dSPACE offers an end-to-end tool chain for ADAS and highly automated driving from a single source with perfectly matched tools that interact smoothly throughout all development steps. Visit dSPACE in the exhibit hall to see their newest solutions including the dSPACE automotive radar testing system for over-the-air simulation of radar sensors. With 1,700+ employees worldwide, dSPACE is headquartered in Paderborn, Germany, and operates regional dSPACE companies in the USA, the UK, France, Japan, China, and Croatia. Learn more at:
Hexagon has a unique leading edge autonomous driving simulation and testing toolset which is the largest by far. Through a series of acquisitions of MSC Software, VIRES and AutonomouStuff and indigenous domain expertise in metrology sensors, GPS software, smart city and positioning intelligence solution, Hexagon delivers a smart environment for autonomous car projects. It includes solutions for domains like Vehicle CAE Modeling, Sensor Measurements and Modelling, 3D Environment modeling, Scenario Testing, Data Management, AI Driver and above all, an open platform on which to integrate these. The automation driving simulation and testing toolset enable companies to simulate millions of scenarios with realistic perceptions of the platform VTD (Virtual Test Drive). VTD generates images that contain situational data, which can be implemented to train the AI Driver.
MSC Software is a global leader in helping product manufacturers to advance their engineering methods with simulation software and services. As a trusted partner, MSC Software helps companies improve quality, save time, and reduce costs associated with design and test of manufactured products. Academic institutions, researchers, and students employ MSC’s technology to expand individual knowledge as well as expand the horizon of simulation. MSC Software employs 1,300 professionals in 20 countries. For more information about MSC Software’s products and services, please visit: www.mscsoftware.com
MSC Software is part of Hexagon (Nasdaq Stockholm: HEXA B; hexagon.com), a leading global provider of information technology solutions that drive productivity and quality across geospatial and industrial landscapes.
Silexica provides software development solutions that enable technology companies to take intelligent products from concept to deployment by mastering state-of-the-art computing at the edge. The SLX programming tools analyze how software runs on heterogeneous compute platforms and provide deep system understanding for the developer.
Silexica was founded in 2014 and has so far received $28 million in funding. With its headquarters in Germany and offices in the US and Japan, a team of world-leading software engineers supports markets including automotive & ADAS, aerospace & defense, 5G wireless, robotics, and other rapidly transforming industries.
Western Digital is driving the innovation needed to help customers capture, preserve, access and transform an ever-increasing diversity of data. Our solutions are at the heart of breakthrough discoveries, and enable the flow of information that leads to smarter decisions and deeper connections. We create environments for data to thrive so people, relationships and experiences thrive. #LetDataThrive
Ibeo Automotive Systems GmbH is the German specialist for automotive LIDAR sensor technology located in Hamburg. In addition to the state of the art laser scanners, Ibeo develops software for environmental detection, referencing tools for Highly Automated Driving and Autonomous Driving (HAD/AD) systems as well as Highly Automated Driving and Mapping & Localization applications. Since the company’s founding in 2009, the engineers and software developers at Ibeo have been promoting LIDAR technology and developing new software applications for automated and autonomous driving to make driving a more relaxed activity and to increase road safety for all traffic participants. In August 2016, the German automotive supplier ZF Friedrichshafen AG acquired a 40 % stake in Ibeo. This stake was then incorporated in Zukunft Ventures GmbH, a subsidiary of ZF, to pave the way for the serial production of a new generation of 4D solid state LIDAR sensors without a rotating mirror. A second project is the fusion of various sensor technologies for even more sophisticated environmental perception to establish a basis for Autonomous Driving.
AImotive is primed to bring global accessibility to self-driving vehicles, faster and safer than any other company in the world. As the first to deliver AI-powered enablement of Level 5 self-driving vehicles, AImotive provides OEMs the necessary global scalability, accessibility and safety to rapidly meet the needs of billions of people all over the world. The company’s suite of products, including aiDrive, aiKit and aiWare, deliver the robust technology required to operate self-driving vehicles in all conditions, and capable of adapting in realtime to different driving styles and cultures. AImotive is committed to improving the lives of people worldwide with an affordable, safe and comfortable self-driving environment. AImotive is a privately held company, headquartered in Budapest with offices in Mountain View, California.
INCHRON is the worldwide leading provider of solutions for the design and test of embedded systems and networks, with a focus on performance and real-time. Our philosophy is to support customers with our worldwide unique know-how and with our excellent tools.
Zala ZONE, the proving ground project near Zalaegerszeg, Hungary is unique in its integration of the testing of both classic vehicle dynamics and the multiple testing possibilities for autonomous vehicles and autonomous vehicle modules, as well as validation testing for electric vehicles.
Phase 1 of the project is to be completed by September 2018, opening the Proving Ground for operation. The primary users of the proving ground will be the R&D divisions of the vehicle industry’s OEMs, Tier1 and Tier2 suppliers, established companies from the telecommunication technologies sector, and start-up from both the IT and vehicle sector.
The project is being realized on a 250-ha area. Phase 1 of the PG project includes the realization of the following: dynamic platform, special surface module for brake testing, a high-speed handling course for driveability tests, and the modules connecting roads. Additionally, in Phase 1, a dedicated urban zone or smart city environment will be developed, making it possible for repeatable tests of special traffic situations to be created.
The testing opportunities of the proving ground will be extended by both an urban public road testing environment in the nearby City of Zalaegerszeg, as well as rural road and highway testing opportunities provided by the special 4 lane test road R76 together with other Hungarian, Slovenian, and Austrian roads. The inclusion of Hungarian, Slovenian, and Austrian test roads make the Zala Zone extended proving ground project currently the only known tri-national proving ground and autonomous vehicle test bed project in Europe.
AutonomouStuff is proud to provide the industry’s most advanced organizations with the best products, software and engineering services to enable robotics and autonomy. The company has provided solutions for automated driving to more than 2,000 customers worldwide. The top priority for the team at AutonomouStuff is customer success. Customers value the convenience of finding the most cutting-edge modular-based automation software solutions, engineering services, perception, computing, GPS and interface components in one location. They become repeat customers because of the unmatched service and support they receive. The team takes great pride in enabling the future of transportation.
At ITK Engineering, we work together on customer-specific development projects in the areas of software development, embedded systems and control systems. Renowned customers from the automotive, aerospace, medical technology and motorsports industries rely on our team when it comes to technologically advanced engineering services.
Based on more then 20 years of research and development on localization of vehicles using GNSS in sensor data fusion systems, NAVENTIK was founded as a spinoff from University of Technologies Chemnitz. NAVENTIK’s mission is to provide high performance vehicle localization technology to mass market applications. Please contact us for more information.
Arbe Robotics is the world’s first company to demonstrate ultra high-resolution 4D imaging radar with post-processing and Simultaneous Localization and Mapping (SLAM). It is disrupting autonomous vehicle sensor development by bridging the gap between radar and optics with its proprietary imaging solution that provides optic sensor resolution with the reliability and maturity of radar technology for all levels of vehicle autonomy. Headquartered in Tel Aviv, Israel, Arbe has business development and customer service locations in China and the United States. The company was founded in 2015 and is backed by 360 Capital Partners, Canaan Partners Israel, iAngels, Maniv Mobility, Taya Ventures, and O.G. Tech Ventures.
Cognitive Pilot develops perception-focused solutions for automotive ADAS systems, agricultural machinery and railway transport. The company has profound expertise in 4D radar development that makes it possible to reach extremely high accuracy metrics of object detection using LLDF. Years of advanced engineering contracts with major Tier-1/2 automotive suppliers crafted the company’s perfection in delivering disrupting results in the field of weather-robust perception systems for AD.
Founded in 2007 and based in Holzkirchen and Pittsburgh, USA, 3D Mapping Solution GmbH is one of the leading experts in the fields of high-accuracy kinematic surveying of public roads, proving grounds, race tracks and rough road test tracks of any kind. In addition, the high-end kinematic engineering surveying of railway tunnels or subway networks are core competences.
Essential for the exact digitalization of the 360° corridor are high-end laser scanners, a fully georeferenced high-resolution multi-camera system and a high-end inertial system for complete compensation of vehicle movement. The unique quality and accuracy of any data is a USP for 3D Mapping Solutions and guaranteed by a rigid quality management.
High-precision as built-plans are exported into appropriate formats including all objects, attributes and the complete, complex topological structure and thus may be used directly for customer applications. Examples are the use of high-fidelity maps as in-car reference for autonomous driving developments, simulation for vehicle dynamics development and driving simulation on digital twins of complete road networks.
Helm is an early stage autonomous vehicle startup currently in stealth.
At AAI we are pursuing the mission to „Create a replica of the world“ for automated driving simulation. Since 2017 we are developing highly specialized software tools and simulation services for the development of automated driving functions and autonomous vehicles.
With our naturalistic traffic simulation, it is possible to test automated driving algorithms based on long-haul test drives in simulation (endurance test). The test results will uncover unforeseen edge cases as well as indicate the robustness of the algorithms under test.
On the other hand, scenario-based testing in simulation is the most suitable procedure for executing huge bulks of known test cases. With our AAI Scenario Cloning services, we extract and script scenarios observable in real-world test drive sensor recordings via our highly automated pipeline. These scenario files can be used for regression testing and allow test automation for identification of critical thresholds for validation with road tests.
Annotell is on a mission to ensure autonomous vehicles are safe. To do this Annotell offers a comprehensive annotation platform, with support for all AD/ADAS use-cases such as LiDAR/image fusion, SLAM on LiDAR, segmentation of LiDAR point-clouds etc. We also offer an efficient KPI solution, data transcoding from MDF4 files, data curation and more. Annotell is the only pure AD/ADAS data company, completely focused on ground-truth and KPIs for AD/ADAS.
The Automotive Solution Center for Simulation e.V. – asc(s was founded 2008 as a non-profit research association. The asc(s head office in Stuttgart pursues the aim of promoting application-oriented research in the field of automotive engineering by the use of information and communication technology. It also supports the accelerated transfer of scientific findings from the field of numerical simulation to industrial applications. The asc(s network currently consists of 35 members from science and automotive industry. Since 2018 the asc(s is operator of the ENVITED marketplace (www.envited.market) – an open community platform for stakeholders who are involved in the virtual design, validation and certification process of highly automated driving functions. The ENVITED marketplace offers ist members a compliant cross-organizational framework for research, high quality test data, concepts for trustfull and tracable data exchange as well as strengthening the quantity and quality of simulation experts.
About the Tezos Foundation
The Tezos Foundation is a Swiss non-profit foundation that supports and fosters the Tezos protocol, a blockchain technology that evolves by upgrading itself. Tezos stakeholders vote on changes to the protocol to reach social consensus on proposals, creating a secure and organic upgrading process. The protocol’s Proof-of-Stake (PoS) consensus algorithm, on-chain governance system, and the ability to facilitate formal verification, make Tezos an ideal long-term solution for digital transactions, including smart contracts and security token offerings (STOs). Tezos is fully decentralized and it is the role of the Tezos Foundation to support the development and long-term success of the protocol and ecosystem. https://tezos.foundation/
The Tezos protocol is a decentralized blockchain network that evolves by upgrading itself. Stakeholders of the Tezos blockchain vote on amendments to the protocol to reach social consensus on proposals, creating a secure and organic upgrading system. The protocol’s on chain governance system, Proof-of-Stake (PoS), and ability to facilitate formal verification, make Tezos an ideal long-term solution for digital transactions, including smart contracts and STOs. Tezos is fully decentralized and individuals can transact in digital assets using its native digital currency, tez. tezos.com/
ICT Group has more than 20 years of experience in the international automotive industry, working across the OEM supply chains with well-known Tier 1 and Tier 2 suppliers in Europe, Asia, USA. We provide system and software engineering services that help the automotive OEM industry to make their vehicles more autonomous, safe and connected. Our solutions provide cognitive computing capabilities that can accurately process large amounts of data from vehicle sensors. Smart camera’s with highly-efficient image recognition engines enable the vehicle to understand it’s environment, such as traffic sign recognition, lane detection, light and pedestrian detection. To accelerate the driving safety, we provide software conforming to the ISO 26262 functionality safety for automotive. Closely related, ICT Group is at the forefront of many of the latest developments in the field of connectivity, enabling vehicles receiving useful information from roadside infrastructure and utilization of big data generated from vehicles to improve traffic control and accident-related measures. Volkswagen is a large customer in this segment, next to other end customers such as Audi, Daimler and Porsche. With our model-based development tools we enable our clients to automatically generate and seamlessly integrate this software without programming skills.
understand.ai provides the high-quality training and validation data to enable mobility companies to develop with confidence computer vision and machine learning models that reliably and safely power autonomous vehicles. Our advanced capabilities include segmentation and bounding box annotations for LiDAR and video, with specific meta-attributes and instance IDs for object tracking. By applying specialized AI technology and continuous quality improvement to accurately and quickly annotate millions of images, we accelerate production of the ground-truth required to make autonomous driving a reality. understand.ai is headquartered in Karlsruhe, Germany and has offices in Berlin and San Francisco. Our engineers have relevant experience gained at innovative companies such as BMW, Google, Mercedes-Benz.