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Urban
Delivery Robot
Solutions
Delivery Robot
Solutions
Solution Overview
Current Opportunities &Challenges
Community Parcel Delivery
Core Functions: Intelligent elevator control integration, pickup code verification, assistance with large package handling.
High-Performance Chip Support: Multi-tasking capability, running elevator control protocols concurrently with package information recognition.
Results: In a pilot community, delivery efficiency increased by 55%, and labor costs decreased by 42%.
High-Performance Chip Support: Multi-tasking capability, running elevator control protocols concurrently with package information recognition.
Results: In a pilot community, delivery efficiency increased by 55%, and labor costs decreased by 42%.
Business District Food Delivery
Core Functions: Prioritization of 30-minute urgent orders, low-speed detouring through crowded areas, verification of merchant pickup codes.
High-Performance Chip Support: Low-power characteristics suitable for electric trikes; capable of completing 75 deliveries on a single full charge.
Results: On-time rate during peak hours in a pilot business district increased from 76% to 93%.
High-Performance Chip Support: Low-power characteristics suitable for electric trikes; capable of completing 75 deliveries on a single full charge.
Results: On-time rate during peak hours in a pilot business district increased from 76% to 93%.
Municipal Sanitation Operations
Core Functions: Automatic garbage identification and sweeping, recyclable material sorting, road oil stain detection.
High-Performance Chip Support: 8K video processing capability enabling coordinated operation of side brooms and suction devices.
Results: In a pilot street, sanitation efficiency increased by 60%, and consumable costs decreased by 25%.
High-Performance Chip Support: 8K video processing capability enabling coordinated operation of side brooms and suction devices.
Results: In a pilot street, sanitation efficiency increased by 60%, and consumable costs decreased by 25%.
Our Solution
Leveraging high-performance AI chips to build a "standardized hardware + scenario-based software" unmanned robot solution for logistics and sanitation, cost-effectively addressing service challenges in parcel delivery, food delivery, and sanitation scenarios.
Core Architecture
High-Performance AI Chip Matrix
The AI chip matrix supports complex multi-sensor fusion in diverse scenarios, with NPU computing power ranging from 2 TOPS to 100 TOPS, adaptable for light-duty autonomous vehicles.
Solution Advantages
01
Perception Layer
Multi-modal recognition accelerated by a high-performance NPU, achieving 99.1% accuracy for detecting pedestrians, garbage, and traffic cones.
02
Decision Layer
Dynamic path planning algorithms with response latency < 80ms, supporting priority scheduling in sanitation areas.
03
Execution Layer
Vehicle control integrated with operational equipment; in case of emergencies, simultaneous stop and task pause can be triggered to ensure safety.
