Stateless Security Risk Assessment for Dynamic Networks

Jin Bum Hong, Simon Enoch Yusuf, Dong Seong Kim, Khaled M.D. Khan

Research output: Contribution to conferenceAbstract

1 Citation (Scopus)

Abstract

Emerging networking technologies, such as cloud and Software Defined Networking, provide flexibility, elasticity and functionalities to change the network configurations over time. However, changes also impose unpredictable security postures at different times, creating difficulties to the security assessment of the network. To address this issue, we propose a stateless security risk assessment, which combines the security posture of network states at different times to provide an overall security overview. This paper describes the methodologies of the stateless security risk assessment. Our approach is applicable to any emerging networking technologies with dynamic changes.
Original languageEnglish
DOIs
Publication statusPublished - 2018

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Risk assessment
Elasticity
Software defined networking

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Hong, Jin Bum ; Yusuf, Simon Enoch ; Kim, Dong Seong ; Khan, Khaled M.D. / Stateless Security Risk Assessment for Dynamic Networks.
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abstract = "Emerging networking technologies, such as cloud and Software Defined Networking, provide flexibility, elasticity and functionalities to change the network configurations over time. However, changes also impose unpredictable security postures at different times, creating difficulties to the security assessment of the network. To address this issue, we propose a stateless security risk assessment, which combines the security posture of network states at different times to provide an overall security overview. This paper describes the methodologies of the stateless security risk assessment. Our approach is applicable to any emerging networking technologies with dynamic changes.",
author = "Hong, {Jin Bum} and Yusuf, {Simon Enoch} and Kim, {Dong Seong} and Khan, {Khaled M.D.}",
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Stateless Security Risk Assessment for Dynamic Networks. / Hong, Jin Bum; Yusuf, Simon Enoch; Kim, Dong Seong; Khan, Khaled M.D.

2018.

Research output: Contribution to conferenceAbstract

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AU - Khan, Khaled M.D.

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AB - Emerging networking technologies, such as cloud and Software Defined Networking, provide flexibility, elasticity and functionalities to change the network configurations over time. However, changes also impose unpredictable security postures at different times, creating difficulties to the security assessment of the network. To address this issue, we propose a stateless security risk assessment, which combines the security posture of network states at different times to provide an overall security overview. This paper describes the methodologies of the stateless security risk assessment. Our approach is applicable to any emerging networking technologies with dynamic changes.

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