A Trusted IaaS Environment with Hardware Security Module

Seol, Jinho; Jin, Seongwook; Lee, Daewoo; Huh, Jaehyuk; Maeng, Seungryoul

doi:10.1109/tsc.2015.2392099

Cited by 18 publications

(6 citation statements)

References 29 publications

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“…This system also provides cloud administrators a control system that helps them track the live virtual machines which are running and track the activities of the live virtual machines also the administrators can add more security policies on the virtual machines which are silent or at rest while no operations are being executed to strengthen the virtual machines capabilities to defend the attacks. Seol et al (2015) presented the use of hardware and software solutions to protect users' confidential data which can be accessed by administrators due to privilege level and domain controls access. The researchers of this paper have designed custom hardware that can intervein access to the virtual machines if they are not accessed by the authentic users of the machine.…”

Section: Literature Reviewmentioning

confidence: 99%

Secure PAAS environment over hybrid cloud using load-balanced Docker containers

Khan¹

2022

Int. j. adv. appl. sci.

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The purpose of this research is to provide cloud service providers (CSP) a secure platform that can be accessed for configuring secure, silent software deployment on the hybrid cloud using load-balanced Docker Containers (LBDC) that are configured with different PAAS software solutions. As many researchers in the past have worked on providing PASS platforms using either a public cloud or private cloud less research is carried out on the hybrid cloud systems and researchers who have worked on the hybrid cloud have followed a different approach to providing PAAS to organizations in need but lack in securing the PAAS platform. This research will provide cloud service providers a secure deployment of the PAAS platform for the developers on the go and will reduce the overhead of CSP to deploy the PAAS services from scratch. Compared to the other researcher’s contribution this research work provides a load-balanced containerized secure PASS platform that can be scaled on-demand and be secure while scaling the resources for peak workloads. The admins of the hybrid cloud can access and deploy the Docker containers based on the requirement laid down by the developers. Once the Admin configures the Docker container with the required PAAS services he can then easily invoke the LBDC in the hybrid cloud and deploy the PAAS platform for the developers to work on in seconds. LBDC’s will help in scalable deployment of Secure PAAS services for different locations and machines simultaneously thus reducing the cost and time required for hybrid virtual machines to get up and running for the development process by the developers of the company. CSP’s can achieve less turnaround time for deployment of secure PAAS environments for organizations.

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Section: Literature Reviewmentioning

confidence: 99%

Secure PAAS environment over hybrid cloud using load-balanced Docker containers

Khan¹

2022

Int. j. adv. appl. sci.

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“…Following this approach, the system can identify malicious users and isolate them to minimize harm. In [17], a hardware security module is presented to prevent cloud administrators from tampering with the security of guest virtual machines. The private cloud monitoring system (PCMONS) [14] was developed as a modular monitoring system for private clouds.…”

Section: Related Workmentioning

confidence: 99%

HealthyBroker: A Trustworthy Blockchain-Based Multi-Cloud Broker for Patient-Centered eHealth Services

et al. 2019

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Delivering electronic health care (eHealth) services across multi-cloud providers to implement patient-centric care demands a trustworthy brokering architecture. Specifically, such an architecture should aggregate relevant medical information to allow informed decision-making. It should also ensure that this information is complete and authentic and that no one has tampered with it. Brokers deployed in eHealth services may fall short of meeting such criteria due to two key behaviors. The first involves violating international health-data protection laws by allowing user anonymity and limiting user access rights. Second, brokers claiming to provide trustworthy transactions between interested parties usually rely on user feedback, an approach vulnerable to manipulation by malicious users. This paper addresses these data security and trust challenges by proposing HealthyBroker, a novel, trust-building brokering architecture for multiple cloud environments. This architecture is designed specifically for patient-centric cloud eHealth services. It enables care-team members to complete eHealth transactions securely and access relevant patient data on a “need-to-know” basis in compliance with data-protection laws. HealthyBroker also protects against potential malicious behavior by assessing the trust relationship and tracking it using a neutral, tamper-proof, distributed blockchain ledger. Trust is assessed based on two strategies. First, all transactions and user feedback are tracked and audited in a distributed ledger for transparency. Second, only feedback coming from trustworthy parties is taken into consideration. HealthyBroker was tested in a simulated eHealth multi-cloud environment. The test produced better results than a benchmark algorithm in terms of data accuracy, service time, and the reliability of feedback received as measured by three malicious behavior models (naïve, feedback isolated, and feedback collective). These results demonstrate that HealthyBroker can provide care teams with a trustworthy, transparent ecosystem that can facilitate information sharing and well-informed decisions for patient-centric care.

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“…Cloud computing not only requires remote application services, but it also needs to ensure the timeliness and stability of users of the cloud platform [9]. In the cloud computing mode, all business processing will run on the server side.…”

Section: Cloud Computing Reliabilitymentioning

confidence: 99%

Design and Application of a Service Outsourcing Cloud for the Insurance Industry

Hui

McLernon

2019

Proceedings of the 9th International Conference on Information Communication and Management

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With the development and maturity of cloud computing technology, many cloud-based solutions for specific industry applications are also rapidly emerging. This study designed and implemented a Service Outsourcing Cloud for the Insurance Industry (SOC-II) for China's huge market demand, especially for Business Process Outsourcing (BPO) companies serving the insurance industry. Firstly, this research presents the cloud computing ecosystem, conducts SOC-II needs analysis, and then proposes the system architecture and logical architecture of SOC-II. Secondly, this paper introduces an image processing case in a SOC-II production operation system, and gives the operating mode and management mode of SOC-II. Thirdly, we summarize the main features of SOC-II and the new changes that SOC-II brings to the insurance industry. Finally, the article discusses the challenges of cloud computing. CCS Concepts • Applied computing Enterprise computing Business process management Business process management systems.

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A Trusted IaaS Environment with Hardware Security Module

Cited by 18 publications

References 29 publications

Secure PAAS environment over hybrid cloud using load-balanced Docker containers

Secure PAAS environment over hybrid cloud using load-balanced Docker containers

HealthyBroker: A Trustworthy Blockchain-Based Multi-Cloud Broker for Patient-Centered eHealth Services

Design and Application of a Service Outsourcing Cloud for the Insurance Industry

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