Implementing secure end-to-end data transmission in wireless sensor networks for healthcare monitoring

Remote sensor systems (WSNs) are basic to healthcare observing frameworks since they give real-time quiet information. Healthcare information is sensitive and requires solid security approaches that account for sensor hub asset limits. This ponder ensures WSN end-to-end information stream with a cross breed cryptographic framework utilizing Elliptic Bend Cryptography (ECC). The strategy combines symmetric encryption for information transmission with ECC for key trade and advanced marks. This crossover strategy optimizes asset utilize and secures information protection, judgment, and genuineness. We compared the proposed convention to RSA with AES, lightweight symmetric encryption, and immaculate ECC encryption to demonstrate its viability. Our cross-breed strategy outflanks choices in numerous key zones. In specific, the proposed approach accomplishes 15 ms encryption and 14 ms unscrambling times, which are much lower than current methods. Since its employments as it were 10 mJ of vitality and 8 KB of memory, it is perfect for resource-constrained situations. Comes about appear that the crossover ECC framework can progress healthcare WSN security and effectiveness, guaranteeing dependable and secure persistent information transmission. This convention meets the require for solid security without relinquishing execution, making it appropriate for healthcare checking frameworks.