Memory storage administration of security encryption keys for line topology in maritime wireless sensor networks

Elgenaidi, Walid; Newe, Thomas; O’Connell, Eoin; Toal, Daniel; Dooly, Gerard; Coleman, Joseph

doi:10.1109/icsenst.2016.7796268

Cited by 5 publications

(3 citation statements)

References 4 publications

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“…Penelitian Walid Elgenaidi, Thomas Newe, Eoin O'Connell, Daniel Toal, Gerrad Dooly, Joseph Coleman pada tahun 2016 yang berjudul "Memory Storage Administration of Security Encryption Keys for Line Topology in Maritime Wireless Sensor Networks" membahas terkait pengolahan penyimpanan memori, pembuatan kunci memori, dan penguncian kembali memori menggunakan skema keamanan simetrik dengan dynamic update key, berdasarkan konfigurasi node yang bekerja sebagai pihak ketiga. Dalam perancangannya, penelitian ini menggunakan perangkat Xbee dengan algoritma AES-128, untuk memperkecil kerja kunci penyimpanan pada sensor node memory storage, dimana setiap node harus menyimpan empat kunci, meliputi kunci utama dan kunci cadangan, yang kemudian proses penguncian kembali menjadi sebuah operasi lokal dalam kasus enkripsi atau dekripsi [8]. Teknik ini menyediakan kerahasiaan data berdasarkan enkripsi data file dua kali menggunakan AES-128.…”

Section: Pendahuluanunclassified

Penerapan Keamanan WSN Berbasis Algoritma RSA 2048 dan SHA-3 pada Pemantauan Suhu

Ikhwan¹,

Christianti²

2021

TEKNOSI

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Pemantauan kondisi suatu keadaan dengan menggunakan sensor semakin dibutuhkan untuk mengamati perubahan kondisi dari waktu ke waktu. Data-data yang didapatkan sensor kemudian dikirimkan ke sistem pengumpul yang telah disiapkan melalui saluran jaringan telekomunikasi. Pengirimanan data pada perangkat-perangkat jaringan telekomunikasi yang disebar pada lokasi-lokasi tertentu yang kurang aman diberbagai keadaan memungkinkan data tersebut rentan untuk diambil dan dipalsukan. Sistem pengamanan berupa kriptografi dan hashing kemudian digunakan untuk melindungi data agar sampai dengan baik ke penerima. Pada penelitian ini diterapkan sistem keamanan dengan mengimplementasikan algoritma kriptografi asimetrik RSA 2048 bit dan algoritma hashing SHA-3 pada pengiriman paket data yang dikirim. Hal ini dilakukan agar data bisa terjaga keasliannya dan tidak bisa dibaca oleh orang yang tidak berhak jika data tersebut didapatkan. Setelah dilakukan pengujian dengan mengirimkan paket data dari pengirim ke penerima dengan beberapa variasi jarak, didapatkan bahwa ada selisih waktu saat data dikirimkan tanpa menggunakan keamanan dan saat menggunakan keamanan SHA-3 dan RSA 2048 sebesar 70,96603 ms.

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Section: Pendahuluanunclassified

Penerapan Keamanan WSN Berbasis Algoritma RSA 2048 dan SHA-3 pada Pemantauan Suhu

Ikhwan¹,

Christianti²

2021

TEKNOSI

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“…Trust management schemes are the concrete alternative tools used in addressing some of these issues. For example, Elgenaidi et al 14 proposed a scheme to combat memory consumption and key management processing issues for a maritime coastal monitoring system. In their work, a packet structure and initiated encryption techniques, where each node in the line topology sends encrypted packets through encrypted links or secured channels in order to achieve confidentiality, were proposed.…”

Section: Related Workmentioning

confidence: 99%

An efficient point‐to‐point security solution for multihop routing in wireless sensor networks

Olakanmi

Dada

2019

Security and Privacy

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Multihop enhances the performance of wireless sensor network (WSN); however, it is prone to several security and privacy issues due to its over‐reliance on intermediary nodes during transmission. Providing an effective security solution in WSNs with low computational cost is a challenging issue. Although there are several existing schemes to secure WSN, these schemes suffer from high computational cost in their authentication and signature verification processes, which reduces the overall performance of the network. In our scheme, we proposed an efficient lightweight security solution to mitigate security issues related to multihop routing in WSNs. A point‐to‐point authentication technique, additive perturbation, and symmetric encryption, using a novel key distribution and perturbs generation techniques to ensure data integrity and confidentiality during multihop routing, are engaged in our solution. As a result, our scheme is able to secure WSNs against possible known attacks and performs better than existing state‐of‐the‐art security scheme for multihop routing. The performance analysis shows that the proposed scheme requires low computational cost and secured against attacks.

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“…The Secure and Efficient Key Coordination Algorithm for Line Topology Network (SEKCA) is a symmetric security scheme for a maritime coastal environment monitoring-based WSN [15,16].…”

Section: Secure and Efficient Key Coordination Algorithm For Line Topmentioning

confidence: 99%

Implementing Secure Key Coordination Scheme for Line Topology Wireless Sensor Networks

Elgenaidi¹,

Newe²,

O’Connel³

et al. 2017

Advances in Security in Computing and Communications

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There has been a significant increase in the implementation of wireless sensor networks (WSNs) in different disciplines, including the monitoring of maritime environments, healthcare systems and industrial sectors. WSNs must regulate different sorts of data transmission such as routing protocols and secure key management protocols. An efficient WSNs' architecture must address the capability for remote sensor data management, for example encrypted transmitting data between nodes. This system demonstrates the capability to adapt its sensor members in the network in response to environmental changes or the condition of sensor nodes. The key management technique for any secure application must minimally provide security services such as authenticity, confidentiality, integrity, scalability (S), and flexibility. This chapter studies and analyzes different key management schemes that are implemented in WSN applications and evaluates the performance of secure key coordination algorithm for line topology WSNs. This scheme provides traveling packet for a source to end user via an individually encrypted link between authenticated sensor nodes. It will be shown how security algorithms are applied on a network, such as advanced encryption standard (AES)-based WSNs in real time, e.g., Waspmote sensor platform at the University of Limerick Campus.

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Memory storage administration of security encryption keys for line topology in maritime wireless sensor networks

Cited by 5 publications

References 4 publications

Penerapan Keamanan WSN Berbasis Algoritma RSA 2048 dan SHA-3 pada Pemantauan Suhu

Penerapan Keamanan WSN Berbasis Algoritma RSA 2048 dan SHA-3 pada Pemantauan Suhu

An efficient point‐to‐point security solution for multihop routing in wireless sensor networks

Implementing Secure Key Coordination Scheme for Line Topology Wireless Sensor Networks

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