Wikitude

Scandit develops software for mobile enterprise apps for barcode scanning, text and objects recognition, and delivering real-time insights through AR.Scandit is helping business users and consumers to augment the physical world with relevant digital information in real time through barcodes, images, and other visual identifiers captured with smart devices such as smartphones, Wearables, drones, and robots.Over the years the company has evolved into a world-class team of mobile image processing, cloud-computing, and “Internet of Things” experts from around the globe. It has developed a culture of thought leadership and innovation that perpetually aims to break new ground in the mobile AIDC space. Many of the world’s most innovative and successful companies are already reaping the benefits of Scandit’s next-generation mobile data capture platform.The company is headquartered in Zurich, Switzerland, and is also represented in San Francisco, Boston, London and Warsaw.

Grafana Labs is the company behind leading Open Source projects Grafana and Loki, and the creator of the first open and composable observability platform. The company offers Grafana Enterprise, with key features and support for large organizations, and Grafana Cloud, the official managed hosted Grafana stack. A remote-first company, Grafana Labs has a globally distributed team and is backed by leading investors Lead Edge Capital and Lightspeed Venture Partners.

Framos GmbH offers a portfolio of vision services and components to enable machines and imaging and vision technologies.The company has been a leading global supplier of imaging products, custom vision solutions and OEM services and as a modern family business. It has assisted its customers since 1981 in the development of vision technologies.

Optimus Ride Inc. is a self-driving vehicle company based in Boston, MA. We design technologies to enable efficient, sustainable, and equitable mobility systems and solutions. As an MIT spinoff company, we combine over 30 years of interdisciplinary university research in selfdriving technologies (DARPA Urban Challenge), electric vehicles (CityCar), and Mobility-on-Demand Systems. The team includes a decade of industrial and entrepreneurial experience that combines manufacturing robots, urban design, and shared vehicle fleet management.

Civil Maps' sensor-agnostic platform enables vehicular cognition for self-driving cars, emulating the mental routines of human cognition used in the tasks of driving and navigation. OEMs of all types, mapping companies, and mobility providers use our technology to advance their autonomous driving initiatives by integrating our Cognition Engine with their decision-making stack and sensor configurations of choice. Civil Maps enables vehicles to develop and leverage their own ental model of the world; they can can create, utilize, and crowdsource maps with the industry's most cost-effective, scalable, and robust methods available today. Civil Maps proprietary fingerprinting technology is at the core of our offerings in Sensor Fusion, 3D mapping, centimeter-accurate localization in 6 Degrees of Freedom (6DoF), and machine perception. While empowering vehicles with full environmental awareness and enhanced safety, Civil Maps is able to dramatically reduce the cost, compute, and energy requirements involved in continental-scale deployment of autonomous cars, trucks, and heavy equipment.