BUILDING TRUST IN CLOUD COMPUTING -ISOLATION IN CONTAINER BASED VIRTUALISATION
type: CreativeWork
description: Container-based virtualisation has weak isolation compare with traditional VMs. Container-based virtualisation is based on kernel OS. Share kernel OS could increase the possibility of attacks. Therefore, the container-based virtualisation provides weak isolation. The lack of isolation from the host could be increase security threats on the container-based virtualisation. The attacker could gain access to all system in the container-based virtualisation because share the kernel OS. The container is a good idea to isolate the applications. However, container-based virtualisation does not provide isolation for users within containers. Therefore, each user can gain all container resources if the user gains access to the container. Cloud computing is revolutionizing many ecosystems through offering companies computing resources that are easy to use, connect, configure, and are automatic and chosen to a suitable scale. In this project, a prototype that could represent a real world data centre is implemented by using container-based virtualisation. TAIC allows each user in the system can perform particular actions within the container. Each user should have permission to do specific tasks within the containers. Only authorised users can access the resources within the containers that lead to making the user data availability. Set of rules using in this architecture that responsible for protecting user data and making it privacy. User data could not be changed by other users that make the user data integrity. Secure containers lead to build a secure environment that could be used in cloud computing and build trust relationships between cloud service provider and users. This architecture modification raises a wide range of security and privacy issues that need to be put into consideration. Isolation in container-based virtualisation is a critical issue. Therefore, the thesis will also present a novel Trust Architecture for Isolation in Containers (TAIC) system to protect the…
abstract: Container-based virtualisation has weak isolation compare with traditional VMs. Container-based virtualisation is based on kernel OS. Share kernel OS could increase the possibility of attacks. Therefore, the container-based virtualisation provides weak isolation. The lack of isolation from the host could be increase security threats on the container-based virtualisation. The attacker could gain access to all system in the container-based virtualisation because share the kernel OS. The container is a good idea to isolate the applications. However, container-based virtualisation does not provide isolation for users within containers. Therefore, each user can gain all container resources if the user gains access to the container. Cloud computing is revolutionizing many ecosystems through offering companies computing resources that are easy to use, connect, configure, and are automatic and chosen to a suitable scale. In this project, a prototype that could represent a real world data centre is implemented by using container-based virtualisation. TAIC allows each user in the system can perform particular actions within the container. Each user should have permission to do specific tasks within the containers. Only authorised users can access the resources within the containers that lead to making the user data availability. Set of rules using in this architecture that responsible for protecting user data and making it privacy. User data could not be changed by other users that make the user data integrity. Secure containers lead to build a secure environment that could be used in cloud computing and build trust relationships between cloud service provider and users. This architecture modification raises a wide range of security and privacy issues that need to be put into consideration. Isolation in container-based virtualisation is a critical issue. Therefore, the thesis will also present a novel Trust Architecture for Isolation in Containers (TAIC) system to protect the…
author: Alobaidan, I
keywords: QA75 Electronic computers. Computer science
date published: 2019-12
date modified: 2026-07-24T06:30:31Z
provider: Liverpool Jon Moores University
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Liverpool John Moores University

PropertyValue
property ID: DOI
value: 10.24377/LJMU.t.00011892