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Data encryption and crypto-flexibility in collaboration

<!--HTML-->As electronic collaboration patterns evolve, we must think of adequate new calculus in document protection that neither draws new security gaps nor limits the casual editing and collaboration tools in the name of data protection. Most of the existing document encryption schemes do...

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Autor principal: Korotaev, Mikhail
Lenguaje:eng
Publicado: 2021
Materias:
Acceso en línea:http://cds.cern.ch/record/2750554
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author Korotaev, Mikhail
author_facet Korotaev, Mikhail
author_sort Korotaev, Mikhail
collection CERN
description <!--HTML-->As electronic collaboration patterns evolve, we must think of adequate new calculus in document protection that neither draws new security gaps nor limits the casual editing and collaboration tools in the name of data protection. Most of the existing document encryption schemes do not provide all deliverables important in keeping the process agile yet backed up on the security side. Electronic documents can be protected by the standard secure AES encryption, but sharing of the data necessary for decryption via insecure channels or preliminary decryption in plain sight in a public cloud seems to make the efforts futile. With a brand new Private Rooms technology, ONLYOFFICE attempts at creating a safe space for documents where every bit of information is encrypted end-to-end, securely shared at any scale with no complication in user experience, and is ultimately collaboration-ready. The talk will cover the following topics: · Evolution of the document encryption approach in ONLYOFFICE, · Chosen principles and methods of document encryption in the present scheme, · Mechanics of file sharing and collaboration, · Allocation of Private Rooms within the user environment, · Application of the technology in existing integration scenarios, · Future steps.
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institution Organización Europea para la Investigación Nuclear
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spelling cern-27505542022-11-02T22:25:55Zhttp://cds.cern.ch/record/2750554engKorotaev, MikhailData encryption and crypto-flexibility in collaborationCS3 2021- Cloud Storage Synchronization and SharingHEP Computing<!--HTML-->As electronic collaboration patterns evolve, we must think of adequate new calculus in document protection that neither draws new security gaps nor limits the casual editing and collaboration tools in the name of data protection. Most of the existing document encryption schemes do not provide all deliverables important in keeping the process agile yet backed up on the security side. Electronic documents can be protected by the standard secure AES encryption, but sharing of the data necessary for decryption via insecure channels or preliminary decryption in plain sight in a public cloud seems to make the efforts futile. With a brand new Private Rooms technology, ONLYOFFICE attempts at creating a safe space for documents where every bit of information is encrypted end-to-end, securely shared at any scale with no complication in user experience, and is ultimately collaboration-ready. The talk will cover the following topics: · Evolution of the document encryption approach in ONLYOFFICE, · Chosen principles and methods of document encryption in the present scheme, · Mechanics of file sharing and collaboration, · Allocation of Private Rooms within the user environment, · Application of the technology in existing integration scenarios, · Future steps.oai:cds.cern.ch:27505542021
spellingShingle HEP Computing
Korotaev, Mikhail
Data encryption and crypto-flexibility in collaboration
title Data encryption and crypto-flexibility in collaboration
title_full Data encryption and crypto-flexibility in collaboration
title_fullStr Data encryption and crypto-flexibility in collaboration
title_full_unstemmed Data encryption and crypto-flexibility in collaboration
title_short Data encryption and crypto-flexibility in collaboration
title_sort data encryption and crypto-flexibility in collaboration
topic HEP Computing
url http://cds.cern.ch/record/2750554
work_keys_str_mv AT korotaevmikhail dataencryptionandcryptoflexibilityincollaboration
AT korotaevmikhail cs32021cloudstoragesynchronizationandsharing