Smart City Robotics provides an Automated Guided Vehicle (AGV) system that doubles parking capacity in existing garages. Their robotic solution systematically stores and retrieves vehicles, optimizing urban real estate and modernizing conventional parking structures.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional parking facilities often struggle with space optimization, leading to underutilization of valuable urban real estate. Existing garages lack the flexibility to adapt to increasing vehicle density and can be inefficient to operate.
Solution
Smart City Robotics deploys an Automated Guided Vehicle (AGV) system designed for high-density parking applications. This robotic solution systematically stores and retrieves vehicles, effectively doubling parking capacity within existing footprints and enabling the modernization of conventional parking structures. The system integrates machine learning algorithms for intelligent traffic management and continuously monitors robot performance to ensure operational efficiency.
Target Audience
The primary customers are urban developers, property managers, and municipal authorities seeking to enhance parking efficiency and capacity in dense urban environments.
Features
- Automated Guided Vehicle (AGV) technology for autonomous vehicle acquisition, lifting, and transport.
- System operates on standard concrete floors within existing garage structures.
- Capable of increasing parking density by up to 100% in a given footprint.
- Robots are designed to lift vehicles weighing up to 3,000 kg.
- Retrofitting capabilities for existing parking garages without extensive structural modifications.
- Redundant robot design to eliminate single points of failure, ensuring continuous operation.
- Integrated traffic management software utilizing machine learning to optimize robot movement and parking assignments.
- Real-time monitoring of robot status, including maintenance requirements and energy consumption, for predictive maintenance and operational oversight.