Security management interoperability challenges for Collaborative Clouds

Kretzschmar, Michael; Hanigk, Sebastian

doi:10.1109/svm.2010.5674744

Cited by 12 publications

(6 citation statements)

References 3 publications

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“…R. Rajagopal et al present the model for security during the process of interoperability to the CC environments and grid computing [18]. M. Kretzschmar et al focused their research in [19] on CC environment security as well as interoperability challenges and issues. Therefore, keeping in mind the same we intend to propose the simple approach called Multi based Framework for Secure and Reliable Communication among Open Clouds.…”

Section: Related Workmentioning

confidence: 99%

Multi-Agent based Framework for Secure and Reliable Communication among Open Clouds

Mehmood

Song²,

Lloret³

2014

NPA

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Cloud Computing (CC) is an emerging field of Information Technology. CC environment completely relies on the perception of utility, service-oriented, cluster and grid computing. The idea of virtualization discriminates CC from other fields. CC environment provides better, reliable, and scalable services. Since clouds are working independently smooth, but standalone, cloud operation is complex. Therefore the need of interoperability and portability with other clouds come into play which increases the scope of the cloud environment. Then, the security threats are increased in the cloud environments. In order to address the problem, a Secure Multi-Agent based framework for Communication among Open Clouds is proposed in this paper. In the framework, each cloud has a secure Mobile Agent which is responsible of the secure communication among clouds. Thus, authentication of Mobile Agents is performed by the Directory Agent. Directory agents are included in order to avoid the joining malicious or attacker mobile agents into the cloud. The theoretical and practical results show that Multi-agent based framework is more reliable and secure than other cloud environments.

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Section: Related Workmentioning

confidence: 99%

Multi-Agent based Framework for Secure and Reliable Communication among Open Clouds

Mehmood

Song²,

Lloret³

2014

NPA

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“…Cloud service operational models, which are employed and the technologies used to enable Cloud services may present additional risks and requirements to an organization compared to traditional IT solutions. Cloud security management issues and interoperability challenges for Collaborative Clouds needs to be considered [7]. The IT enabled service industry is undergoing a transformation today that will dramatically change the manner in which IT Service Management will accomplish in future [4].…”

Section: Introductionmentioning

confidence: 99%

Location awareness of the cloud storage with trust management using common deployment model

Saravanakumar

Arun²

2013

2013 Fourth International Conference on Computing, Communications and Networking Technologies (ICCCNT)

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Cloud computing moves the application software, platform and infrastructure into the large data centers which are maintained at the centralized location. The Cloud Service User (CSU) requests the resources from the cloud for their current requirements without investing the money. It is a pay-as-you-gobasis which means that the CSU pay what they actually consumed. If the Cloud Service Provider (CSP) provides the service to the CSU with high quality then only they improve the business. There are various delivery models available such as SaaS, PaaS and IaaS etc. These models are deployed over the public, private, community and hybrid deployment models for the effective delivery. The existing work focused on the separation of various high-level and low-level services involved in cloud services, which always has an important aspect in the quality of service. The CSU can store the data in the cloud with security, but no awareness of the location is provided in which the data stored. The CSP has to change the location of the data from one location to another location which is unknown by the CSU. Even though, the data with high security at the cloud is available there is no way to identify the location of the data. The proposed work focuses on the location awareness of the data by using the tag which is synchronized in all the location. The CSU can get the notification whenever the data location changes by the CSP. This technique improves the reliability of the cloud storage with the CSU retention. In future the technique will be improved at the maximum level for improving the performance of the cloud computing.

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“…This phenomenon has emerged in large part because many companies now internally rely both on technologies that must be able to scale dynamically and on large sets of computing hardware for their processing. These organizations have developed a high level of proficiency, deploying scalable applications over virtualized architectures [1,2] with commodity hardware to the extent that they can easily provide these resources as a service to others. When economies of scale are achieved, companies achieve the ability to provide a service to consumers more cheaply than it would cost for the consumer to make that same resource internally within their own organization.…”

Section: Introductionmentioning

confidence: 99%

Near-Real-Time Cloud Auditing for Rapid Response

Park

Spetka

Rasheed

et al. 2012

2012 26th International Conference on Advanced Information Networking and Applications Workshops

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Due to the rapid emergence of Information Technology, cloud computing provides assorted advantages to service providers, developers, organizations, and customers with respect to scalability, flexibility, cost-effectiveness, and availability. However, it also introduces new challenges and concerns, especially in terms of security and privacy. One of the major security obstacles to widespread adoption of cloud computing is the lack of near-real-time auditability. In particular, near-real-time cloud auditing, which provides timely evaluation results and rapid response, is the key to assuring the cloud. In this paper, we discuss security and privacy concerns in cloud computing and the current status of cloud auditing efforts. Next, we address the strategies for reliable cloud auditing and analyze the deficiencies of current approaches. We then discuss the summary of our case study with Amazon CloudWatch, which is one of the most developed cloud-monitoring APIs.

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Security management interoperability challenges for Collaborative Clouds

Cited by 12 publications

References 3 publications

Multi-Agent based Framework for Secure and Reliable Communication among Open Clouds

Multi-Agent based Framework for Secure and Reliable Communication among Open Clouds

Location awareness of the cloud storage with trust management using common deployment model

Near-Real-Time Cloud Auditing for Rapid Response

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