Lightweight Cryptography for IoT: A State-of-the-Art

Thakor, Vishal A.; Razzaque, M. A.; Khandaker, Muhammad R. A.

doi:10.48550/arxiv.2006.13813

Cited by 2 publications

(2 citation statements)

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“…Mazkur sohada ko'plab tanlovlar (NIST LWC, CAESAR, eSTREAM) o'tkazilgan hamda qator xalqaro (ISO/IEC 29192) va davlat standartlari qabul qilingan [5]. Biroq, mazkur soha va ishlab chiqilgan algoritmlar nisbatan yangi bo'lgani bois, ularni kriptografik va samaradorlik nuqtai nazaridan baholash yetarli darajada amalga oshirilmagan, ayniqsa ularda foydalanilgan chiziqsiz akslantirishlarni.…”

Section: Hozirdaunclassified

Yengil vaznli kriptografik algoritmlarda foydalanilgan chiziqsiz akslantirishlash tahlili

Xudoykulov,

Rahmatullayev

2024

Международный журнал теоретических и прикладных вопросов цифров

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Ushbu maqolada NIST LWC tanlovining final bosqichida ishtirok etgan 10 ta algoritmlarda foydalanilgan chiziqsiz akslantirishlar orasidan S jadval shaklida ifodalanganlarini umumiy kriptografik talablarga javob berishi tahlil qilingan. Tahlil natijalari yengil vaznli kriptografik algoritmlarda foydalanilgan S jadvallar umumiy kriptografik talablarga to‘liq javob bera olmasligini ko‘rsatdi. Bu holat akslantirishlarni kod uzunligini kamaytirish, apparat amalga oshirilishida kamsonli mantiqiy elementlarni talab etishi bilan asoslanadi. Bundan tashqari, chiziqsiz akslantirishning NFSR, Keccak va ARX ko‘rinishlaridan ham foydalanilgan bo‘lib, ular S jadvallar kabi yuqori chiziqsizlikni ta’minlay olmasada, amalga oshirishga qulay hisoblanadi.

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Section: Hozirdaunclassified

Yengil vaznli kriptografik algoritmlarda foydalanilgan chiziqsiz akslantirishlash tahlili

Xudoykulov,

Rahmatullayev

2024

Международный журнал теоретических и прикладных вопросов цифров

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“…The challenges of providing security in IoT networks include that it is relatively new and has not been much testing of security concepts as a top priority during the product design phase, to that IoT lab is an emerging market. Other steps to build security, which sometimes requires building the system from scratch [4]. A common example is the use of encrypted passwords or thousands that can lead to personal violations if they are not dealt with properly.…”

Section: Introductionmentioning

confidence: 99%

A hybrid lightweight security approach in internet of things for healthcare application

2022

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The internet of things (IoT) is a rapidly developing area that consists of a globally linked network architecture based on the Internet. The internet of healthcare things (IoHT) is a subset of IoT that comprises of smart healthcare devices that are critical in monitoring, processing, storing, and transferring sensitive data. It is confronted with new issues in terms of data privacy protection. To safeguard healthcare information, this work proposes hybrid lightweight ciphers (PRESENT and TEA) that leverage elliptic curve cryptography (ECC) in the key generation phase. The proposed system evaluated using the main network evaluation parameters as throughput in Kbps, delay in ms, packet loss rate (%). The proposed approach provides secure data transmission of IoT devices based on the used lightweight security algorithms, in addition it provides conserving network performance, improving channel resource usage, network latency is increased due to the security level added by PRESENT and TEA with ECC, and decrease number of loss packets compared without security case study.

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Lightweight Cryptography for IoT: A State-of-the-Art

Cited by 2 publications

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Yengil vaznli kriptografik algoritmlarda foydalanilgan chiziqsiz akslantirishlash tahlili

Yengil vaznli kriptografik algoritmlarda foydalanilgan chiziqsiz akslantirishlash tahlili

A hybrid lightweight security approach in internet of things for healthcare application

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