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The internet technologies evolved many new innovations in communication technologies for searching and sharing data over the IoT. The importance of both software and hardware technologies became an important for the service providers and users as well. Searching and data sharing is contemporary task for the services providers because security aspects. Efficient searching and secured data sharing is an open issue till now. Information leakage costs more for the organizations. In this paper we proposes an efficient frame work for secured cloud based services where the data can shared among multiple devices of IoT. Our scheme allows all smart devices interact and share data among users in Internet of Things securely. We also attempted to develop a useful searching mechanism for having required data by the users over distributed storage domains to share. We conducted an abundant survey and study them in depth for better improvement of our work.

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Steganography is the science of sending the data secretly with the use of effective carrier. The ultimate focus of steganography is to hide the secret data from eavesdroppers. At the same time, this approach should keep the carrier medium's quality and it should be hard to hack the information by the eavesdroppers. This paper introduces a novel approach to embed the secret text in multiple image files as frame by frame. Initially the encrypted secret text will be spli t in to multiple frames as per the number of carrier images. Then each frame is rearranged as per Saw toot h pattern to increase the complexity for the eavesdroppers. The rearranged frames with the prefix of frame number will be embedded in carrier images one by one. As the reverse process, the receiver receives the set of Stego -images and the system will collect all the frames from the stego-images and arrange as per the frame order, then it decrypts using the secret key and produce the secret text.

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