonomous mining machines overseas sales have become a central strategic priority, as the company's global expansion ambitions, asset-light commercial architecture, and pipeline of next-generation robotic systems make it one of the more strategically interesting technology companies operating at the intersection of heavy industry and artificial intelligence. When big ASX news breaks, our subscribers know first Understanding CiDi's Business Architecture Before Examining Its Growth Most discussions of automation in mining centre on the vehicles themselves. CiDi's strategic differentiation, however, lies less in the hardware and more in how it structures its commercial relationships. Rather than owning and operating truck fleets, which requires substantial capital and creates ongoing operational liability, CiDi sells hardware and software systems directly to mine operators. Physical manufacturing is handled by partner equipment makers, keeping CiDi's balance sheet lean and its organisational focus squarely on software intelligence, fleet coordination, and technology development. This asset-light approach carries specific implications for international
Jul 25, 2026 · via discoveryalert.com.au
Award Category: China Auto New Supply Chain Top 100 Field: ADAS/AD Technology: ETX Automotive-Grade 120° Ultra-Long-Range LiDAR Innovation: The world’s first 6D full-color, ultra-high-resolution LiDAR platform. It supports up to 4,320 lines of full-color 4K ultra-HD resolution, significantly broadening the safety margins for Level 3 autonomous driving. Technical Description: The newly upgraded Hesai ETX stands as the world’s first 6D full-color, ultra-high-resolution LiDAR platform. Boasting industry-leading ranging and small-object detection, the system achieves a maximum detection range of 600 meters and 400 meters at 10% reflectivity. It can clearly identify small obstacles such as water barriers (120x60 cm) from 300 meters away, small animals (60x40 cm) from 280 meters, and even small wooden blocks (15x25 cm) within 150 meters. Designed for mass production in ADAS (Advanced Driving Assistance Systems), the Hesai ETX is an automotive-grade 120° ultra-long-range LiDAR. Its applications span advanced driver assistance, robotaxis, autonomous trucks, and smart logistics and warehousing—significantly widening the safety margins for Level 3 autonomous driving. "Gasgoo Awards" Launched by Gasgoo, the awards consistently focus on the innovative forces within China's new automotive supply chain. By identifying outstanding companies and cutting-edge achievements in core technology fields, the initiative aims to drive industrial innovation. Building on years of industry research, Gasgoo has simultaneously launched the "China Automotive Industry Innovation Case Library". This project systematically documents innovation practices across the Chinese supply chain, uncovering corporate technical capabilities and industrial value. Looking ahead, the library will aim to take "Chinese solutions global," helping innovative technologies and leading enterprises expand into international markets while fostering cooperation across the global automotive industry.
Jul 25, 2026 · via autonews.gasgoo.com
Americans Are More Interested In Off-Roading Than Ever, Survey Finds More than 64 percent of Americans are eager to get off the beaten path. the breakdown - Interest in off-roading has nearly doubled in the past year. - SUVs remain the vehicle of choice for off-road adventures. - Gas-powered vehicles are still overwhelmingly preferred over EVs. America's love affair with off-roading isn’t slowing down anytime soon. A new study shows that nearly two-thirds of US drivers are interested in taking an off-road road trip—a major jump from last year. According to Hankook Tire's latest Gauge Index survey, a large majority of respondents say they would like to take an off-road adventure. The study polled 1,000 randomly selected American drivers above the age of 18. That number is up significantly from the previous year's study, with younger drivers leading the charge. But Gen X and baby boomers aren’t far behind: - 64% of Americans want to take an off-road adventure (up from 34% last year). - 74% of Gen Z respondents are interested in off-roading. - 72% of millennials say they'd like to venture off the pavement. - 57% of Gen X and 42% of baby boomers share that interest. Ford Ranger Raptor As expected, the majority of drivers surveyed said they would opt for an SUV first and foremost (with plenty of options to choose from). Pickup trucks were the next-best option, and a small number of heroes actually said sedans. With limited adventure EV options, gas still reigned supreme. The majority of respondents still picked internal combustion, as expected: - 52% of respondents would choose an SUV for an off-road adventure. - 36% said they'd rather take a pickup truck. - 79% of SUV buyers would choose a gas-powered model. - 87% of pickup buyers prefer gasoline over electric.
Jul 25, 2026 · via motor1.com
An 80,000-pound truck barreling down I-45 between Dallas and Houston with an empty driver’s seat sounds like the setup for a dystopian thriller. It’s actually Tuesday for Aurora Innovation. The company has launched its second-generation driverless Class 8 fleet — not a pilot, not a demo, but commercial freight operations across 10 Sun Belt routes. Freight costs touch everything from grocery prices to next-day delivery windows, which means this affects you directly. Aurora just crossed from proving the technology works to proving the business does. Built to Last a Million Miles New hardware doubles lidar detection range and cuts costs in half, while manufacturing partner Roush targets a production run-rate of 1,000 trucks this year. The new commercial hardware kit is engineered to survive one million miles — roughly eight times what a typical human driver logs annually. Aurora’s upgraded FirstLight FMCW lidar detects objects at 1,000 meters, double the prior generation’s range. At highway speeds, that extra detection distance buys precious seconds for decision-making. Hardware costs dropped 50% or more versus the first-generation kit, which is the difference between a science project and a shipping line. Built on the International LT Series and upfitted by Roush at a dedicated facility, the second-gen fleet currently covers 10 driverless Sun Belt routes with nearly 440,000 driverless miles logged. Aurora is targeting 200-plus trucks operating by year-end, with customers already signed onto driverless contracts including: - Hirschbach - Uber Freight - McLane - Detmar On the question everyone asks: a roadside assistance team member may occasionally ride in the rear seat — not to drive, not to supervise. The Aurora Driver handles that alone. Aurora CEO Chris Urmson framed the moment plainly: “Last year’s driverless launch proved our technology could operate safely on public roads — our new platform now provides the
Jul 25, 2026 · via gadgetreview.com
EnergyHub, Sunrun, The Mobility House partner with utilities on Massachusetts V2G pilot
Eversource, National Grid, EnergyHub, Sunrun and The Mobility House are launching a vehicle-to-grid (V2G) pilot in Massachusetts through the existing ConnectedSolutions program. Eligible residential customers with bidirectional-capable EVs will be able to send stored energy back to the grid during peak demand in exch....
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Jul 25, 2026 · via marklines.com
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Jul 25, 2026 · via youtube.com
Hong Kong-listed Chinese autonomous mining equipment maker CiDi expects overseas sales of its autonomous mining machines to increase this year as it expands beyond China, Chief Executive Albert Hu told Reuters. Hu said the company is strengthening its presence in Australia, where it has already deployed partially autonomous excavators, with a broader rollout planned this year. CiDi is also pursuing new contracts in the Middle East, South America and Europe as demand for automated mining technology continues to rise. The company is among a growing number of Chinese firms, including Fujian-based EACON, competing to supply self-driving mining trucks and other autonomous equipment aimed at reducing labour and fuel costs while improving operational safety. Beyond autonomous haul trucks, CiDi is developing robotic drilling and explosive-handling machines for hazardous mining operations. Hu said some of the company’s trucks are already equipped with robotic arms, highlighting the increasing convergence of robotics and heavy industrial vehicles. “We’re blurring the lines between a truck and a robot,” Hu said, adding that the technology is designed to perform dangerous and highly precise tasks more efficiently. Hu said CiDi is well positioned to outpace the broader Chinese autonomous mining equipment sector, projecting overseas markets will contribute a double-digit share of the company’s revenue next year, up from a low single-digit contribution currently. Unlike some competitors that operate their own truck fleets, CiDi supplies hardware and software directly to mine operators while relying on manufacturing partners to build the vehicles, a business model Hu described as “asset-light.” The company, which listed in Hong Kong in late 2025, more than doubled its revenue last year to 884.8 million yuan ($130.6 million). Hu said CiDi’s deployments and revenue in China grew 374% last year, significantly outpacing the industry’s growth of about 73%. At a limestone quarry in Jiangsu province operated
Jul 25, 2026 · via arise.tv
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Jul 24, 2026 · via youtube.com
Aurora launches second-gen driverless trucks with hardware built for one million miles Aurora has launched second-generation driverless trucks as it expands autonomous freight operations across 10 US routes. Read Next: Top 5 hydrogen-powered flying cars, eVTOLs that are under developmentAurora Innovation has launched its second-generation driverless trucks, aiming to expand its autonomous freight operations across 10 routes in the US Sun Belt. The new Class 8 trucks are based on the International LT Series and feature Aurora’s next-generation hardware, which the company says is designed to last for up to one million miles. The launch marks a key step in the company’s plan to move from initial driverless deployments to larger-scale commercial operations. Aurora’s driverless trucks have already traveled nearly 440,000 miles on public roads as of the end of June. The company said the new platform will allow it to put hundreds of autonomous trucks on the road and serve more customers. The expansion comes as demand for autonomous freight technology grows. One customer recently announced plans to purchase 500 trucks powered by Aurora’s self-driving system, although the company cautioned that some customer intentions may not yet represent binding orders. New hardware hits road Before deploying the second-generation fleet, Aurora completed its Safety Case for the new truck and hardware. The process is the company’s established framework for assessing whether its technology is ready to operate on public roads without a human driver behind the wheel. Aurora is working with Roush, a product development and manufacturing supplier, to prepare the trucks for commercial deployment. Roush is installing redundant systems and integrating Aurora’s next-generation hardware at a production facility dedicated to the company. More from Transportation See AllThe partners have also established an upfit process that Aurora says could position Roush to reach an annual production rate of 1,000 Aurora
Jul 24, 2026 · via interestingengineering.com
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Jul 24, 2026 · via foxbusiness.com
CiDi, the Hong Kong-listed Chinese autonomous mining equipment maker, expects overseas deployments to grow this year as it expands beyond China, Chief Executive Albert Hu told Reuters.CiDi has equipped partially automated autonomous excavators in Australia and is preparing a larger rollout there this year, alongside efforts to land contracts in the Middle East, South America and Europe, Hu said. CiDi and rivals including Fujian-based EACON are racing to provide self-driving trucks and other mining equipment, cutting labour and fuel costs while improving safety.Beyond trucks, CiDi is readying robotic explosive-hauling and drilling machines for "very dangerous, very precise" work, Hu said. "Some of our trucks have robotic arms now," he said. "Is it a truck? Or is it a robot? We're blurring the lines between the two." Hu said CiDi can grow faster than China's autonomous mining equipment sector. He expects overseas markets to contribute a double-digit percentage of revenue next year, up from a low single-digit share.Unlike rivals that operate truck fleets, CiDi sells hardware and software directly to mine operators, leaving manufacturing to partner truck and equipment makers in what Hu called an "asset-light" model. CiDi, which went public in late 2025, saw its revenue more than double last year to 884.8mn yuan ($130.6mn). Deployments and revenue grew 374% in China, compared with roughly 73% for China's industry, Hu said.At an open-pit quarry in Jurong, Jiangsu province, owned by cement conglomerate TCC Group Holdings, 12 fully electric unmanned trucks moved across the site on Friday, recharging or autonomously hauling limestone to crushing facilities. CiDi says the fleet is the first fully electric and self-driving mining truck fleet. China leads the world in the use of autonomous mining trucks, with roughly 10% of trucks now driverless. CiDi's global fleet has grown to more than 1,700 vehicles, mostly in China, across
Jul 24, 2026 · via gulf-times.com