A study on the integrity and authentication of weather observation data using Identity Based Encryption

Area of Science:

• Meteorology
• Cybersecurity
• Information Technology

Background:

• Weather information is critical for national security, economic activity, and disaster prevention.
• Cyber terrorism targeting weather data poses a significant threat to national security and economic stability.
• Accurate weather data is essential for military operations, including aviation and naval activities.

Purpose of the Study:

• To propose a secure data transmission plan for meteorological sensors.
• To guarantee data confidentiality and integrity against cyber-attacks.
• To enable reliable weather forecasting through enhanced security measures.

Main Methods:

• Implementing a secure meteorological telecommunication network.
• Utilizing Identity Based Signatures (IBS) for data integrity.
• Employing mutual authentication between authentication devices.
• Transmitting encrypted weather information.

Main Results:

• Ensured confidentiality and integrity of meteorological data.
• Prevented data misuse through cyber-attacks.
• Enabled reliable weather forecasting via secure data.
• Demonstrated a viable security solution for meteorological observation systems.

Conclusions:

• The proposed plan effectively secures meteorological data transmission.
• Identity Based Signatures offer a robust security measure without the complexity of Public Key Infrastructure certificate management.
• The system is suitable for small-scale computing environments like meteorological observation systems due to its low key management burden.