Privacy enabled disjoint and dynamic address auto-configuration protocol for 6Lowpan

Mavani, Monali; Asawa, Krishna

doi:10.1016/j.adhoc.2018.06.010

Cited by 15 publications

(6 citation statements)

References 15 publications

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“…Detection and defense mechanisms 46,55,58,60,[64][65][66][67] use intelligent techniques to identify and take defensive actions against malicious nodes, but they require additional development and implementation and cannot prevent all attacks. One proposed method 49 generates unique IIDs for all nodes, thus eliminating the need for the DAD process, but this violates the standardized network procedure of checking IID uniqueness before assignment.…”

Section: Dad Solutions To Mitigate Dos Attacksmentioning

confidence: 99%

“…Detection and defense mechanisms 46,55,58,60,64–67 use intelligent techniques to identify and take defensive actions against malicious nodes, but they require additional development and implementation and cannot prevent all attacks. One proposed method 49 generates unique IIDs for all nodes, thus eliminating the need for the DAD process, but this violates the standardized network procedure of checking IID uniqueness before assignment. Enhancing the DAD procedure 20,21,26,32,48,52,63 is a promising approach for preventing attacks by malicious nodes, but care must be taken to avoid making it overly complex and adding extra burden to the network.…”

Section: Related Workmentioning

confidence: 99%

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IPv6 addressing with hidden duplicate address detection to mitigate denial of service attacks in the internet of drone

Kumar,

Pragya

2024

Concurrency and Computation

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SummaryThe fusion of drones with the Internet, termed the Internet of Drones (IoD), resembles the Internet of Things (IoT) paradigm. In IoD, drones necessitate unique identifiers similar to IPv6 addresses. This paper presents a novel approach for securing the duplicate address detection (DAD) process in the IoD environment. This paper focuses on addressing the security challenges posed by malicious drones in the DAD process. The proposed solution introduces a hidden DAD (H‐DAD) process, to mitigate attacks on the DAD process. In this scheme, drones transmit a transformed portion of their interface identifier (IID) while concealing the full IID, thus thwarting potential disruptions by malicious entities. We evaluated the effectiveness of the H‐DAD scheme through experimental analysis using Python with SimPy, comparing it with the Improved DAD, Secure DAD, and Standard DAD schemes. Our results demonstrate a notable improvement, with the Hidden DAD scheme achieving a 100% address success rate under attack. Moreover, it exhibits approximately 5% and 12% lower overhead and energy consumption, respectively, compared to the other schemes.

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Section: Dad Solutions To Mitigate Dos Attacksmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

IPv6 addressing with hidden duplicate address detection to mitigate denial of service attacks in the internet of drone

Kumar,

Pragya

2024

Concurrency and Computation

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“…Mavani et al, has done several works on secure addressing and privacy preserving methodologies for IoT and Mobile environment paradigm [20,21,22]. In IoT, billions of devices can be addressed using IPv6 addressing scheme.…”

Section: Related Workmentioning

confidence: 99%

“…They analyzed the method using Cooja simulator to show that the method does not inflict much overhead for random changing of address and reconfiguration. In [21,22], they investigated the use of secure addressing and privacy mechanisms for f IPv6 over Low -Power Wireless Personal Area Networks (6LoWPAN) and designed a method to provide resilience against address spoofing and better reconfiguration time from attack disruption. They showed the efficacy of their proposal by time complexity analysis and simulation with benchmark data, but overall this does not pose much overhead to provide resilience against address spoofing.…”

Section: Related Workmentioning

confidence: 99%

An SDN-IoT − Based Framework for Future Smart Cities

Ghosh¹,

Chatterjee²,

Shetty³

et al. 2020

Internet of Things and Secure Smart Environments

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“…The end-to-end (E2E) communication between Internet users and sensor nodes can really be realized, which promotes the application of WSNs. However a new security crisis has been introduced for IP-enabled WSNs whereby adversaries can more easily access data on sensor nodes by using global addressing [8,9,10]. Moreover, the high frangibility of the WSN itself (e.g., its resource constrained nature) makes it a easy target for many security attacks [3,11] (e.g., hacking, data theft, remote hijacking) or a tool for hackers to launch security attacks [12] (e.g., Mira, composed of IoT devices that constituted a million-level botnets, launched a crazy DDoS attack on Krebson Security).…”

Section: Introductionmentioning

confidence: 99%

eHAPAC: A Privacy-Supported Access Control Model for IP-Enabled Wireless Sensor Networks

Liu

Tang

Wang

2019

Sensors

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The implementation of IP technology in wireless sensor networks has promoted the development of many smart scenarios. To enhance secure access in IP-enabled wireless sensor networks, access control to sensor nodes is a necessary process. However, access control currently faces two challenges, feasibility and preservation of user access privacy. In this paper, we propose eHAPAC, a novel privacy-preserving access control model for IP-enabled wireless sensor networks. The contributions of our paper include three parts. First, this paper integrates the Hidra access control protocol and APAC privacy-preserving model, addressing the issue of privacy-preserving access control in resource-constrained devices. Second, this paper proposes an enhanced Hidra protocol to implement the unlinkability of protocol message exchanges. Third, to solve the problem of third party credibility, this paper improves the group signature-based APAC model and utilizes blockchain technology to manage the storage and publication of public group signature keys. Security analysis and performance evaluation prove that our protocol is secure and effective.

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Privacy enabled disjoint and dynamic address auto-configuration protocol for 6Lowpan

Cited by 15 publications

References 15 publications

IPv6 addressing with hidden duplicate address detection to mitigate denial of service attacks in the internet of drone

IPv6 addressing with hidden duplicate address detection to mitigate denial of service attacks in the internet of drone

An SDN-IoT − Based Framework for Future Smart Cities

eHAPAC: A Privacy-Supported Access Control Model for IP-Enabled Wireless Sensor Networks

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