AI-Powered Innovative Logistics Systems
AI-based robotic logistics systems, one of the core components of future smart city infrastructure,
have been developed as a multi-functional solution to be implemented within Siwi World complexes.
By autonomously managing logistics processes and integrating with the service sector,
these systems represent a significant technological step toward enhancing quality of life.
System Features and Application Areas
| Feature | Specification |
|---|---|
| Payload Capacity | 20 kg |
| Maximum Speed | 72 km/h |
| Standard Cargo Dimensions | 225 x 225 x 450 mm (1UB) |
| Operating Environment | Pipeline system with 400 x 400 mm diameter |
These systems can be integrated into complex transportation infrastructures and operate securely
through closed-loop data and energy lines within the facility.
Application areas include:
- Hotels
- Healthcare centers
- Production facilities
Functions include: autonomous collection of waste and recyclables, internal material delivery, and service item distribution.
Integrated Support Systems
These AI-based micro-transport systems are not limited to logistical transport,
but can also be equipped modularly with:
- Navigation for supporting user movement within the facility
- Sensor-based alert systems for security and monitoring
- Energy management integration
Solid Waste Recovery and Sustainability
The system enables fully automated sorting, transport, and centralized collection of waste at the source.
As a result:
- Carbon footprint is reduced
- Human contact and operational costs are minimized
These AI-supported micro transport and support systems are a powerful example of how a sustainability vision can be integrated with digital transformation.