Utvärdering av lösningar för hårddiskkryptering

Information stored on unprotected computers that gets lost or stolen, and falls intothe wrong hands, can easily be accessed by moving the hard disk to a controlledcomputer, or by booting the computer from a removable medium, in order to getaround the operating system login. This is something that la...

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Main Author: Jonasson, Tobias
Format: Others
Language:Swedish
Published: Uppsala universitet, Institutionen för informationsteknologi 2009
Online Access:http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-108046
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spelling ndltd-UPSALLA1-oai-DiVA.org-uu-1080462013-01-08T13:48:28ZUtvärdering av lösningar för hårddiskkrypteringsweJonasson, TobiasUppsala universitet, Institutionen för informationsteknologi2009Information stored on unprotected computers that gets lost or stolen, and falls intothe wrong hands, can easily be accessed by moving the hard disk to a controlledcomputer, or by booting the computer from a removable medium, in order to getaround the operating system login. This is something that largely affects companieswhere customer information, trade secrets and other sensitive information can becompromised. A classic solution to the problem is encryption of individual files, but ithas some drawbacks as it puts a great responsibility on the users and unencryptedinformation can be left by mistake. A better solution to the problem is transparentencryption of the entire hard disk, i.e. that encryption and decryption of informationis performed automatically and without the user being affected. In this way allinformation is always protected when stored on the hard disk. The aim of this thesis was to evaluate five solutions for hard disk encryption in acorporate environment. These were Utimaco SafeGuard Enterprise, CheckpointSmartCenter for Pointsec – MI, McAfee SafeBoot Enterprise, BeCrypt Enterprise andMicrosoft Bitlocker. Their strengths and weaknesses were mapped and comparedbased on the following parameters: deployment, administration, scalability, security,performance and resource requirements. The result of the evaluation shows that SafeGuard and Pointsec have generally thebest conditions for supporting large enterprise environments. SafeGuard stands out ina positive way with a good solution for administration which makes it easy toconfigure clients. Performance testing of the solutions showed that hard diskencryption in most cases affects the performance very little after deployment.Bitlocker, however, was an exception and showed noticeable loss of performanceduring the benchmark test. SafeGuard affected the clients most regarding time forcold boot. The solution that affected performence least in general was BeCrypt. Student thesisinfo:eu-repo/semantics/bachelorThesistexthttp://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-108046UPTEC IT, 1401-5749 ; 09 010application/pdfinfo:eu-repo/semantics/openAccess
collection NDLTD
language Swedish
format Others
sources NDLTD
description Information stored on unprotected computers that gets lost or stolen, and falls intothe wrong hands, can easily be accessed by moving the hard disk to a controlledcomputer, or by booting the computer from a removable medium, in order to getaround the operating system login. This is something that largely affects companieswhere customer information, trade secrets and other sensitive information can becompromised. A classic solution to the problem is encryption of individual files, but ithas some drawbacks as it puts a great responsibility on the users and unencryptedinformation can be left by mistake. A better solution to the problem is transparentencryption of the entire hard disk, i.e. that encryption and decryption of informationis performed automatically and without the user being affected. In this way allinformation is always protected when stored on the hard disk. The aim of this thesis was to evaluate five solutions for hard disk encryption in acorporate environment. These were Utimaco SafeGuard Enterprise, CheckpointSmartCenter for Pointsec – MI, McAfee SafeBoot Enterprise, BeCrypt Enterprise andMicrosoft Bitlocker. Their strengths and weaknesses were mapped and comparedbased on the following parameters: deployment, administration, scalability, security,performance and resource requirements. The result of the evaluation shows that SafeGuard and Pointsec have generally thebest conditions for supporting large enterprise environments. SafeGuard stands out ina positive way with a good solution for administration which makes it easy toconfigure clients. Performance testing of the solutions showed that hard diskencryption in most cases affects the performance very little after deployment.Bitlocker, however, was an exception and showed noticeable loss of performanceduring the benchmark test. SafeGuard affected the clients most regarding time forcold boot. The solution that affected performence least in general was BeCrypt.
author Jonasson, Tobias
spellingShingle Jonasson, Tobias
Utvärdering av lösningar för hårddiskkryptering
author_facet Jonasson, Tobias
author_sort Jonasson, Tobias
title Utvärdering av lösningar för hårddiskkryptering
title_short Utvärdering av lösningar för hårddiskkryptering
title_full Utvärdering av lösningar för hårddiskkryptering
title_fullStr Utvärdering av lösningar för hårddiskkryptering
title_full_unstemmed Utvärdering av lösningar för hårddiskkryptering
title_sort utvärdering av lösningar för hårddiskkryptering
publisher Uppsala universitet, Institutionen för informationsteknologi
publishDate 2009
url http://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-108046
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