Vektor Partners

NoTraffic is a technology company that specializes in transforming traditional traffic intersections into smart, connected networks. Its platform optimizes traffic flow, prioritizes various vehicles, and enhances safety by leveraging AI sensors for real-time road user detection and classification. Established in 2016, NoTraffic operates globally with strategic partnerships to accelerate its rollout.

Drover AI develops an artificial intelligence-enabled sensor fusion module for light electric vehicles used in micro-mobility. The onboard module performs real-time, granular infrastructure distinction without ground truth data or precise GPS, accurately identifying sidewalks, streets, and bike lanes. This supports fleet operators in regulatory compliance and enhances safety for riders and other stakeholders. The technology interoperates with smart city ecosystems to enable the broader adoption of micro-mobility as part of sustainable urban transportation, helping cities manage, monitor, and scale fleets while aligning with existing regulations.

Compredict is a developer of AI-driven virtual sensors that provide valuable insights into vehicle usage and behavior without the need for additional hardware. Their technology is applicable across various mobility sectors, encompassing vehicles with two to eighteen wheels, as well as trains. Compredict's virtual sensors monitor the dynamic behavior of critical vehicle components, such as steering, brakes, powertrain, and batteries, for both prototypes and production models, whether for individual vehicles or entire fleets. By closing the feedback loop between product development, real-world usage, fleet management, and service operations, Compredict enables optimized component design and maintenance. This approach helps customers reduce weight, CO2 emissions, and overall environmental impact throughout the product lifecycle, contributing to more efficient, safe, and sustainable mobility solutions.

NoTraffic is a technology company that specializes in transforming traditional traffic intersections into smart, connected networks. Its platform optimizes traffic flow, prioritizes various vehicles, and enhances safety by leveraging AI sensors for real-time road user detection and classification. Established in 2016, NoTraffic operates globally with strategic partnerships to accelerate its rollout.

Peregrine.ai is a Berlin-based company that develops AI-powered computer vision to turn cameras into smart perception devices for mobility. Its edge-to-cloud platform extracts real-time insights from vehicle cameras, such as dashcams, to support transportation, geolocation, and mapping services while preserving user privacy. The company continuously improves its data assets and algorithms by aggregating data across millions of miles, enabling new business models for mobility and infrastructure analytics. In addition to enhancing road safety, Peregrine monetizes data assets like road furniture and digitized infrastructure with data consumers in geolocation services, fostering a safer and more sustainable traffic ecosystem for all.

AEye, Inc. is a technology company focused on developing advanced vision hardware, software, and algorithms for autonomous vehicles and advanced driver assistance systems (ADAS). The company’s proprietary 4Sight Intelligent Sensing Platform integrates solid-state active LiDAR with artificial intelligence and a low-light HD camera, enabling precise and reliable perception of surroundings. AEye's products, including the 4Sight A and 4Sight M sensors, along with its iDAR platform, are designed to improve safety and performance in dynamic applications by providing faster, more accurate information. The AE100 Robotic Perception System and the modular AE200 sensor further exemplify AEye’s commitment to high-performance sensing solutions. Founded in 2013 and headquartered in Dublin, California, AEye also has a global presence with offices in Germany and Korea, serving a diverse customer base primarily in the United States, Europe, and the Asia-Pacific region.