TEMPERATURE AND HUMIDITY MONITORING WITH SECURE ECHNOLOGY
International Research Journal of Modernization in Engineering Technology and Science · 2023
The "Temperature and Humidity Monitoring with Secure Technology" project aims to address the security challenges faced by traditional temperature and humidity monitoring systems in various industries such as agriculture, industrial environments, and smart cities.These challenges include data tampering, exfiltration, and system disruption, which can arise due to cyber attacks.To tackle these security challenges, the proposed system combines blockchainbased secure authentication and secure wireless sensor networks.The blockchain technology is used to authenticate devices on the sensor network and to ensure that only authorized devices can access the network and transmit readings.The wireless sensor network is designed to be secure and efficient, transmitting temperature and humidity readings in a confidential and tamper-proof manner.A key component of the system is the smart contract, which is used to authenticate and authorize devices on the sensor network.The blockchain platform will store the temperature and humidity readings in a secure and tamper-proof manner, ensuring the integrity of the data.The effectiveness of the proposed system will be evaluated through simulations and experiments in a real-world environment.The results of this project will demonstrate the improved security and reliability of the temperature and humidity monitoring system compared to traditional systems.The results will have significant implications for various industries that rely on temperature and humidity monitoring.In conclusion, this project will demonstrate the potential of using blockchain and secure wireless sensor networks to improve the security and reliability of temperature and humidity monitoring systems.The "Blockchain Beats: Improving Temperature and Humidity Monitoring with Secure Technology" project will highlight the importance of combining innovative technologies to address security challenges and to improve the overall performance of temperature and humidity monitoring systems.