Comments on secure data sharing in cloud computing using revocable storage identity-based encryption
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The document discusses a research paper on secure data sharing in cloud computing. It summarizes that the paper by Wei et al. proposed a revocable-storage identity-based encryption (RS-IBE) scheme to support secure and efficient data sharing in cloud computing. However, the document notes that Wei et al.'s RS-IBE scheme does not satisfy the correctness property of an RS-IBE scheme. It then states that a method is proposed to modify the existing RS-IBE scheme to address this issue.
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MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
NEXGEN TECHNOLOGY provides total software solutions to its customers. Apsys works closely with the customers to identify their business processes for computerization and help them implement state-of-the-art solutions. By identifying and enhancing their processes through information technology solutions. NEXGEN TECHNOLOGY help it customers optimally use their resources.
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TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
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SECURE DATA SHARING IN CLOUD COMPUTING USING REVOCABLE-STORAGE IDENTITY-BASED...
TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
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Dotnet titles
Shakas Technologies Provides, 2016-2017 Project titles, Real time project titles, IEEE Project Titles 2016-2017, NON-IEEE Project Titles, Latest project titles 2016, MCA Project titles, Final Year Project titles 2016-2017..
Contact As:
Shakas Technologies
#13/19, 1st Floor, Municipal Colony,
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Vellore-632006,
Cell: 9500218218
Mobile: 0416-2247353 / 6066663
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encryption (CP-ABE) technique with the help of blockchain technology. For
secure data access in BDaaS, algorithms have been created using a mix of CPABE with blockchain technology. Proposed smart contract algorithms are
implemented using Eclipse 7.0 IDE and the cloud environment has been
simulated on CloudSim tool. Results of key generation time, encryption time,
and decryption time has been calculated and compared with access control
mechanism without blockchain technology.
A secure and dynamic multi keyword ranked search scheme over encrypted cloud ...
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An Improved Integrated Hash and Attributed based Encryption Model on High Dim...
Cloud computing is a distributed architecture where user can store their private, public or any application software components on it. Many cloud based privacy protection solutions have been implemented, however most of them only focus on limited data resources and storage format. Data confidentiality and inefficient data access methods are the major issues which block the cloud users to store their high dimensional data. With more and more cloud based applications are being available and stored on various cloud servers, a novel multi-user based privacy protection mechanism need to design and develop to improve the privacy protection on high dimensional data. In this paper, a novel integrity algorithm with attribute based encryption model was implemented to ensure confidentiality for high dimensional data security on cloud storage. The main objective of this model is to store, transmit and retrieve the high dimensional cloud data with low computational time and high security. Experimental results show that the proposed model has high data scalability, less computational time and low memory usage compared to traditional cloud based privacy protection models.
3 ijece 1 ed iqbal qc
Cloud storage (CS) is gaining much popularity nowadays because it offers low-cost and convenient network storage services. In this big data era, the explosive growth in digital data moves the users towards CS to store their massive data. This explosive growth of data causes a lot of storage pressure on CS systems because a large volume of this data is redundant. Data deduplication is a most-effective data reduction technique that identifies and eliminates the redundant data. Dynamic nature of data makes security and ownership of data as a very important issue. Proof-of-ownership schemes are a robust way to check the ownership claimed by any owner. However to protect the privacy of data, many users encrypt it before storing in CS. This method affects the deduplication process because encryption methods have varying characteristics. Convergent encryption (CE) scheme is widely used for secure data deduplication, but it destroys the message equality. Although, DupLESS provides strong privacy by enhancing CE, but it is also found insufficient. The problem with the CE-based scheme is that the user can decrypt the cloud data while he has lost his ownership. This paper addresses the problem of ownership revocation by proposing a secure deduplication scheme for encrypted data. The proposed scheme enhances the security against unauthorized encryption and poison attack on the predicted set of data.
S.A.kalaiselvan toward secure and dependable storage services
This document proposes a scheme for ensuring data integrity and dependability for cloud storage systems. The scheme utilizes erasure coding to distribute data across multiple servers and generate verification tokens to enable lightweight auditing. It allows users to efficiently audit that their data is intact and to identify any misbehaving servers. The scheme also supports secure dynamic operations like updates, deletes and appends while maintaining the same level of integrity assurance. Analysis shows the scheme is efficient and resilient to various security threats from malicious servers.
If caa s information flow control as a service for cloud security
Information flow control (IFC) is a well-understood mandatory access control methodology that can provide better cloud security than what is currently available. IFC models how information, like data, is allowed to flow between subjects like processes and objects like files in a system. Decentralized forms of IFC have been designed and implemented in academic research projects. This paper proposes IFC as a service (IFCaaS) for cloud security, where both cloud tenants and providers can agree on security policies in a way that does not require them to understand the details of the cloud software stack. IFCaaS would allow enforcement of security policies based on the data being protected.
IRJET- Secure Cloud Data Using Attribute Based Encryption
This document proposes a system for secure cloud data storage using attribute-based encryption. It aims to address challenges of key management, defining and enforcing access policies based on data attributes, and enabling keyword search over encrypted data. The system uses multi-authority attribute-based access control (MA-ABAC) to reduce key management complexity for data owners and users. Patient medical records are encrypted and access is determined based on user attributes from professional and personal domains. Attribute-based encryption, proxy re-encryption, and uniquely combining techniques are used to achieve security, key management, user revocation and efficient searches of encrypted data on the cloud.
A Survey: Hybrid Job-Driven Meta Data Scheduling for Data storage with Intern...
Cloud computing is a promising computing model that enables convenient and on demand network access to a shared pool of configurable computing resources. The first offered cloud service is moving data into the cloud: data owners let cloud service providers host their data on cloud servers and data consumers can access the data from the cloud servers. This new paradigm of data storage service also introduces new security challenges, because data owners and data servers have different identities and different business interests with map and reduce tasks in different jobs. Therefore, an independent auditing service is required to make sure that the data is correctly hosted in the Cloud. The goal is to improve data locality for both map tasks and reduce tasks, avoid job starvation, and improve job execution performance. Two variations are further introduced to separately achieve a better map-data locality and a faster task assignment. We conduct extensive experiments to evaluate and compare the two variations with current scheduling algorithms. The results show that the two variations outperform the other tested algorithms in terms of map-data locality, reduce-data locality, and network overhead without incurring significant overhead. In addition, the two variations are separately suitable for different Map Reduce workload scenarios and provide the best job performance among all tested algorithms in cloud computing data storage.
A PARALLEL AND FORWARD PRIVATE SEARCHABLE PUBLIC KEY ENCRYPTION FOR CLOUD BAS...
The document proposes a Parallel and Forward Private Searchable Public Key Encryption (PFP-SPE) system for cloud-based data sharing that achieves both parallelism and forward privacy with slightly increased storage costs. PFP-SPE allows data owners to encrypt and share data on the cloud while enabling authorized users to securely search the encrypted data through keyword searches. It provides similar search functionality to other systems but addresses issues like lack of parallel search and forward security that existing searchable encryption systems have. The proposed system architecture includes administrators, users, and service providers who can share and access encrypted data on the cloud through the PFP-SPE system.
Key aggregate cryptosystem for scalable data sharing in cloud storage
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SECURE DATA SHARING IN CLOUD COMPUTING USING REVOCABLE-STORAGE IDENTITY-BASED...
SECURE DATA SHARING IN CLOUD COMPUTING USING REVOCABLE-STORAGE IDENTITY-BASED...
Privacy preserving multi-keyword ranked search over encrypted cloud data
Privacy preserving multi-keyword ranked search over encrypted cloud data
Audit free cloud storage via deniable attribute-based encryption
Audit free cloud storage via deniable attribute-based encryption
Audit free cloud storage via deniable attribute-based encryption
Audit free cloud storage via deniable attribute-based encryption
Audit free cloud storage via deniable attribute-based encryption
Audit free cloud storage via deniable attribute-based encryption
Privacy and Integrity Preserving in Cloud Storage Devices
Privacy and Integrity Preserving in Cloud Storage Devices
Public integrity auditing for shared dynamic cloud data with group user revoc...
Public integrity auditing for shared dynamic cloud data with group user revoc...
Public integrity auditing for shared dynamic cloud data with group user revoc...
Public integrity auditing for shared dynamic cloud data with group user revoc...
An anomalous behavior detection model in cloud computing
An anomalous behavior detection model in cloud computing
Design of access control framework for big data as a service platform
Design of access control framework for big data as a service platform
A secure and dynamic multi keyword ranked search scheme over encrypted cloud ...
A secure and dynamic multi keyword ranked search scheme over encrypted cloud ...
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An Improved Integrated Hash and Attributed based Encryption Model on High Dim...
S.A.kalaiselvan toward secure and dependable storage services
S.A.kalaiselvan toward secure and dependable storage services
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If caa s information flow control as a service for cloud security
IRJET- Secure Cloud Data Using Attribute Based Encryption
IRJET- Secure Cloud Data Using Attribute Based Encryption
A Survey: Hybrid Job-Driven Meta Data Scheduling for Data storage with Intern...
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A PARALLEL AND FORWARD PRIVATE SEARCHABLE PUBLIC KEY ENCRYPTION FOR CLOUD BAS...
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Key aggregate cryptosystem for scalable data sharing in cloud storage
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- 1. 2020 – 2021 #13/ 19, 1st Floor, Municipal Colony, Kangayanellore Road, Gandhi Nagar, Vellore – 6. Off: 0416-2247353 Mo: +91 9500218218 / +91 8220150373 Website: www.shakastech.com, Email - id: shakastech@gmail.com, info@shakastech.com Comments on "Secure Data Sharing in Cloud Computing Using Revocable- Storage Identity-Based Encryption" Abstract Cloud computing can provide a flexible way to effectively share data among multiple users since it can overcome the time and location constraints of computing resource usage. However, the users of cloud computing are still reluctant to share sensitive data to a cloud server since the cloud server should be treated as an untrusted entity. In order to support secure and efficient data sharing in cloud computing environment, Wei et al. recently extended the concept of identity-based encryption (IBE) to support key revocation and ciphertext update functionalities, and proposed a revocable-storage identity-based encryption (RS-IBE) scheme. In this paper, we show that the RS-IBE scheme of Wei et al. does not satisfy the correctness property of RS-IBE. We also propose a method to modify the existing RS-IBE scheme.