Ouster Partners with LASE PeCo to Deploy Lidar-Powered Smart City Solutions Across Europe

Ouster signed a multi-million dollar agreement with LASE PeCo to deploy lidar-powered smart city solutions in Europe. LASE PeCo will deploy hundreds of Ouster Gemini sensors and perception software licenses across various applications such as people counting, mobility analytics, and perimeter and intrusion protection. The Ouster Gemini perception platform combines 3D digital lidar with AI-powered software to accurately detect, classify, and track people and vehicles in adverse weather and light conditions.

Ouster, a leading provider of lidar sensors, has signed a multi-million dollar agreement with LASE PeCo to deploy lidar-powered smart city solutions across Europe. Under the terms of the agreement, LASE PeCo will deploy hundreds of Ouster Gemini sensors and perception software licenses across various applications, including people counting, mobility analytics, and perimeter and intrusion protection.

The Ouster Gemini perception platform combines 3D digital lidar with AI-powered software to accurately detect, classify, and track people and vehicles in adverse weather and light conditions. This technology is crucial for enhancing the safety and efficiency of urban environments, particularly in challenging conditions where traditional surveillance methods may struggle.

The collaboration between Ouster and LASE PeCo leverages the strengths of both companies to deliver cutting-edge smart city solutions. Ouster's Gemini sensors are renowned for their high accuracy and reliability, while LASE PeCo's expertise in deploying and managing smart city infrastructure ensures effective implementation and operation.

This partnership is expected to significantly impact the European smart city landscape, offering innovative solutions to address urban challenges such as traffic congestion, public safety, and environmental monitoring. The integration of lidar technology with AI-powered perception software provides a robust framework for real-time data analysis and decision-making, enabling more efficient and effective urban management.

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[1] https://www.mdpi.com/1424-8220/25/9/2688