A Secure information sharing plan proposes by utilizing calculation called DSS-CP-ABE in light of Attribute-Based Encryption (ABE) technique to offer effective access control over ciphertext. To utilize intermediary servers for encryption and decoding tasks. In our approach, computational activities in ABE are directed on intermediary servers, which significantly lessen the computational overhead on customer side cell phones. Then, in DSS-CP-ABE, keeping in mind the end goal to keep up information protection, a variant ascribe is added to the entrance structure. The unscrambling key organization is changed with the goal that can be sent to the intermediary servers securely. Here present sluggish re-encryption and portrayal field of credits to decrease the repudiation overhead when managing the client disavowal issue. At last, we execute the information sharing model system in light of LDSS. The investigations demonstrate that DSS can enormously decrease the overhead on the customer side, which just presents an insignificant extra cost on the server side. Such an approach is useful to execute practical information sharing security plot on cell phones.