2012International Convention on Information and Communication Technology, Electronics and MicroelectronicsRequires access

XML digital signature and its role in information system security

Sandro Gerić, Tomislav Vidačić

Open publisher page 7 citations

Abstract

XML signature is form of digital signature designed for use in XML transactions. The XML Digital Signature standard defines a schema that is used for storing the result of a digital signature operation applied to (in most cases) XML data. Like non-XML digital signatures, XML signatures add authentication, data integrity, and support for non-repudiation to the data that is object of XML digital signing process. However, unlike non-XML digital signature standards, XML signature has been designed to both account for and take advantage of the Internet and XML. A fundamental feature of XML Signature is the ability to sign only specific portions of the XML content rather than the complete document. This is relevant when a single XML document may have a long history in which the different components are authored at different times by different parties, each signing only those elements relevant to it. This flexibility will also be critical in situations where it is important to ensure the integrity of certain portions of an XML document, while leaving open the possibility for other portions of the document to change. Since data security - in form of data verification and authorization - represents an important part of information system security paradigm this article is addressing the questions and possibilities of XMLDigSig usage in everyday information system security procedures.

About this research paper

What this paper is about

XML signature is form of digital signature designed for use in XML transactions. The XML Digital Signature standard defines a schema that is used for storing the result of a digital signature operation applied to (in most cases) XML data. Like non-XML digital signatures, XML signatures add authentication, data integrity, and support for non-repudiation to the data that is object of XML digital signing process. However, unlike non-XML digital signature standards, XML signature has been designed to both account for and take advantage of the Internet and XML. A fundamental feature of XML Signature is the ability to sign only specific portions of the XML content rather than the complete document. This is relevant when a single XML document may have a long history in which the different components are authored at different times by different parties, each signing only those elements relevant to it. This flexibility will also be critical in situations where it is important to ensure the integrity of certain portions of an XML document, while leaving open the possibility for other portions of the document to change. Since data security - in form of data verification and authorization - represents an important part of information system security paradigm this article is addressing the questions and possibilities of XMLDigSig usage in everyday information system security procedures.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

XML signature is form of digital signature designed for use in XML transactions. The XML Digital Signature standard defines a schema that is used for storing the result of a digital signature operation applied to (in most cases) XML data. Like non-XML digital signatures, XML signatures add authentication, data integrity, and support for non-repudiation to the data that is object of XML digital signing process. However, unlike non-XML digital signature standards, XML signature has been designed to both account for and take advantage of the Internet and XML. A fundamental feature of XML Signature is the ability to sign only specific portions of the XML content rather than the complete document. This is relevant when a single XML document may have a long history in which the different components are authored at different times by different parties, each signing only those elements relevant to it. This flexibility will also be critical in situations where it is important to ensure the integrity of certain portions of an XML document, while leaving open the possibility for other portions of the document to change. Since data security - in form of data verification and authorization - represents an important part of information system security paradigm this article is addressing the questions and possibilities of XMLDigSig usage in everyday information system security procedures.

Key concepts: XML Signature, XML Encryption, XML validation, Efficient XML Interchange, Computer science, Streaming XML, XML Schema Editor, XML Schema (W3C)

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