Future Internet Architectures

Naeem, Muhammad Ali; Nor, Shahrudin Awang; Hassan, Suhaidi

doi:10.1007/978-3-030-33582-3_49

Cited by 4 publications

(2 citation statements)

References 31 publications

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“…The works [1][2][3]6,10,28,[30][31][32] discussed that the side-channel timing attack may affect the information privacy in NDN. Depending on the scope of the attack, the adversary is mainly able to determine/identify the content name, cache (e.g., size, content popularity [33]), and the signature (e.g., certificate) through the side-channel timing attack.…”

Section: Side-channel Timing Attack On Streaming Applications Over Ndnmentioning

confidence: 99%

A Countermeasure Approach for Brute-Force Timing Attacks on Cache Privacy in Named Data Networking Architectures

Dogruluk¹,

Macedo

Costa

2022

Electronics

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One key feature of named data networks (NDN) is supporting in-network caching to increase the content distribution for today’s Internet needs. However, previously cached contents may be threatened by side-channel timing measurements/attacks. For example, one adversary can identify previously cached contents by distinguishing between uncached and cached contents from the in-network caching node, namely the edge NDN router. The attacks can be mitigated by the previously proposed methods effectively. However, these countermeasures may be against the NDN paradigm, affecting the content distribution performance. This work studied the side-channel timing attack on streaming over NDN applications and proposed a capable approach to mitigate it. Firstly, a recent side-channel timing attack, designated by brute-force, was implemented on ndnSIM using the AT&T network topology. Then, a multi-level countermeasure method, designated by detection and defense (DaD), is proposed to mitigate this attack. Simulation results showed that DaD distinguishes between legitimate and adversary nodes. During the attack, the proposed DaD multi-level approach achieved the minimum cache hit ratio (≈0.7%) compared to traditional countermeasures (≈4.1% in probabilistic and ≈3.7% in freshness) without compromising legitimate requests.

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Section: Side-channel Timing Attack On Streaming Applications Over Ndnmentioning

confidence: 99%

A Countermeasure Approach for Brute-Force Timing Attacks on Cache Privacy in Named Data Networking Architectures

Dogruluk¹,

Macedo

Costa

2022

Electronics

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“…Therefore, the NDN architecture is the most beneficial to implement the basic goals of ICN because the focus of NDN is to deliver the data without having addresses of the physical locations. Therefore, NDN-based caching architecture is beneficial to achieve the efficient performance of ICN-based environments [26]. Figure 1 illustrates the IP-based Internet architecture and trending problems, which are expected to be uncontrollable in the future.…”

Section: The Need For Ndn-based Cahing Strategiesmentioning

confidence: 99%

A Comparative Performance Analysis of Popularity-Based Caching Strategies in Named Data Networking

et al. 2020

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Data communication in the present Internet paradigm is dependent on fixed locations that disseminate similar data several times. As a result, the number of problems has been generated in which location dependency is the most crucial for communication. Therefore, Named Data Networking (NDN) is a new network architecture that revolutionized the handling gigantic amount of data generated from diverse locations. The NDN offers in-network cache which is the most beneficial feature to reduce the difficulties of location-based Internet paradigms. Moreover, it mitigates network congestion and provides a short stretch path in the data downloading procedure. The current study explores a new comparative analysis of popularity-based cache management strategies for NDN to find the optimal caching scheme to enhance the overall network performance. Therefore, the content popularity-based caching strategies are comparatively and extensively studied in an NDN-based simulation environment in terms of most significant metrics such as hit ratio, content diversity ratio, content redundancy, and stretch ratio. In this analysis, the Compound Popular Content Caching Strategy (CPCCS) has performed better in terms to enhance the overall NDN-based caching performance. Therefore, it is suggested that the CPCCS will perform better to achieve enhanced performance in emerging environments such as, Internet of Things (IoT), Fog computing, Edge computing, 5G, and Software Defined Network (SDN). INDEX TERMS Content centric networking, information-centric networking, named data networking, caching.

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Research on Environment Monitoring of Network Computer Rooms in Colleges and Universities Based on The Internet of Things Technology

Qu¹

2022

Wireless Pers Commun

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Future Internet Architectures

Cited by 4 publications

References 31 publications

A Countermeasure Approach for Brute-Force Timing Attacks on Cache Privacy in Named Data Networking Architectures

A Countermeasure Approach for Brute-Force Timing Attacks on Cache Privacy in Named Data Networking Architectures

A Comparative Performance Analysis of Popularity-Based Caching Strategies in Named Data Networking

Research on Environment Monitoring of Network Computer Rooms in Colleges and Universities Based on The Internet of Things Technology

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