Continental

Blickfeld designs and manufactures LiDAR sensors and detection software for autonomous mobility and IoT applications. Its LiDAR systems measure direct 3D distance data using silicon MEMS mirrors and off-the-shelf components, enabling object detection and mapping. The integrated devices include data capture and processing capabilities that support real-time mapping, usage pattern analysis, and city planning. The company serves automotive, transportation, industrial, and robotics sectors and focuses on low-cost fabrication to support automotive mass-market adoption. It is headquartered in Munich, Germany.

Kopernikus Automotive GmbH, established in 2016 and headquartered in Berlin, Germany, specializes in developing artificial intelligence-driven software for self-driving passenger vehicles. The company offers a range of products including development tools, the Kopernikus Retrofit Kit, the Kopernikus Drive-by-Wire system, and middleware, enabling vehicles to connect with self-driving systems. Their technology focuses on infrastructure-based autonomous parking (AVP) solutions, aiming to enhance efficiency, reduce operating costs, and improve usability for facility operators by converting existing cars into self-driving ones.

Motovis specializes in the development of advanced driver-assistance systems (ADAS) that enhance vehicle autonomy through the integration of artificial intelligence and computer vision technologies. The company unites leading experts in artificial intelligence with extensive industrial engineering experience in the automotive sector. By leveraging cutting-edge deep learning algorithms, Motovis creates high-performance AI engines that enable vehicles to accurately perceive and reconstruct their surroundings, as well as precisely localize objects. Committed to bridging the gap between traditional automotive technologies and artificial intelligence, Motovis is at the forefront of launching automotive-grade embedded vision ADAS systems. The company's technical expertise positions it as a leader in the field of autonomous driving and advanced AI applications in the automotive industry.

Blickfeld designs and manufactures LiDAR sensors and detection software for autonomous mobility and IoT applications. Its LiDAR systems measure direct 3D distance data using silicon MEMS mirrors and off-the-shelf components, enabling object detection and mapping. The integrated devices include data capture and processing capabilities that support real-time mapping, usage pattern analysis, and city planning. The company serves automotive, transportation, industrial, and robotics sectors and focuses on low-cost fabrication to support automotive mass-market adoption. It is headquartered in Munich, Germany.

Kopernikus Automotive GmbH, established in 2016 and headquartered in Berlin, Germany, specializes in developing artificial intelligence-driven software for self-driving passenger vehicles. The company offers a range of products including development tools, the Kopernikus Retrofit Kit, the Kopernikus Drive-by-Wire system, and middleware, enabling vehicles to connect with self-driving systems. Their technology focuses on infrastructure-based autonomous parking (AVP) solutions, aiming to enhance efficiency, reduce operating costs, and improve usability for facility operators by converting existing cars into self-driving ones.

Anagog Ltd., founded in 2010 and headquartered in Tel Aviv, Israel, operates as a smart parking company. It leverages CrowdPark technology to crowd-source real-time parking information, directing drivers to vacant spots via its mobile SDK. The company also offers JedAI SDK, an on-handset AI engine providing real-time location data with low battery consumption and privacy management.

Blickfeld designs and manufactures LiDAR sensors and detection software for autonomous mobility and IoT applications. Its LiDAR systems measure direct 3D distance data using silicon MEMS mirrors and off-the-shelf components, enabling object detection and mapping. The integrated devices include data capture and processing capabilities that support real-time mapping, usage pattern analysis, and city planning. The company serves automotive, transportation, industrial, and robotics sectors and focuses on low-cost fabrication to support automotive mass-market adoption. It is headquartered in Munich, Germany.

HERE Technologies empowers businesses and cities by harnessing location data. It offers cloud-based platform services that enable better management of infrastructure, optimization of assets, and safe navigation.

Parkpocket is a data-driven platform that improves transparency in the parking market by delivering real-time information on available parking spaces, pricing, opening hours, and electric vehicle charging locations. Its solution guides drivers to vacancies and can be integrated into various digital devices, services, and connected car systems. The platform includes an online parking spot finder and a mobile app that helps users locate parking in any area, with details on charges, hours, and charging stations, and provides navigation to the correct location. Parkpocket serves customers across automotive, navigation, ICT, and travel sectors.

Quantum Inventions is a Singapore-based company focused on mobility intelligence through a suite of maps, traffic, and routing technologies. Established in 2005, it develops mobility applications and analytics platforms that support consumer, automotive, enterprise logistics, and government segments. Its products include Galactio, a voice-guided GPS navigation service; Galactio OBU and PND, a portable navigation device variant; mapSYNQ, a regional traffic and maps application with live views and toll information; SGTrack, a mobility tracker with track-and-trace, fleet visibility, and geofencing; and TrackSYNQ, an enterprise dispatch system with integrated navigation for mobile workforces. Leveraging location data, GIS, and analytics, Quantum Inventions enables real-time routing, traffic forecasting, and dispatch optimization to support smart city initiatives and ITS deployments.