A Finger Vein Pattern based Key GenerationExchange and Security framework for IoT using ID based cryptography, ECDH and AES

Every person has a unique finger vein pattern existing within each finger. Unlike facial features or fingerprints, authentication systems aren’t vulnerable to forgery. Finger are more secure and reliable, less expensive, than biometric security using fingerprint. This paper presents novel framework based on pattern. Vein in used ID cryptography generate the keys for data encryption. These combined with generator of Elliptic Curve Cryptography (ECC) exchange Diffie Hellman key algorithm. Once exchanged, is encrypted Advance Encryption Standard (AES). tested Internet Things (IoT) environment enhancing security. The IoT implemented banks other organizations can be enhanced considerably proposed model.