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The proposed scheme has several important security attributes, such as phase key agreement, users' one-time bio-key, and one-time authentication code is valid only for one user's login session. Thereafter, MACLESS is hidden in a cover image based steganography anonymity. In this paper, we propose a scheme to ensure message/image document integrity for each user's login by providing one-time biometric message/image authentication code called MACLESS, which is a summation of combining the key-based hash function (MAC-SHA-1) of a message/image document and the one-time bio-key. However, none of the proposed schemes appear to be sufficiently designed as a secure scheme to prevent common forms of attack such as replay, forgery, stolen verifier, brute force, and insider attacks. Existing solutions are based on combining key-based hash function with traditional factors (steganography, smart-card, timestamp). Lightweight message delivery by the two smart devices can satisfy the basic security requirements of E2E communication and ensure that the computational cost required for a real-time system is as low as possible.Ī number of image/message document authentication and integrity schemes have been conducted to recognize any modification in the exchange of documents between two entities (sender and receiver) within a cloud environment. Such a negotiation process prevents known attacks by providing responsive mutual authentication. The secure, lightweight cryptographic communication procedure is negotiated between a pair of smart devices during each E2E session to minimize the power consumption required of limited-energy devices. This work aims to provide an efficient and secure, lightweight E2E S2S message delivery function, which includes the E2E S2S secure key and biometric parameter exchange function, a bio-shared parameter and bio-key generation function, secure lightweight E2E S2S communication negotiation and secure E2E S2S lightweight message delivery. However, none of the traditional security solutions can be sufficiently regarded as a secure and lightweight mechanism for ensuring that the security requirements for E2E S2S message transmission in the IoT-cloud system are fulfilled.
One of the results of this integration is the increase in the number of attacks and vulnerabilities in the E2E S2S message delivery service of such an IoT-cloud system. Thus, IoTs and cloud computing must be integrated. The continuous increase in the use of smart devices and the need for E2E smart2smart (S2S) services in IoT systems play effective and contemporary roles in the field of communication, and a large amount of resources is required.
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