2008•Unpublished venueRequires access

Systems Theory Model for Information Security

Wm. Arthur Conklin, Glenn B. Dietrich

Open publisher page 9 citations

Abstract

Architecting security solutions for today's diverse computer systems is a challenge. The modern business environment is comprised of many different applications, e-mail, databases, e-commerce, and more. Each of these has its own threat profile and associated business risk. The complexity of the computing environment extends to the design of security solutions. Current methodologies for designing security systems include piecemeal designs and patchwork systems comprised of multiple point solutions. As the complexity of the business driven systems increase, these methods are being strained to keep up with security requirements. Systems science provides information on how complex systems interact with their environment, and this guidance can be applied to designing security architectures. Analysis and design of security systems using systems theory provides a new path to reduce the complexity.

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What this paper is about

Architecting security solutions for today's diverse computer systems is a challenge. The modern business environment is comprised of many different applications, e-mail, databases, e-commerce, and more. Each of these has its own threat profile and associated business risk. The complexity of the computing environment extends to the design of security solutions. Current methodologies for designing security systems include piecemeal designs and patchwork systems comprised of multiple point solutions. As the complexity of the business driven systems increase, these methods are being strained to keep up with security requirements. Systems science provides information on how complex systems interact with their environment, and this guidance can be applied to designing security architectures. Analysis and design of security systems using systems theory provides a new path to reduce the complexity.

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OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Architecting security solutions for today's diverse computer systems is a challenge. The modern business environment is comprised of many different applications, e-mail, databases, e-commerce, and more. Each of these has its own threat profile and associated business risk. The complexity of the computing environment extends to the design of security solutions. Current methodologies for designing security systems include piecemeal designs and patchwork systems comprised of multiple point solutions. As the complexity of the business driven systems increase, these methods are being strained to keep up with security requirements. Systems science provides information on how complex systems interact with their environment, and this guidance can be applied to designing security architectures. Analysis and design of security systems using systems theory provides a new path to reduce the complexity.

Key concepts: Computer science, Computer security model, Security information and event management, Information security, Computer security, Information system, Security engineering, Security service

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