Industrial Pitches
Facilitating the validation of automated vehicles Facilitating the safety demonstration and validation phases of automated vehicles, by using Mobpti’s software tools, based on a detailed, configurable, off-line but rapid analysis of the risks of collision, automatically adapting to each driving scenario. Transforming the realism and usability of driving simulation Exploring the power of combining physically accurate digital models with highly-realistic rendering technology in order to accelerate vehicle system development in simulation. State-of-the-art Ansible Motion driving simulator to increase testing efficiency Stefan Vorderobermeier, Business Development Engineer, Ansible Motion (United Kingdom) Components of a driving simulator are getting more and more sophisticated with a continued demand in realism and matching the real world; from motion platform to software integration and realistic cabin design to visual systems. AML explains the hidden enablers to improve testing efficiency and significance of HiL, MiL, SiL integrations completed by realistic virtual environments. “Feels Like a Real Car”: Creating Fully Immersive Driving Simulators Exploring how VI-grade’s family of driving simulators meets the requirements of full immersion requiring synchronization of what the driver feels, sees, and hears – with close-to-zero latency. From delivering the full frequency range at all driver touchpoints, to photorealistic visuals and extended reality (XR) integration, to accurate, responsive audio where every sensory detail matters and by feeding the environment with the right digital models, at the right fidelity and timing, enabling truly immersive simulations and the resulting faster, more integrated multi-attribute development for the vehicles of tomorrow. From Redundancy to Reusability: Driving Down VOMS Integration Costs Stop wasting engineering resources on duplicated efforts and bespoke solutions for every new Vehicle Occupant Monitoring System. We’ll unveil the upcoming ASAM VOMS-API and VOMS-QA standards, a two-pronged solution designed to drastically reduce integration complexity and streamline validation, freeing up your teams to focus on innovation instead of maintenance. Race to Road: Leveraging F1-Grade Motion Correlation for Automotive Innovation Technology developed for the top tiers of motorsport has long shaped progress in the automotive industry. In this short presentation, Dynisma presents a real-world case study of that journey, showing how simulator technology built for our Formula 1 customers is now transforming automotive development. Originally engineered to meet the extreme demands of F1 teams, Dynisma’s simulators deliver ultra-low latency, high motion bandwidth, and minimal system noise. These attributes provide drivers with the full spectrum of motion cues needed for realism, control and repeatability. The same performance that gives racing teams a competitive edge is now helping global automotive manufacturers accelerate development across vehicle dynamics, ride, ADAS, NVH, HMI and more. True Simulation and Collaboration with Multiview LED-Display-Systems With a simulation speed of up to 480 Hz real frame rate or with up to four users, each with their own correct perspective, it has never been easier to integrate high-quality visualization into simulation. Compatible with most modern software solutions, our identLED system is characterized by its small footprint, excellent colors and deep blacks, low operating temperatures and easy maintenance, allowing it to be integrated into almost any simulation and VR environment. Scaling HD-Map & 3D World Generation for More Efficient Simulation Discover how fully automated, scalable HD-map and 3D world generation can accelerate simulation workflows. AVES Reality’s software platform delivers high-fidelity maps and virtual worlds for any location on Earth, always kept in sync. This enables teams to access accurate environments early in the R&D and V&V process, unlocking earlier testing and faster iteration. The result: significant time and cost savings in developing and validating complex systems. Accelerating ADAS Compliance with Physics-Based Virtual Testing Ansys AVxcelerate, now part of Synopsys, combines Safety and Simulation to tackle the core ADAS validation challenge: ensuring robust perception and decision-making across millions of scenarios, without prohibitive time or cost. Its physics-based sensor simulation enables OEMs and suppliers to test edge cases, such as nighttime pedestrian detection, radar false positives, or AEB ghost braking, that are difficult or unsafe to reproduce on the road. With upcoming regulations like FMVSS 127 demanding extreme low-light and high-speed scenarios, only a strict physics approach ensures synthetic data drives realistic perception behavior. AVxcelerate Sensors supports all modalities (camera, lidar, radar, thermal) within a scalable MBSE framework, helping accelerate regulatory compliance and increase confidence in ADAS safety. ENVITED-X Data Space – Speeding Up the European Way to SDV The development of Software-Defined Vehicles (SDV) in Europe is often slowed down by a cautious, risk-averse approach – sometimes referred to as “German Angst” – which prioritizes safety, reliability, and regulatory compliance. ENVITED-X addresses these challenges by providing an open-source implementation framework for a distributed, trusted data space. Within this ecosystem, partners can securely share, monetize, and consume high-quality simulation and test data through coopetition, while enabling new data services and business models for the virtual development, validation, and certification of novel SDV functionalities. By increasing transparency, interoperability, and seamless collaboration along data supply chains, ENVITED-X accelerates development cycles, fosters innovation, and helps European industry maintain competitiveness in the global SDV, ADAS, and automated driving markets. |