1. Capacity and scalability: The architecture should be designed to handle the current transportation needs and future growth or expansion.
2. Security and Privacy: The security and privacy of all the information, including financial transactions, should be a top priority.
3. Interoperability: The architecture should be compatible across different transportation modes, whether it’s air, road, or water transport.
4. Reliability and Availability: The transportation technology should be reliable and available around-the-clock, even during emergency situations.
5. Integration and Aggregation: The system should be designed to integrate with other transport systems and aggregate all the data to provide seamless transportation services.
6. Accessibility: The transport architecture should be designed to be easily accessible to all users, regardless of physical ability.
7. User experience: The architecture should support a consistent and seamless user experience across multiple platforms.
8. Real-time monitoring and analysis: The system should provide real-time monitoring and analytics to help identify and resolve any issues or challenges.
9. Sustainability: The architecture should support sustainable and environmentally friendly transport options to reduce carbon footprint and promote eco-friendliness.
10. Cost-efficiency: The transportation architecture should provide cost-effective solutions that offer value for money.
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