The project aims to enable highly automated truck convoys for use in demanding military scenarios. It will also examine the basis for a standardised certification process for autonomous transport vehicles within the German Armed Forces. As part of InterRoC, Quantum Systems’ artificial intelligence and autonomy solutions will be integrated into military vehicle platforms from Daimler Truck. The vehicles are expected to be capable in the future of conducting convoy operations automatically or by teleoperation. The project is intended to support operations under difficult conditions and with limited communications infrastructure. Quantum Systems said the German Armed Forces are addressing a key challenge facing modern militaries through the programme. The company said future logistics will require significantly greater performance with limited personnel resources. As the planned expansion of the force proceeds, material, transport and supply requirements are expected to increase, while qualified personnel will remain limited. Automated and semi-automated convoys are intended to help allocate logistics resources more efficiently. They can also support more effective use of available personnel and reduce the operational burden on service members. Quantum Systems said the technology could enable supply missions in high-risk or contested areas. The company said this would contribute to the resilience and sustainability of modern armed forces. “The massive expansion of the Bundeswehr’s logistics force can only be achieved through highly automated and autonomous ground vehicles. The Bundeswehr needs a scalable and resilient logistics system that functions reliably even with limited personnel resources,” said Hendrik Kramer, Vice President of the Land Domain at Quantum Systems. “We view autonomous convoy solutions as a fundamental component of Germany’s role as a logistics hub and are proud to be a partner of the Bundeswehr in this area,” Kramer said. Quantum Systems is contributing expertise in the certification of autonomous ground vehicles to the project. The company
Jun 16, 2026 · via defence-industry.eu
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Jun 16, 2026 · via youtube.com
Read this article in 中文 Français Deutsch Italiano Português Español An intelligent machine ecosystem: Zoomlion’s approach to the future of mining Partner Content produced by KHL Content Studio 16 June 2026 Mining operators around the world are under increasing pressure to produce more material while reducing environmental impact and improving workforce safety. Factor in labour shortages, rising energy costs and stricter sustainability targets, and the logic of investigating automation, electrification and digital intelligence becomes clear. Today, we are increasingly seeing autonomous haulage systems, remote-controlled equipment and real-time operational intelligence moving from pilot projects into large-scale deployments in open-pit mining operations. A number of industry studies have identified the benefits, with a report from Ernst & Young forecasting that digital transformation could deliver an improvement in mining productivity of up to 23% by 2030. At the same time, these technologies are helping operators improve asset utilisation, reduce downtime and optimise energy consumption. According to Yu Xiao Ying, Head of Smart Mining Projects at Zoomlion, today’s productivity targets, safety requirements and sustainability objectives are significantly changing the way mining operations are designed and managed. These changes are shaping Zoomlion’s approach to mining, with the company focusing on integrated solutions built around green power systems and full-stack intelligence. This strategy is already being deployed at scale, with hundreds of Zoomlion autonomous mining trucks operating across mining projects in Xinjiang and Inner Mongolia, while the company’s hybrid and electric mining trucks have each accumulated more than 8,000 operating hours. The evolution of smart mining The concept of the intelligent mine has evolved significantly over the past decade. Early digitalisation initiatives focused primarily on equipment monitoring, fleet management and operational reporting. More recently, however, advances in machine vision, artificial intelligence, connectivity and autonomous vehicle technology have expanded the possibilities for automation. While fully autonomous mining
Jun 16, 2026 · via constructionbriefing.com
Aurora Innovation has recently attracted renewed attention after reporting Q1 2026 results that were slightly ahead of expectations, securing new positive analyst coverage, and seeing director David Wehner purchase 82,500 shares following earlier selling pressure from an Uber Technologies subsidiary. This combination of insider buying, analyst support, and continued progress toward deploying more than 200 driverless trucks by year-end has shifted focus back to Aurora’s autonomous trucking platform rather than the previous secondary share sale overhang. We’ll now examine how this insider share purchase and related developments may influence Aurora Innovation’s existing investment narrative and risk profile. We've uncovered the 9 dividend fortresses yielding 5%+ that don't just survive market storms, but thrive in them. Aurora Innovation Investment Narrative Recap To own Aurora Innovation, you have to believe its autonomous trucking platform can scale from minimal revenue today into a viable Driver as a Service model, despite heavy losses and ongoing cash burn. The latest insider buying and slightly better Q1 2026 results do not change the near term catalyst that matters most, which is deploying more than 200 driverless trucks, nor the biggest risk of needing fresh capital if that rollout or gross profit timing slips. The recent confirmation that Aurora still expects to deploy more than 200 driverless trucks by year end is the announcement that most directly connects to this news. It is the operational milestone that ties insider confidence, analyst support, and expanding customer partnerships together, and it sits at the heart of whether Aurora’s emerging network can start to justify its investments and reduce the risk of further dilution. Yet beneath the insider buying and analyst optimism, investors should be aware that Aurora is still burning hundreds of millions of US dollars and could... Aurora Innovation's narrative projects $675.2 million revenue and $86.1 million earnings
Jun 16, 2026 · via simplywall.st
Saudi Arabia trials first autonomous heavy-duty truck with P&G June 15, 2026Hydrogen fuel cell news: Big news from Saudi Arabia! The Transport General Authority has just given the green light for an incredible pilot project featuring the first hydrogen-powered heavy-duty truck. This beast of a vehicle comes with autonomous driving tech and is being rolled out through a collaboration with Procter & Gamble Limited, the local Ismail Abudawood Group, and the tech-savvy folks at Hyperview. This initiative is a great step forward for the National Transport and Logistics Strategy and is in line with Saudi Vision 2030, which aims to clean up freight transport while embracing smarter mobility solutions. This pilot truck, which is hitting the roads this month, is no ordinary rig. It’s powered by a proton exchange membrane (PEM) fuel cell system, paired with some seriously advanced Level 4 autonomous driving capabilities. This bad boy runs on high-pressure hydrogen stored at 350 bar, so refueling only takes a few minutes at the designated hydrogen refueling stations. While we don’t have the full scoop on its range and payload yet, earlier tests with Hyperview’s HTO2.1 platform have shown it can travel up to 450 km on a single tank and haul over 40 tonnes, highlighting just how promising hydrogen fuel cell trucks can be for long-distance trips, even in tough climate conditions. P&G’s sustainability and supply chain angle Now, let’s talk about Procter & Gamble (P&G) and its goals. As a major player in the fast-moving consumer goods (FMCG) sector, P&G is committed to achieving net-zero emissions across its operations and supply chains. In Saudi Arabia, they’re teaming up with Ismail Abudawood Group to manage the manufacturing, distribution, and storage of its household and personal care products. By trialing real freight on a zero-emission platform, P&G is getting firsthand
Jun 16, 2026 · via hydrogenfuelnews.com
Saudi Arabia Trials Autonomous Hydrogen Heavy Truck Reporting by HydrogenFuelNews, AutoNotion, MJENGOHUB and regional outlets states Saudi Arabia's Transport General Authority has approved a pilot of the country's first hydrogen-powered heavy-duty truck with autonomous driving. The project lists partners including Procter & Gamble, local distributor Ismail Abudawood Group, and autonomy supplier Hyperview (some coverage names Hyvia), and has support from the Ministry of Energy and the Ministry of Transport and Logistic Services, per MJENGOHUB and MadhyamamOnline. Sources report the vehicle uses a proton exchange membrane (PEM) fuel cell and high-pressure hydrogen storage; HydrogenFuelNews cites earlier Hyperview tests of the platform at up to 450 km, while MadhyamamOnline, MJENGOHUB and AutoNotion report an operational range near 1,500 km (about 930 miles) on a single tank. Coverage describes the truck as featuring multi-level or Level 4 autonomous capabilities and targeting long-haul logistics routes. What happened Reporting by HydrogenFuelNews, AutoNotion, MJENGOHUB and MadhyamamOnline states that Saudi Arabia's Transport General Authority granted approval for a pilot deployment of the kingdom's first heavy-duty, hydrogen-powered truck equipped with autonomous driving. Coverage lists partners as Procter & Gamble, Ismail Abudawood Group, and autonomy provider Hyperview (MadhyamamOnline names Hyvia in some copy). MJENGOHUB and MadhyamamOnline report the deployment has backing from the Ministry of Energy and the Ministry of Transport and Logistic Services. Technical details Reporting attributes the vehicle's propulsion to a proton exchange membrane (PEM) fuel cell and high-pressure hydrogen storage. HydrogenFuelNews notes earlier Hyperview platform tests showing ranges up to 450 km, while MadhyamamOnline, MJENGOHUB and AutoNotion report the operational range at roughly 1,500 km (about 930 miles) on a single refuelling. HydrogenFuelNews specifies hydrogen storage at 350 bar in its account. Multiple outlets describe the truck as using multi-level autonomy or Level 4-capable systems and a software-defined architecture for continuous updates. Editorial analysis - technical
Jun 15, 2026 · via letsdatascience.com
The Hidden Cost of Standing Still: Why Mining's Old Operating Model Is Failing For most of the twentieth century, mining operated on a simple premise: dig deeper, move more material, and fix things when they break. That model worked when ore grades were high, labour was cheap, and the consequences of inefficiency could be absorbed by commodity price margins. None of those conditions reliably exist today. The structural economics of modern mining have shifted dramatically. Ore bodies that were once rich and accessible near the surface now require extraction at depths where heat, pressure, and geological complexity multiply operational risk. Average copper ore grades mined globally have declined by roughly 30% over the past two decades, forcing operators to process significantly larger volumes of material to produce the same metal output. Against this backdrop, the question facing the industry is not whether to adopt AI in mining efficiency and safety programmes, but how quickly that transition can be executed before the cost gap between early and late adopters becomes permanent. When big ASX news breaks, our subscribers know first Why the Traditional Monitoring Model Cannot Scale The conventional approach to mine site management relied on scheduled inspection cycles, periodic maintenance windows, and post-incident analysis. Trained personnel would walk equipment lines, review sensor logs at fixed intervals, and respond to failures after they had already disrupted production. This model had a fundamental architectural flaw: it was inherently backward-looking. As mining automation trends have accelerated, the volume of data generated by a single mine site now far exceeds what any human-led inspection regime can meaningfully process. A modern large-scale open cut mine can operate hundreds of pieces of heavy equipment simultaneously, each generating continuous streams of telemetry from engine temperature sensors, tyre pressure monitors, hydraulic system gauges, and fuel consumption trackers. The
Jun 15, 2026 · via discoveryalert.com.au
Earnings Momentum Builds: Recent market chatter has highlighted Aurora Innovation's first-quarter results, which surpassed expectations with an EPS beat and revenue guidance pointing to substantial year-over-year growth. Analysts and observers note the company's plans for expanding its fleet of driverless trucks, positioning it for commercialization milestones ahead. Trucking Scale Projections: Discussions emphasize forecasts for explosive growth in autonomous trucking miles, potentially reaching tens of billions annually over the coming decades amid a thinning field of competitors. Participants point to the company's technological edge and remaining rivals as factors that could support long-term execution in a capital-intensive sector. Technical and Strategic Views: Short-term chart patterns have drawn attention for showing potential upward moves, while broader commentary underscores patience required for scaling in autonomous technology. Overall market sentiment reflects measured optimism around the firm's path forward. Note: This discussion summary was generated from an AI condensation of post data. Aurora Innovation Insider Trading Activity Aurora Innovation insiders have traded $AUR stock on the open market 11 times in the past 6 months. Of those trades, 1 have been purchases and 10 have been sales. Here’s a breakdown of recent trading of $AUR stock by insiders over the last 6 months: - TECHNOLOGIES, INC UBER sold 67,500,000 shares for an estimated $479,250,000 - REID HOFFMAN has made 0 purchases and 9 sales selling 7,048,487 shares for an estimated $54,288,482. - DAVID M. WEHNER purchased 82,500 shares for an estimated $498,300 To track insider transactions, check out Quiver Quantitative's insider trading dashboard. You can access data on insider stock transactions through the Quiver Quantitative API insider transaction endpoint. Aurora Innovation Revenue Aurora Innovation had revenues of $1M in Q1 2026. You can track AUR financials on Quiver Quantitative's AUR stock page. You can access data on AUR stock through the Quiver Quantitative API. Aurora
Jun 15, 2026 · via quiverquant.com
Einride AB, a company developing electric and autonomous freight operations, said it will be going public via a special purpose acquisition company, or SPAC. Legato Merger Corp. III’s shareholders voted to approve the business combination earlier this month. “At Einride, we are redesigning the way freight moves,” stated Roozbeh Charli, CEO of Einride. “We are building the world’s most efficient freight network, and going public gives us the platform to deploy our electric and autonomous technologies at the speed this market demands.” Founded in 2016, Einride said it designs, develops, and deploys freight technology systems to accelerate the transition to future-proofed transportation. Its platform includes connected electric and autonomous heavy-duty vehicles, charging infrastructure, and an intelligent freight operating system. Einride follows steps to autonomous freight The Einride platform combines cableless autonomous fleets, software, and human-driven electric trucks to decarbonize, automate, and secure global supply chains. The Stockholm-based company‘s licensed teams continuously oversee autonomous operations via Saga, its AI-powered operating system. When Einride sets out to deploy its autonomous vehicles, it starts by identifying high-volume, repetitive routes where autonomy can deliver the strongest utilization, cost efficiency, and operational stability. Then, the company said it evaluates infrastructure, site interfaces, traffic conditions, and regulatory pathways to create a deployment plan and timeline. Next, Einride digitally models and stress-tests its routes before launch, which it claimed reduces risk and protects service levels from Day 1. It asserted that all of its vehicles operate under permit and integrate into live freight flows, with real-time oversight and defined response protocols. Once the vehicles are deployed. Einride begins expanding operations across vehicles, lanes, and operating hours. Einride currently counts more than 30 enterprise customers across seven countries. It brings in approximately $92 million in expected annual recurring revenue (ARR) from signed contracts. The company has also secured
Jun 15, 2026 · via therobotreport.com
A self-driving truck just glided through a spot where even seasoned long-haul drivers ease off and grip the wheel with both hands. Japan’s T2 has taken a leap that felt years away just a couple of seasons ago: its autonomous big rig cleared a highway toll gate — no hands on the wheel, no flip to manual, no safety net. For a passenger car, that’s a yawn. For a 2.5-metre-wide tractor squeezing into a corridor barely three metres across, it’s an engineering exam with almost no margin on either side. Curbs, gear, a gate, and zero room for error. The run used a Level 2 truck, but T2 is already aiming squarely at Level 4 — the moment the cab no longer needs a human in it at all. The tests went down in May 2026 at two points at once: Ayase Smart IC on the Tomei Expressway in Kanagawa, and Nishinomiya-kita IC on the Chugoku Expressway in Hyogo. How did the rig even fit? A combo of pre-mapped, high-precision 3D data and on-board LiDAR. The system matched live sensor reads against the stored map on the fly and held its line within centimetres. On top of that, the truck was taught to read the ETC gate itself — so it could decide on its own whether to push through, instead of nosing into a closed barrier. T2 isn’t just building a truck. It’s building a chain. The hubs in the middle are called “transgates” — terminals where a flesh-and-blood driver climbs in or out. On the highway, the truck runs itself; on the surface streets to a warehouse or customer, a human takes the wheel. Alongside the already-running Transgate Ayase, the company has opened Transgate Nishinomiya-kita next to the matching interchange. The new site sits on Kuramoto Transport’s yards
Jun 15, 2026 · via tarantas.news
DACHSER will become the first company in the world to operate Daimler Truck’s new Mercedes-Benz NextGenH2 Truck, marking an important step in the real-world evaluation of hydrogen fuel-cell technology for long-distance freight. Starting at the end of December 2026, DACHSER will begin using the first of three Mercedes-Benz NextGenH2 truck tractors equipped with liquid hydrogen technology. Two additional trucks of the same model are expected to follow by mid-2027. The vehicles will be based at DACHSER’s Karlsruhe logistics center in Germany and will operate primarily in long-distance transport, where the company and Daimler Truck expect the technology to demonstrate its range and operational flexibility. The three trucks are part of a small series of 100 Mercedes-Benz NextGenH2 Trucks that Daimler Truck plans to deliver to selected customers beginning at the end of December 2026. Volume production is scheduled to begin in the early 2030s. For commercial transportation, the deployment reflects the multi-technology path many fleets and OEMs are taking toward lower-emission freight. Battery-electric trucks are already moving into daily operations across regional and some long-haul applications, while hydrogen fuel-cell trucks are being evaluated for routes where long range, high payload, and shorter refueling times could provide operational advantages. “In logistics, if we want to sustainably reduce greenhouse gases and air pollutants from long-distance transport and, in the long term, replace diesel trucks completely, what we need is powerful and efficient zero-emission vehicles,” said Stefan Hohm, chief development officer at DACHSER. “Development work on battery-electric trucks has come on in leaps and bounds in recent years. These vehicles are reliable, they operate very well, and some volume-produced vehicles now even have a range of over 500 kilometers. But getting ahold of sufficient grid connection capacity for them remains a major challenge.” DACHSER currently has more than 190 electric trucks in daily
Jun 15, 2026 · via act-news.com
Many motorists cruising highways recently have likely found themselves stuck behind a truck that seems to be moving more slowly than usual. That perception is real. With diesel prices rising, truckers are dialing it back, trading speed for fuel economy, and in the process, subtly shifting the cadence of global supply chains. “In the United States, trucks carry more than 70% of all freight,” says Penn sociologist Steve Viscelli, who studies the economics of trucking. “So, when diesel spikes, transportation costs rise, supply chains tighten, and everyday goods—from fresh produce to consumer electronics—become more expensive. But fuel is only part of the story.” Viscelli talked to Penn Today about some of the challenges facing American truckers today. How does a spike in diesel prices reach consumers? Diesel’s incredible energy density makes it the lifeblood of logistics. A typical big rig weighs 40,000 pounds unladen, and legally, you can load an additional 40,000 pounds of freight on top of that. To move an 80,000-pound vehicle across the country, diesel is currently the only real way to do it. When you look at energy-intensive, long-haul operations, diesel can make up over a third of your total costs. When diesel prices spike by 20% or 25%, the effects cascade instantly. When those costs spike, logistics can account for approximately 8.8% of our GDP. A sustained spike has the potential to create a percent or two of inflationary pressure across thousands of categories of everyday items we all need. How has the trucking job market changed in recent years? It goes back to deregulation. We used to regulate trucking almost like a public utility to ensure a level playing field. Prices were collectively set, and the government made sure rural places didn’t get gouged by carriers. Before the 1980s, trucking was a really good
Jun 15, 2026 · via penntoday.upenn.edu
The global mining industry is embracing profound transformation driven by artificial intelligence, robotics and full automation. Intelligent excavators and driverless mining trucks have become mainstream equipment for modern mines, greatly enhancing operational safety and production efficiency. Along with the upgrade of mining machinery, the standards and demands for professional mining machinery parts have also been continuously improved. Reliable spare parts act as a solid foundation to ensure the stable running of all automated mining fleets. Evolution of Automated Mining Equipment Nowadays, major equipment brands have launched mature intelligent mining solutions. Caterpillar, Komatsu, Hitachi and Terex have optimized their classic models with AI control modules and robotic operating systems. The product line covers Caterpillar 773, 777, 793 series mining trucks, Komatsu HD785, 930E, PC1250, PC2000 series excavators, Hitachi EX and ZX series large excavators, as well as Terex TR50, TR100, MT4400 series haulage trucks. These automated machines work around the clock in harsh mine environments. Compared with traditional manual equipment, intelligent mining machinery puts forward stricter requirements on component stability, wear resistance and matching precision. High-quality mining machinery parts directly decide the continuous working capacity of robotic excavators and dump trucks. New Requirements for Mining Machinery Parts in the AI Era The combination of AI and robotics has completely changed the mode of equipment maintenance. Most smart mining devices are equipped with real-time monitoring and predictive maintenance systems, which can track the operating status and wear degree of key parts all the time. This mode turns passive breakdown repair into active preventive maintenance. Under this trend, mining machinery parts need to meet higher industrial standards. Core components including swing motors, final drives, hydraulic pumps, control valves, engine parts and seal kits must maintain stable performance during long-term high-frequency operation. Meanwhile, genuine, OEM, used and remanufactured parts all play important roles. Remanufactured
Jun 15, 2026 · via roboticsandautomationnews.com
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Jun 15, 2026 · via youtube.com
Dive Brief: - PepsiCo plans to deploy more Gatik autonomous trucks across its North American supply chain in a multi-year deal, according to a press release from the food and beverage company. - PepsiCo has worked with Gatik since 2022 and currently operates a fleet of 41 autonomous trucks across Texas, Arizona and Arkansas, Gatik told Supply Chain Dive in an email. - “Autonomous trucking, particularly on short, repeatable routes, has the potential to support more consistent operations and reduce variability—helping us deliver a more dependable service experience,” PepsiCo said in an email. Dive Insight: Deploying autonomous trucks is part of a deliberate effort by PepsiCo to modernize how products move across its transportation network, PepsiCo said. PepsiCo’s agreement with Gatik is centered around adding capacity where needed, such as high-demand regional networks “that are hard to staff and critical to keeping shelves stocked for consumers,” the release said. “As you can imagine, deploying driverless trucks in a supply chain as complex as PepsiCo's is a nuanced and carefully orchestrated process,” Gatik said. “Our North Star is safety, therefore, we took the necessary time to clear extensive safety assessments and integrate into PepsiCo's supply chain in a reliable and safe manner.” Gatik’s driverless trucks can be used for end-to-end deliveries on highways and surface streets. They can also change routes when needed for complex regional logistics networks and reach hundreds of pickup and drop-off locations, per the release. “This enables PepsiCo to modify route plans in response to daily operational needs, including adding or removing stops, responding to shifts in demand, and adapting to activity levels across distribution centers,” per the release. Such flexibility gives PepsiCo room to improve on-time performance and add capacity without changing its existing operations. PepsiCo has been testing new fleet technologies to optimize its transport
Jun 15, 2026 · via truckingdive.com
Bull of the Day: Caterpillar (CAT) Caterpillar Company Overview Zacks Rank #1 (Strong Buy) company Caterpillar (CAT), known for its iconic yellow machines, is the largest global construction and mining equipment manufacturer. Given that it serves a gamut of sectors - infrastructure, construction, mining, oil & gas and transportation, the company is considered a bellwether of the global economy. Since 1925, Caterpillar’s product portfolio has evolved and boasts 20 brands and generated revenues of $67.6 billion in 2025. It has more than 4 million products with an extensive dealer network of 156 dealers spanning 190 countries. Caterpillar started using telematics in the 1990s and reached its target of 1 million connected assets in 2019. It currently has more than 1.5 million connected assets. The combination of innovation, and cutting-edge technology, coupled with the formidable reputation, set Caterpillar apart from its peers. Benefitting from the AI Data Center Boom The artificial intelligence and cloud computing boom has transformed this legacy industrial giant into a crucial "picks and shovels" player for the physical layer of the AI revolution. The defining challenge for hyperscale AI data centers is securing enough electrical power, and connecting a massive campus to the traditional utility grid can take years due to regulatory hurdles, transmission line shortages, and grid capacity constraints. To bypass these delays, data center developers are increasingly choosing to skip the grid entirely or build decentralized, on-site power infrastructure to accelerate their time to market, which has sparked an unprecedented surge in demand for Caterpillar's Energy & Transportation segment. Developers are deploying massive arrays of Caterpillar's natural gas and diesel reciprocating engines, as well as industrial gas turbines through its Solar Turbines subsidiary, to generate electricity directly on-site and provide the continuous, high-output baseload reliability that compute-heavy AI workloads demand. Record Backlog Provides Future Revenue
Jun 15, 2026 · via theglobeandmail.com
Autonomous trucks have dominated discussion around the future of freight transportation for much of the past decade, attracting billions of dollars in investment and extensive media attention. Yet another mode of transport – freight rail – is quietly undergoing its own transformation. Matt Soule, founder and CEO of Parallel Systems, believes autonomous rail could become one of the most significant developments in logistics. A former SpaceX engineer who spent 13 years helping develop advanced aerospace systems, Soule founded the Los Angeles-based company with the goal of reimagining rail freight using autonomous, battery-electric technology. Rather than relying on traditional diesel locomotives pulling long trains, Parallel Systems has developed self-propelled autonomous rail vehicles that can operate in smaller platoons. The company says the approach offers greater flexibility, lower operating costs, and zero-emission transportation while making rail a viable option for shorter freight routes that have historically been dominated by trucks. The company has raised more than $100 million and is currently conducting commercial testing with Genesee & Wyoming Railroad in Georgia under the oversight of the Federal Railroad Administration. The program represents one of the most advanced real-world demonstrations of autonomous rail technology currently under way in the United States. In this interview with Robotics & Automation News, Soule discusses why freight rail is reaching a technological turning point, how autonomous railcars differ from conventional trains, and why he believes rail could capture more than $100 billion worth of freight currently moved by trucks. He also outlines his vision of a future logistics network where autonomous trucks, robotic warehouses, AI-driven routing systems, and autonomous rail vehicles operate as a coordinated ecosystem. According to Soule, these technologies will form a highly synchronized transportation network in which goods move continuously through supply chains with minimal friction. Perhaps most notably, he argues that autonomous freight
Jun 15, 2026 · via roboticsandautomationnews.com
LOGISTRA best practice 2026: Readers' choice for innovations in warehouse, transport, and fleet begins LOGISTRA has launched the seventh edition of the reader's choice award "LOGISTRA best practice: Innovations 2026". A total of 24 products and solutions from eight categories are up for election. According to the trade magazine, the aim is to highlight innovations that address specific challenges in logistics and support operational processes. The voting is directed at professionals and executives from the logistics sector. Participants evaluate the nominated products based on innovation, practicality, and relevance to the industry. The winners will be presented in the respective categories after the completion of the voting. Eight Categories Focused on Practical Relevance The 24 candidates are distributed across eight themes. These include, among others, “AMR, Shuttles, Forklifts,” “Digital Warehouse,” “Digital Fleet Solutions,” as well as “Packaging and Shipping.” According to LOGISTRA, the nominees were selected from the innovations presented in recent months. Particular consideration was given to the degree of innovation, practicality, and availability on the market or foreseeable market readiness. Electrification, Automation, and Digitalization in Focus This year's nominations reflect several key development trends in logistics, according to the trade magazine. The focus is particularly on electrification, automation, and digitalization. The nominated solutions include autonomous industrial trucks, automated storage and picking systems, digital fleet solutions, artificial intelligence applications, as well as concepts for low-emission transport and charging infrastructure. Solutions for increasing efficiency in warehousing, shipping, and transport are also represented. The Nominees at a Glance Category “AMR, Shuttles, Forklifts” - Jungheinrich: Electric Counterbalanced Forklift EFG 2/2i and 3/3i - Linde Material Handling: Visibility-Optimized Electric Forklifts Xi Roadster - Still: AXL 15 iGo for Automated Truck Loading and Unloading Category “Trailers and Bodies” - Berger: Lightweight Vehicle “BERGER PerformanceCoil” - Kögel Trailer: E-Optimized “Kögel Light Plus” Trailer - Schwarzmüller: Revised
Jun 15, 2026 · via logistra.de
In autonomous and self-driving vehicle news are Waymo, Apple, STEER Beep, indie, Toyota, Tier IV, QCraft, Qualcomm, Baidu, Tesla, Volvo & Aurora. In this Article Waymo Acquires Former Apple Autonomous Vehicle Test Facility in Arizona for $220 Million Waymo has purchased a 5,500-acre autonomous vehicle proving ground in Wittmann, Arizona, from Apple’s holding company, Route 14 Investment Partners, for approximately $220 million. The facility was previously developed as a key testing site for Apple’s now-cancelled Project Titan self-driving car program. The expansive site includes a simulated urban driving environment, a vehicle dynamics course, a four-mile oval track, and a dedicated freeway testing area, making it one of the most comprehensive autonomous vehicle testing facilities in the United States. Waymo plans to use the proving ground for rider-only testing, validation of vehicle motion-control systems, operational training, and future development programs. The acquisition gives the company its largest closed-course testing facility, complementing its existing testing operations and supporting the continued expansion of its autonomous ride-hailing service. The purchase aligns with Waymo’s broader growth strategy as it scales its robotaxi fleet and increases vehicle production through partnerships involving vehicles such as the Hyundai IONIQ 5 and Zeekr RT. The Arizona location is also close to Waymo’s vehicle integration operations in Mesa, where autonomous driving hardware is installed in new vehicles. Beyond its practical value, the acquisition highlights the contrasting outcomes of two major autonomous vehicle efforts. While Apple ended its self-driving vehicle program in 2024 after years of investment, Waymo continues to expand its testing infrastructure and commercial robotaxi operations, taking ownership of a facility originally intended to support Apple’s autonomous driving ambitions. Waymo ReD Human Driver Benchmark Waymo has introduced ReD (Reference Driver), a new behavioral model designed to evaluate how autonomous vehicles respond to potential crashes by comparing their performance to
Jun 14, 2026 · via autoconnectedcar.com
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Jun 14, 2026 · via moomoo.com