In autonomous and self-driving vehicle news are Nuro, Uber, Lucid, Aurora, McLane, Loxo, Innoviz, Aeva, Daimler Truck, Volvo Autonomous Solutions, Ouster, HPE, Kodiak AI, West Fraser, Roehl Transport
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Nuro Secures California Permit Ahead of Uber-Lucid Robotaxi Launch
Nuro has received a California Public Utilities Commission Drivered Pilot Permit, allowing the autonomous driving company to begin testing passenger-carrying robotaxi services on public roads with a human safety driver. The approval marks a key step toward the planned launch of Nuro’s robotaxi partnership with Uber Technologies and Lucid Group.
The new permit complements Nuro’s California DMV Driverless Testing Permit obtained in April, enabling both driverless vehicle testing and passenger pilot operations in the state. However, the permits do not allow paid rides or fully driverless passenger service.
Nuro said the approvals reflect continued progress in technology development, operations and regulatory readiness. The company previously announced the San Francisco Bay Area as the first market for its next-generation robotaxi service and unveiled a production-intent vehicle at CES 2026 based on the Lucid Gravity SUV.
The company currently operates nearly 100 autonomous test vehicles equipped with its Nuro Driver system across multiple U.S. markets. With the new authorization, Nuro becomes one of only five companies in California holding both a DMV Driverless Testing Permit and a CPUC Drivered Pilot Permit.
Aurora And McLane Launch Driverless Freight Operations In Texas
Aurora Innovation and McLane Company, a Berkshire Hathaway subsidiary, have transitioned to fully driverless commercial hauls on the Dallas-to-Houston corridor. The agreement follows a supervised pilot program initiated in 2023, during which the Aurora Driver logged more than 280,000 autonomous miles and delivered 1,400 loads with 100% on-time performance. This deployment marks a shift to SAE Level 4 autonomous operations for one of the largest private fleets in the U.S. restaurant supply chain.
The operational framework utilizes a hybrid middle-mile model, where the Aurora Driver manages long-haul interstate transit while human drivers oversee local “last mile” deliveries. Aurora expects to expand this driverless service to additional routes across the U.S. Sun Belt by the end of 2026. The move coincides with Aurora’s introduction of its next-generation hardware kit, which features an extended 1-kilometer range for its proprietary FirstLight FMCW LiDAR, designed to improve reaction times and reliability in severe weather and complex construction zones.
Loxo Integrates InnovizTwo For L4 Autonomous Logistics
Innoviz Technologies and Switzerland-based LOXO have entered a letter of intent to integrate the InnovizTwo Long-Range LiDAR into the Digital Driver autonomous driving solution. The partnership targets Level 4 autonomous delivery vehicles, utilizing the high-performance sensor as a primary perception layer for Physical AI systems. LOXO is currently in advanced testing stages to validate the sensor for its next-generation driverless platform, which supports both purpose-built and retrofitted electric vehicles for European urban and regional logistics.
The selection of InnovizTwo follows a comparative evaluation of market-available LiDAR solutions, prioritizing point cloud quality at extended ranges and supply continuity. The integration is designed to ensure reliable 3D perception for real-world reasoning in diverse environmental conditions. As LOXO scales its fleet across transport, retail, and postal applications, the collaboration establishes a long-term supply framework for automotive-grade sensing hardware within the autonomous delivery sector.
Aeva Delivers Atlas C-Samples For Daimler Truck Level 4 Program
Aeva has delivered initial C-sample units of its Atlas 4D LiDAR sensors to Daimler Truck North America and Torc Robotics, advancing the development of SAE Level 4 autonomous Freightliner Cascadia semi-trucks. As the exclusive long-range LiDAR supplier for the program, Aeva’s Atlas sensor serves as a primary perception component for high-speed highway autonomy. The delivery of C-samples signifies the transition toward system validation and optimization ahead of planned series production for the autonomous Class 8 platform.
The Atlas platform utilizes Frequency Modulated Continuous Wave (FMCW) technology to simultaneously measure range and instant velocity for every data point. This 4D sensing capability enables object detection at distances up to 500 meters, providing the lead time necessary for heavy-duty trucks to respond to hazards at highway speeds. By integrating LiDAR-on-chip technology and silicon photonics, the system distinguishes moving objects from static infrastructure with higher confidence than traditional time-of-flight sensors, maintaining performance across diverse lighting and atmospheric conditions.
Aurora And Volvo Autonomous Solutions Expand Freight Network To Oklahoma City
Aurora Innovation and Volvo Autonomous Solutions (V.A.S.) have expanded their autonomous freight network with a new 200-mile interstate route connecting Dallas and Oklahoma City. The deployment utilizes the Volvo VNL Autonomous platform integrated with the Aurora Driver, operating in supervised autonomy five days a week. By facilitating direct-to-customer endpoint deliveries, the partnership aims to reduce drayage complexity and logistics handoffs while leveraging Volvo’s existing service and dealer infrastructure for uptime optimization.
The expansion signifies the transition into the final validation phase for driverless operations between the two entities. Aurora utilized accelerated mapping protocols to establish the interstate corridor, supporting V.A.S. in scaling end-to-end autonomous transport solutions. Line-side integration of the Aurora Driver is currently underway at Volvo’s New River production facility, with high-volume manufacturing of the purpose-built autonomous VNL slated to commence in 2027 to meet growing fleet demand across multi-state corridors.
Ouster Debuts Rev8 Digital Lidar With Native Color Sensing
Ouster has introduced its Rev8 digital lidar family, leveraging the next-generation L4 silicon architecture to deliver native color perception and doubled performance metrics. The L4 SoC integrates Fujifilm color science and 42.9 GMACs of processing power, enabling a point cloud that fuses 48-bit color depth with structural data at the hardware level. This approach eliminates spatial-temporal misalignment and latency inherent in traditional software-based sensor fusion, providing 116 dB of dynamic range for Physical AI applications in lighting conditions ranging from 1 lux to 2 million lux.
The Rev8 lineup includes the flagship OS1 Max, a 256-channel sensor capable of 200-meter detection at 10 percent reflectivity and 10.4 million points per second. Designed for high-volume commercial production, the hardware is ISO 21434 cybersecurity compliant and engineered for ASIL-B, SIL-2, and PLd functional safety standards. The sensors feature a 10-year production lifecycle and support data collection for Physical AI world models, with shipping scheduled to commence this quarter for customers in the automotive, robotics, and industrial automation sectors.
HPE Debuts Industry-First Agentic AIOps Self-Driving Network
HPE has announced the launch of fully autonomous, agentic AIOps capabilities integrated across the HPE Mist and HPE Aruba Central platforms. The new architecture utilizes microservices and autonomous agents to transition network management from insight-driven monitoring to real-time, self-healing operations. By deploying an advanced agentic mesh, the system can detect, diagnose, and remediate infrastructure anomalies without human intervention, aimed at reducing operational overhead and helpdesk escalations in complex digital estates.
The self-driving suite introduces specific autonomous actions including Dynamic Capacity Optimization for RF parameter tuning and Autonomous Missing VLAN Remediation to prevent traffic blackholing. Security enhancements feature Rogue DHCP Protection and simplified inline microsegmentation to support Zero Trust frameworks. Concurrently, HPE confirmed the general availability of the HPE Networking 723H, the first AI-native access points compatible with both Mist and Aruba Central management stacks, designed to provide high-fidelity telemetry for proactive capacity and roaming optimization.
Robotaxi Industry Gains Momentum Across the United States
A new report from The Wall Street Journal says the long-promised robotaxi industry is finally entering a rapid growth phase, with companies including Waymo, Tesla, Zoox, Uber Technologies, Motional and Nuro expanding autonomous ride-hailing operations across the country. Morgan Stanley estimates that about half of the U.S. population could have access to robotaxi services within three years, with annual autonomous rides projected to grow from 15 million in 2025 to nearly 750 million by 2030.
The Journal reports that Waymo currently leads the market with roughly 3,000 vehicles operating in multiple cities and about 500,000 weekly rides. Tesla is rapidly scaling its Texas robotaxi operations, while Amazon-owned Zoox awaits regulatory approval for its custom-built autonomous shuttles. Uber has pivoted toward partnerships with autonomous vehicle developers rather than building its own fleet, signing agreements with companies including Lucid, Rivian and Nuro. Other competitors such as Volkswagen’s Moia and Hyundai-backed Motional are also testing or launching services as the race to commercialize driverless transportation accelerates.
Kodiak AI Expands Autonomous Trucking Into Canadian Logging Industry
Kodiak AI is expanding its autonomous trucking operations internationally through a new pilot program with West Fraser Timber in Alberta’s logging sector. The project marks Kodiak’s first overseas deployment and its first move into timber transportation, with autonomous trucks expected to haul raw timber from remote forest sites to West Fraser mills later this year.
The Alberta pilot will test how autonomous trucks perform on rugged logging roads and help determine whether future commercial driverless operations are feasible. West Fraser said the initiative could improve safety, address persistent driver shortages and help maintain reliable mill supply. The partnership also expands Kodiak’s growing industrial presence following its autonomous trucking rollout in Texas’s Permian Basin, where it scaled operations with Atlas Energy Solutions. Kodiak said its autonomous driving platform was designed to operate in both highway environments and demanding industrial settings.
Kodiak and Roehl Transport Launch Autonomous Freight Route Between Dallas and Houston
Kodiak AI and Roehl Transport have launched an autonomous freight service operating four round trips per week between Dallas and Houston using trucks equipped with Kodiak’s self-driving “Kodiak Driver” system. The service began in April 2026 and marks another step in Kodiak’s push toward commercial autonomous trucking operations.
The companies said the partnership is focused on improving highway safety and freight efficiency. Roehl, recognized by the American Trucking Associations for its safety record, cited Kodiak’s safety-first approach as a major reason for the collaboration. Kodiak noted that most heavy truck crashes in the U.S. are linked to human error and said its autonomous technology is designed to reduce those risks. The company plans to launch fully driverless trucking operations by the end of 2026 and is already operating autonomous freight routes across Texas, Oklahoma, Georgia and West Texas’s Permian Basin.