Cloud Computing Security Using Secret Sharing Algorithm

Arun, B.; Prashanth, S. K.; Tech, M.

doi:10.15373/22501991/mar2013/35

Cited by 3 publications

(2 citation statements)

References 2 publications

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“…This process seamlessly fits in a hierarchical (ranked/ ordered) edifice of system clients by relating to an allocation and to RSA algorithm. Security to data can be impacted by means of RSA algorithm [6], the high security of a data has been well confirmed by HASBE encipher. The information proprietors aspire to preclude the server and unlawful utilizes finding the gist of their approachable portfolios retaining a concealment strategy.…”

Section: Propositioned Modelmentioning

confidence: 91%

“…imparted amongst servers, utilizes and personals, in records or information that are warehoused inside the cloud stay effortlessly affluent to procure to wholly. Owing towards this exposed user-friendly data accessing aspect, the personal files or data can be made use of by more utilizes in cloud that leads to invasive watch out of happening on data or files befallen to hazards additionally [6]. As soon as the meddlers procure log on to information, exploitation of it take control over a foremost imperil.…”

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confidence: 99%

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Data Security for Outsourced Cloud Datausing HASBE Scheme and RSA Algorithm

2019

IJITEE

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Cloud computing (CC) is the expertise over which every person is capable of sharing the reserves, amenities, and evidence amongst the individuals as a result of harnessing the internet in link. Subsequently, protection is a key concern on the facts pooled by means of the internet. In CC a numerous security issues prone to occur that includes confidentiality, integrity, authentication and/or thin well-honed edit control (TWHEC). In this research an innovative security replica has been aforethought. The design stipulates an approach across which secure communication besides data hiding from unauthorized punters can be got hold of. The security resolved with all categories of CC aspects similar to Platform as a Service (aaS), and Process aaS (PaaS), Software aaS, Storage aaS and Security aaS (SaaS), Network aaS (NaaS), Functions aaS (FaaS), Infrastructure aaS, Information aaS, and Integration aaS (IaaS), Database aaS (DBaaS), Application as a Service aaS and API aaS (AaaS), Management aaS (MaaS), Testing aaS (TaaS), etc., This anticipated system yield thin well-honed, mutable and ascendable statistics editing control by means of the manipulation of complex traits of Hierarchical (Ranked/Ordered) attribute-set-based encryption (HASBE). This multifarious qualities of blend of HASBE and Rivest–Shamir–Adleman (RSA) algorithm too. For instance, cyber individual healthiness record (IHR) aids sick persons to deal with his/her personal medicinal archives into a unified means that is to a great extent vital in storing, editing and partaking of the individual healthiness data. Further down encryption, it is impeding in accomplishing the TWHEC to CIHR data in an ascendable and effectual technique by using HASBE. Prevailing RSA encryption does not endow the data with high security in health. To fulfill ascendable, elastic, and thin well-honed edit control of subcontracted statistics in cloud. In this archetypal instigated a mish-mash RSA encryption with HASBE. Cyber IHR dispenses with patients to get along medical archives in a secure way, in which very significant concerns are the storing, access and distribution of individual wellness information. This composite process is responsible for three mode precautions, i.e. data precautions, certification and corroboration. In this report, the HASBE encryption algorithm has been put forward in realizing TWHEC to IHR data in an ascendable and effectual way

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Section: Propositioned Modelmentioning

confidence: 91%

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confidence: 99%

Data Security for Outsourced Cloud Datausing HASBE Scheme and RSA Algorithm

2019

IJITEE

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Secure user authentication and key agreement scheme for IoT device access control based smart home communications

Uppuluri

Lakshmeeswari

2022

Wireless Netw

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The upcoming paradigm in Internet of Things (IoT) based applications is to afford effective interactional communication strategies between the devices in the smart home system. With the rapid growth of IoT services, the incorporation of security measures becomes a vital concern. The general issue faced in the security of the intercommunication between the devices and the users is improper authentication between them. Also, the access control of devices must be ensured with reliable features for establishing secure communication between the users and devices. Hence, we propose a protocol called Modified Honey Encryption using Inverse Sampling-Conditional Probability Model Transform (MHE-IS-CPMT) with Elliptic Curve Cryptography (ECC) to authenticate and perform the key agreement. Here, we employ the following steps: (1) Initialization, (2) Registration, (3) Login and data access Request, (4) Authentication and Session key agreement, and (5) Key update. At the commencement of the session, the users (u), Mobile Users (MU), and the other devices participating in the smart home system are initialized to the Home network head (H). Then, for the registration process, the user and the devices register them into H via the smart gateway (SG) by providing their own identities. The user details and the data about the devices are secured using the MHE-IS-CPMT with the ECC method. Next, during the login process, the registered users connect to the smart home system and send a request to SG to gain access to the devices. After verification, the user is authenticated and the system enables them to acquire the device access control by providing them with the private key of the device. In addition, the proposed system facilitates the secure key change procedure for the legitimate user to update their key whenever required. Hence, the performance of the model is secured against different types of attacks and also obtains more security features than existing methods.

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Secret Sharing: Secure Password Sharing Technique

Vyas

2015

2015 Fifth International Conference on Communication Systems and Network Technologies

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Cloud Computing Security Using Secret Sharing Algorithm

Cited by 3 publications

References 2 publications

Data Security for Outsourced Cloud Datausing HASBE Scheme and RSA Algorithm

Data Security for Outsourced Cloud Datausing HASBE Scheme and RSA Algorithm

Secure user authentication and key agreement scheme for IoT device access control based smart home communications

Secret Sharing: Secure Password Sharing Technique

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