Application solutions of highway freight information systems based on quantum communication

Area of Science:

• Information Security
• Quantum Communication Technology
• Transportation Systems

Background:

• Current highway freight information systems face significant data security challenges.
• Sensitive data transmission requires robust encryption and secure key management protocols.
• Existing security measures may not adequately protect against advanced threats.

Purpose of the Study:

• To propose and detail an application plan for a highway freight information system leveraging quantum communication.
• To enhance the security of sensitive data transmission within the road freight information system.
• To establish a secure framework for quantum key management and distribution.

Main Methods:

• Implementing quantum communication technology for encrypting and transmitting sensitive data.
• Utilizing a quantum key cloud terminal for unified quantum key management.
• Developing a quantum key cloud service platform for system access and mobile terminal key services.
• Establishing a quantum key management server and cloud platform for terminal and key management.

Main Results:

• Demonstrated a method for secure, one-time quantum encryption key generation and utilization.
• Achieved secure transmission of key information through a dedicated quantum key cloud platform.
• Enhanced the overall security posture of the highway freight information system.
• Provided secure access and key services for mobile terminals within the system.

Conclusions:

• Quantum communication offers a superior solution for securing highway freight information systems.
• Unified quantum key management and distribution are critical for robust data protection.
• The proposed scheme effectively mitigates security risks in sensitive data transmission.