CLOUD BASED STORAGE SERVICES FOR SECURITY FOLLOWED BY THE DATA AUTHENTICATION

Transcription

1 INTERNATIONAL JOURNAL OF REVIEWS ON RECENT ELECTRONICS AND COMPUTER SCIENCE CLOUD BASED STORAGE SERVICES FOR SECURITY FOLLOWED BY THE DATA AUTHENTICATION Akheel Mohammed 1, Dr.Vasumathi 2, Mir Ahmed Ali 3 1 Associate Professor, Dept of CSE, VIF College of Engineering and Technology, Chevella, R.R Dist, A.P, India 2 Professor & Addition Controller of Examination, JNTU, Hyderabad, A.P, India 3 M.Tech Student, Dept of CSE, VIF College of Engineering and Technology, Chevella, R.R Dist, A.P, India ABSTRACT: There is a huge improvement in the technology towards the internet based strategy. There is advancement in the internet by the help of the cloud. Therefore it is very much helpful for the user based aspect the user can access the data from the cloud followed by the demand of the user respectively without any initialization of the software or the application related to it. Therefore each and every thing is provide by the cloud based server based on the demand of the user. Here data outsourcing plays a major role where the data of the user are stored in the third party oriented cloud apart from the server oriented cloud respectively. There is problem with respect to this sought of the problem is security is a major concern related to this aspect such as the user is worried about the protection of the data that is the privacy based aspect. Therefore in order to overcome the above problem a system is designed in which a secure transmission of the data has to be done this is a new challenge towards the present implemented methodology respectively. The proposed method is implemented by the name of the mechanism by auditing oriented storage integrity respectively. Here access of the data is very easy followed by the cost based factor is also very less and effective in terms of the usage based strategy respectively. Therefore 1184 P a g e

2 by the implementation of the above proposed method it not only provides the security towards the data followed by the efficient storage respectively. Experiments are conducted on the present system which is effective and efficient manner and following performance based strategy is also got evaluated respectively. Keywords: Computation oriented cloud, Efficient storage, Database, Data privacy, Localization of error, Storage based on the distributed phenomena. 1. INTRODUCTION: There is a lot of research is going on in the area of computation based on the cloud respectively. Therefore day by day there is an advancement in the system takes with rapid improvement in order to meet the users requirement in a effective fashion[1]. This is one of the latest method where each and every user nearly many of the users are got interest in this particular techniques for the data transmission followed by the communication oriented phenomena respectively. Here the system is in wireless based strategy followed by the reliable communication in a rapid data rate followed by the reduced cost oriented phenomena respectively. Here with respect to the service oriented strategy its services includes service based on the software based aspect, service based in the infrastructure based aspect and also the platform orientation. Therefore it is a very effective and a powerful technique where many of the users of the present generation are getting attracted to the present technology. On behalf of this there is one major problem regarding the user side or the user aspect is the security based phenomena respectively [2][3]. Here security plays a major role in the implementation of the system where the user is very much worried about the data which is stored in the server oriented cloud that is the third based factor that is decentralization takes place. Therefore the system gives complete assurance regarding the data of the user with respect to the privacy related aspect. Apart from this the user is very much beneficent regarding the usage of the services based on the cloud respectively P a g e

3 2. METHODOLOGY In simply the assurance from the cloud side that is service provider side aspect for the Here in the present method a system data of the owner or the related customer is designed in which present method is respectively. Therefore the present system is implemented in order to overcome the designed in an effective and efficient drawbacks of the several previous existing manner where the performance of the techniques and a frame work is modeled in system is accurate based on the data of the such a fashion where it is a great challenge user. Therefore the implementation followed towards the security followed by the storage by the basic strategy of the present method based phenomena respectively. Here the is displayed and explained in an illustrative framework design is illustrated in which the manner is shown in the below figure. data of the user can be manipulated either by the owner of the data that is the data related Model of the system: customer or even by the service provider Here in the present scenario the rather no one can see the data followed by complete system and its representation the manipulation oriented aspect followed by the architectural design and its respectively[4]. Now moving towards the implementation with respect to the capacity provider based service factor whenever the of the system in order to maintain the user is accessing the particular the main job performance of the system as per the user of that cloud is to allocate the resource based based criteria[6]. Therefore the entire system on the user choice that is related to the with respect to the performance based storage or may be due to the accessing of the criteria is completely dependent on to the services respectively depending on the design specification oriented strategy in a demand of the user. Finally the main work complete respective fashion. Here the of the third party based phenomena it is analysis is done and it is completely relies completely on the decentralization based on the three aspects such as the demand of strategy where all the clouds are inter the query that is the perspective of the user, connected to each other completely relies on server based service that is the cloud the this particular phenomena based aspect oriented phenomena and finally the third in which complete protection is provided on party authentication respectively. These behalf of the data of the user respectively[5] P a g e

4 thyree aspects play a major role for the successful implementation of the system in terms of the accurate performance based strategy respectively that too in a respective fashion. Here in the above aspect each and every thing is completely dependent on the one another that is completely interdependent on one another in a respective fashion [7][8]. Here we finally illustrate the phenomena where the complete analysis takes place where the data acceptor is dependent on the service provider and the service provider is completely dependent on the third party authentication respectively. Where the complete protection of the data of the user based on the demand takes place in the hands of the third party authentication by the cloud based authentication takes place [9]. BLOCK DIAGRAM 3. EXPECTED RESULT A lot of analysis has been made on the present method. An experiments has been conducted on the several number of the data sets respectively. There is a huge challenge for the implementation of this phenomena regarding the storage followed by the security based aspect respectively. Here this method overcomes the drawbacks of the several previous existing methods for the effective implementation of the system respectively. Here the comparative analysis is made between the present method to that f the existing methods are displayed in the below figure in the form of the graphical representation. Therefore the present system is effective and efficient in terms of the performance evaluation on comparison to the various attacks followed by the trust based phenomena apart from the user perspective respectively. Fig 1: Shows the architecture of the Fig 2: Shows the graphical representation service based storage cloud of probability detection 1187 P a g e

5 4. CONCLUSION In this paper a method is designed with a particular framework oriented strategy where it is completely involved in the research with respect to the data storage of the user s perspective in the server based on the cloud that is the third party based phenomena followed by the trust factor on behalf of the data of the user that is related to the privacy factor respectively. Here a complete analysis is made before implementation of the process of the present strategy and all the drawbacks are analyzed in an effective fashion and while at the time of the implementation of the present method these errors has to be concentrated and given more importance for the effective process and the success oriented strategy respectively. Therefore the present system is effective and efficient in terms of the storage based factor followed by the security based analysis and also related improving the process of the system in an effective fashion respectively. REFERENCES [1] Sun Microsystems, Inc., Building customer trust in cloud computing with transparent security, Online at com/offers/details/sun transparency.xml, November [2] J. Kincaid, MediaMax/TheLinkup Closes Its Doors, Onlineat elinkup-closes-its-doors/, July [3] B. Krebs, Payment Processor Breach May Be Largest Ever, Online at / payment processor breach may b.html, Jan [4] G. Ateniese, R. Burns, R. Curtmola, J. Herring, L. Kissner, Z. Peterson, and D. Song, Provable data possession at untrusted stores, in Proc. of CCS 07, Alexandria, VA, October 2007, pp [5] M. A. Shah, R. Swaminathan, and M. Baker, Privacy-preserving audit and extraction of digital contents, Cryptology eprint Archive, Report 2008/186, 2008, [6] K. D. Bowers, A. Juels, and A. Oprea, Proofs of retrievability:theory and implementation, in Proc. of ACM workshop on Cloud Computing security (CCSW 09), 2009, pp [7] Q. Wang, C. Wang, J. Li, K. Ren, and W. Lou, Enabling public verifiability and data dynamics for storage security in cloud computing, in Proc. of ESORICS 09, volume 5789 of LNCS. Springer- Verlag, Sep. 2009, pp [8] C. Erway, A. Kupcu, C. Papamanthou, and R. Tamassia, Dynamic provable data possession, in Proc. of CCS 09, 2009, pp [9] G. Ateniese, R. D. Pietro, L. V. Mancini, and G. Tsudik, Scalable and efficient provable data possession, in Proc. of SecureComm 08, 2008, pp P a g e