Hardware lightweight design of PRESENT block cipher

Autor: K. Jamal, G. Sravya, Manchalla. O.V.P. Kumar, G. Merlin Sheeba, Kiran Mannem
Rok vydání: 2020
Předmět:
Zdroj: Materials Today: Proceedings. 33:4880-4886
ISSN: 2214-7853
Popis: In present days the demand for security is increased, so that people gained interest to study on lightweight symmetric ciphers in computing fields like IoT. There are many different security primitives. By that it becomes very difficult to choose the particular primitive for particular application. There are different algorithms for different security primitives. Nowadays embedded device plays major role in the society, which has the ability to transfer data by converting into simple ubiquitous computing devices. They include some category such ass retile, IT, Health, Bio Science, Industrial and networking. As increase in the technology IoT faces many challenges, like handling huge amounts of data, processing power deal with energy consumption, address security threats. In This paper presents a novel design for the lightweight block cipher PRESENT. Which is an implement from AES cipher, which is also a one of the block ciphers. AES is best for almost all applications, and all are mostly preferred block cipher. Now for updated world AES is not applicable for the some of the networks which are like RFID, sensors and some other networks. So that to avoid these network problems PRESENT is the ultra-light weight block cipher which has the equal importance to both security and hardware planning. By this updated advance design will permits to examine the size, occupied space, speed etc. Hence in this we implemented in a compact size.
Databáze: OpenAIRE
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