Checking Only When It Is Necessary: Enabling Integrity Auditing Based on the Keyword with Sensitive Information Privacy for Encrypted Cloud Data
Product Description
Aim :
The main aim of this project is to provide a reliable and secure cloud service and also increase trustworthiness of files uploaded in cloud by Continuous Automatic Auditing.
Abstract:
Cloud Computing enables the remote users to access data, services, and applications in on-demand from the shared pool of configurable computing resources, without the consideration of storage, hardware and software management. On the other hand, it is not easy for cloud users to identify whether Cloud Service Provider's (CSP) tag along with the data security legal expectations. So, we will be using the auditing process with the help of ternary hash tree. This process will be automatic and recovers the corrupted file at the requested time. The encrypted data of the uploaded files will split into blocks. Hashes will get generated for each and every separate block. The content inside the blocks will be encrypted and decrypted using the MD5 (Message Digest) algorithm. The ternary hash tree and root hash will be formed using the SHA-1 algorithm. If the file will get corrupted by the attacker or the third party, the data will get easily recovered by using the hashes and the root hash in the file allocation table (FAT). So, the user can easily download or access the files they uploaded at the required time.
Proposed System:
In Multi Cloud environment, remote data integrity checking is required to secure user’s data. User will upload file to Cloud. This file is split into blocks using Dynamic Block generation Algorithm. The Blocks are stored in Ternary Hash Tree (THT) format. The blocks have a parent node and child node. File Allocation Table (FAT) File System has proper Indexing and Metadata’s for the different Chunks of the Cloud Storage. Here the auditor agrees to inspect logs, which are routinely created during monitoring operations by services providers. If Attacker corrupts data in Multi Cloud, the continuous auditing process helps the verifier to perform Block and File level checking for remote data Integrity Checking using Verifiable Data Integrity Checking Algorithm. The auditing processes have a flow, first the parent block checking. If the parent block have any corrupted file then the child node auditing. If the child nodes have any corrupted file the File recovery is done by the Verifier automatically if the data gets corrupted during checking. Users can complaint cloud for file recovery.
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The Delivery time for software projects is 2 -3 working days. Some of the software projects will require Hardware interface. Please go through the hardware Requirements in the abstract carefully. The Hardware will take 7-8 Working Days
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The Delivery time for Hardware
projects is 7-8 working days.
Mini Projects: Software Includes
- Demo Video
- Abstract
- Base paper
- Full Project PPT
- UML Diagrams
- SRS
- Source Code
- Screen Shots
- Software Links
- Reference Papers
- Full Project Documentation
- Online support
The
Delivery time for software Miniprojects is 2 -3 working days.
Mini Projects - Hardware includes
- Demo Video
- Abstract
- PPT
- Datasheets
- Circuit Diagrams
- Source Code
- Screen Shots & Photos
- Software Links
- Reference Papers
- Full Project Documentation
- Online
support
The Delivery time for Hardware Mini projects is 7-8 working days.