UK Backs Fusion Processing to Explore Driverless Airport Transportation
Fusion Processing has secured UK government funding through the CAM Pathfinder program to study driverless staff transport on airport airside. The feasibility study will assess operational, economic and safety cases for Level 4 autonomous vehicles across multiple UK airports, using a remote operations control centre and a mixed fleet of 4‑seat, 12‑seat and 25‑seat vehicles. Initial research shows current airside fleets are fragmented, driving high costs and safety risks. The project aims to cut operating expenses by up to 40% and improve safety by removing human error.
Nominations Announced for the 2026 ADAS & Autonomous Vehicle International Awards
The ADAS & Autonomous Vehicle International Awards have released their shortlist, inviting AAVI subscribers to vote on nominees across five categories until May 1, 2026. Winners will be announced at a live ceremony on June 24 during the ADAS & Autonomous Vehicle Technology...
DoorDash and Also Partner on Autonomous Last-Mile Delivery EVs
DoorDash has entered a strategic, multi‑year partnership with Also, an electric micromobility specialist, to develop autonomous last‑mile delivery electric vehicles. The collaboration includes a strategic investment and will focus on deploying small, purpose‑built EVs that can navigate bike lanes, shoulders...
Feature*: Integration Failures that only Appear on Real Vehicles
Nitish Sanghi highlights that autonomous‑vehicle stacks that pass simulation, replay and bench testing can still fail once deployed on a real vehicle. Timing jitter, clock drift, and sensor‑calibration shifts emerge only when the full hardware‑software system operates under real‑world conditions....
Interoperability and Cross‑domain Collaboration Take Center Stage at ASAM’s Technical Seminar 2026
The Association for Standardisation of Automation and Measuring Systems (ASAM) convened its 2026 Technical Seminar in Munich, spotlighting interoperability and cross‑domain collaboration across simulation, data management, and diagnostics. Key updates included the OpenX suite’s high‑fidelity sensor modeling, the integration of...
Voluntary Safety Assessment by Einride AB Published for Cab-Less Autonomous Heavy-Duty Trucks
Swedish logistics firm Einride AB has become the first operator of SAE Level 4 cab‑less heavy‑duty trucks to release a Voluntary Safety Self‑Assessment (VSSA). The document details the company’s safety case, covering design, testing, redundancy, and compliance with standards such as...
FEATURE*: Muhammad Nauman Nasir of Mercedes-Benz on Building Safe, AI-Driven, Human-Centered Autonomous Systems
Mercedes‑Benz ADAS lead Muhammad Nauman Nasir stresses that autonomous vehicle development must prioritize safety over flashy features, treating every line of code as a moral responsibility. He outlines how ISO 26262‑compliant architectures, AI‑driven DevOps, and rigorous validation pipelines let OEMs innovate...
Autobrains Introduces Agentic AI: “Autonomy Will Not Scale by Adding Hardware”
Autobrains unveiled an agentic AI architecture that replaces monolithic driving models with specialized, scenario‑focused agents. The approach activates only the agents needed for a given situation, slashing compute demand and allowing advanced driver assistance and automated driving features to run...
AVL and Ansible Advance Vehicle Validation with Integrated Simulation and Driver-in-the-Loop Testing
AVL Mobility Technologies and Ansible Motion have teamed up to fuse AVL’s VSM real‑time vehicle simulation platform with Ansible’s driver‑in‑the‑loop simulators. The integrated solution lets manufacturers model components, systems and full vehicles, then immediately test chassis dynamics, power‑train behavior, ADAS...
INTERVIEW: Armir Harris, Founder & CEO, CharterUP
CharterUP, the largest group‑transportation marketplace in North America, has teamed up with autonomous‑technology firm Holon to embed self‑driving shuttles into its AI‑enabled platform. The partnership will roll out Holon’s integrated autonomous mobility solution across campuses, airports, transit agencies and private...
WeRide Launches AV Program in Slovakia
WeRide, the U.S.-based autonomous‑driving firm, announced its fourth European market launch in Slovakia, partnering with the Elevate Slovakia initiative. The program will introduce a suite of vehicles—including robotaxi, robobus, robovan and robosweeper—under the supervision of the Slovak Ministry of Transport....
OPINION: How the Software-Defined Vehicle Is Redefining Development
Automakers are shifting from hardware‑centric cars to software‑defined vehicles (SDVs), where code determines functionality, performance, and user experience. Centralized computing architectures replace fragmented ECUs, enabling over‑the‑air updates, feature‑on‑demand, and continuous improvement. This transition forces OEMs to adopt agile, data‑driven development...
Researchers Find Driverless Cars and Digital Twins Need More than 5G
Researchers at the University of Glasgow and Heriot‑Watt University, funded by the TransiT hub, discovered that everyday traffic can significantly degrade 5G signals needed for autonomous vehicles and digital twins. In a simulated 160‑metre urban road, high congestion reduced the...
BANF and Silicon Labs Develop Real-Time Tire Monitoring System for Autonomous and Connected Fleet Vehicles
BANF and Silicon Labs unveiled a real‑time tire‑monitoring system that embeds Silicon Labs’ ultra‑low‑power BG22 Bluetooth LE SoC inside a battery‑free in‑tire sensor. The platform captures acceleration, pressure, temperature and tread‑depth at thousands of samples per second, processing key signals on...
RoboSense Lidars Selected for WeRide and Geely’s Robotaxi GXR
RoboSense’s EM4 digital lidar and fully solid‑state E1 have been selected as the primary and blind‑spot sensors for the GXR robotaxi, a vehicle co‑developed by WeRide and Geely’s Farizon unit. Production is slated to begin in Q3 2026 with an initial...
