Zelos develops and operates L4 autonomous vehicle technology specifically for urban logistics applications. Their RoboVan platform enables driverless last-mile and middle-mile delivery services within city environments. This technology provides scalable, automated solutions for efficient goods transportation in dense metropolitan areas.
Funding
$100M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Urban logistics faces challenges related to inefficiencies, high operational costs, and significant carbon emissions due to increasing delivery demands and complex urban environments. Traditional delivery methods struggle to efficiently navigate crowded streets, busy warehouses, and narrow alleys, leading to delays and increased environmental impact.
Solution
Zelostech develops and deploys L4 autonomous delivery vehicles designed to optimize urban logistics by addressing inefficiencies and reducing carbon emissions. Their autonomous driving technology enables vehicles to navigate complex urban environments, including crowded streets and warehouses, with high flexibility and adaptability. Zelostech's solutions aim to enhance delivery speed, reduce operational costs, and promote sustainable development through intelligent and environmentally friendly logistics ecosystems. The company's autonomous delivery vehicles have demonstrated superior performance and cost-effectiveness, validated through operational models in urban logistics distribution. Zelostech is establishing a multi-city operational capacity for intelligent urban logistics, contributing to the upgrade of urban logistics infrastructure.
Target Audience
Zelostech's primary customers include logistics companies, e-commerce businesses, and urban delivery service providers seeking to improve efficiency, reduce costs, and minimize environmental impact through autonomous delivery solutions.
Features
- L4 autonomous driving technology for urban logistics applications
- Electric delivery vehicles with zero-emission capabilities
- Vehicle adaptability to different container types and tight spaces
- Navigation in crowded streets, busy warehouses, and narrow alleys
- AI-powered route optimization for efficient delivery
- Remote vehicle monitoring and control
- Integration with existing logistics and warehouse management systems
- Autonomous gas leak inspection system with PPB-level detection accuracy (in partnership with Beikong Beidou)