Domain Specific High-Level Synthesis for Cryptographic Workloads

Khalid, Ayesha; Paul, Goutam; Chattopadhyay, Anupam

doi:10.1007/978-981-10-1070-5

Cited by 3 publications

(2 citation statements)

References 87 publications

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“…Pada asimetris, kunci kriptografi saat proses enkripsi dan dekripsi menggunakan kunci yang berbeda yaitu pada umumnya dalam proses dekripsi menggunakan Private Key dan proses enkripsi menggunakan Public Key. Algoritma NGG dan GGHN merupakan teknik kriptografi simetris yaitu menggunakan kunci yang sama dalam proses enkripsi dan dekripsi [1]. Pada dasarnya kriptografi bertujuan untuk menyediakan privasi dalam komunikasi dua entitas serta menyediakan otentikasi antara satu entitas dengan yang lainnya [2].…”

Section: Pendahuluanunclassified

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Analisis Perbandingan Algoritma NGG dan GGHN pada Frekuensi Hasil Enkripsi

Siregar

Rizka

Siregar³

2022

bits

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Data and information in the development of digital technology have an important role. Every activity or activity that uses digital technology is related to data and information, so information security and data confidentiality are very important. To maintain information security and data confidentiality, protection with cryptographic techniques is needed. Cryptographic techniques are related to encryption, which is where the process of scrambling data is carried out and hiding data with a key system, while decryption is the process of changing the condition of the data to its original form so that it is easy to understand. There are obstacles and problems ini digital communication, so cryptographic techniques are needed that have higher level of security and can be applied in digital communications. To determine the level of security in cryptographic techniques required frequency anlysis. Frequency analysis on the NGG and GGHN algorithms is carried out to determine the level of information security based on the results of data encryption. BAse on the testing process on the NGG and GGHN algorithms, it will be known that the frequency of characters in the text varies. The more characters used in the key will affect the level of information security. The NGG algorithm has a higher level of security than the GGHN algorithm with a precentage difference of 0.000299967%. If the frequency of occurrence of characters in the message text that has been encrypted is more frequent or higher, then the level of information security in the message is lower and the password is easier to crack.

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Section: Pendahuluanunclassified

“…Pada NGG KSA, larik S diinisialisasi ke larik acak yang ditentukan sebelumnya a. Selanjutnya, S [i] dan S[j] diganti dan jumlah dari kedua elemen ini ( mod M=2m) ditetapkan ke S [i] [1] Initialization:…”

Section: Algoritma Ngg Dan Gghnunclassified

Analisis Perbandingan Algoritma NGG dan GGHN pada Frekuensi Hasil Enkripsi

Siregar

Rizka

Siregar³

2022

bits

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Securing the IoT ecosystem: ASIC-based hardware realization of Ascon lightweight cipher

Khan,

Inayat,

Muslim

et al. 2024

Int. J. Inf. Secur.

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The Internet of Things (IoT) nodes consist of sensors that collect environmental data and then perform data exchange with surrounding nodes and gateways. Cybersecurity attacks pose a threat to the data security that is being transmitted in any IoT network. Cryptographic primitives are widely adopted to address these threats; however, the substantial computation demands limit their applicability in the IoT ecosystem. In addition, each IoT node varies with respect to the area and throughput (TP) requirements, thus demanding flexible implementation for encryption/decryption processes. To solve these issues, this work implements the NIST lightweight cryptography standard, Ascon, on a SAED 32 nm process design kit (PDK) library by employing loop folded, loop unrolled and fully unrolled architectures. The fully unrolled architecture can achieve the highest TP but at the cost of higher area utilisation. Unrolling by a lower factor results in lower area implementations, enabling the exploration of design space to tackle the trade-off between area and TP performance of the design. The implementation results show that, for loop folded architecture, Ascon-128 and Ascon-128a require 36.7k $$\upmu \textrm{m}^{2}$$ μ m 2 and 38.5k $$\upmu \textrm{m}^{2}$$ μ m 2 chip area, respectively compared to 277.1k $$\upmu \textrm{m}^{2}$$ μ m 2 and 306.6k $$\upmu \textrm{m}^{2}$$ μ m 2 required by their fully unrolled implementations. The proposed implementation strategies can adjust the number of rounds to accommodate the varied requirements of IoT ecosystems. An implementation with an open-source 45 nm PDK library is also undertaken for enhanced generalization and reproducibility of the results.

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Security-driven Cross-Layer Model & Description of a HW/SW Framework for AP MPSoC-based Computing Device

Silitonga

Becker

2020

2020 IEEE International Systems Conference (SysCon)

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Domain Specific High-Level Synthesis for Cryptographic Workloads

Cited by 3 publications

References 87 publications

Analisis Perbandingan Algoritma NGG dan GGHN pada Frekuensi Hasil Enkripsi

Analisis Perbandingan Algoritma NGG dan GGHN pada Frekuensi Hasil Enkripsi

Securing the IoT ecosystem: ASIC-based hardware realization of Ascon lightweight cipher

Security-driven Cross-Layer Model & Description of a HW/SW Framework for AP MPSoC-based Computing Device

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