Light weight cryptographic algorithms for medical internet of things (IoT) - a review

Rani, Dimple; Roslin, S. Emalda

doi:10.1109/get.2016.7916703

Cited by 13 publications

(8 citation statements)

References 28 publications

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“…In addition to the greater number of devices, each year the computing power of these devices also increases, and their size and price decrease. The growth in the number of messages exchanged containing the most varied types of information generates a significant concern in relation to the security and privacy of users [7]. As a result, adequate information security techniques are being studied and developed for this new scenario.…”

Section: Related Workmentioning

confidence: 99%

The Performance of Various Lightweight Block Ciphers FPGA Architectures: A Review

2022

IJSER

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Today most of our devices connected with Internet to assistance us to improve our decisions. The number of people are using wireless and Internet networks increased day by day, which this increased improved the encryption mechanisms for devices and protect user data transfer over an unsecured network. Due to the limited resources for most portable devices, the concept of ubiquitous computing presents must be working terms of security, which contains Confidentiality, Integrity, Authentication, and non-repudiation. In comparison to energy-efficient with cryptography the conventional approaches are expensive and complicated and high-power consumption. The design of lightweight cryptography has solved big number of problem for hardware implementation with the conventional cryptography. In this paper, performance and efficiency depend of architectures review for lightweight block cipher algorithm base of FPGA design and implementation.

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Section: Related Workmentioning

confidence: 99%

The Performance of Various Lightweight Block Ciphers FPGA Architectures: A Review

2022

IJSER

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“…The Estonia government has already replace their RSA key to ECC for eID due to ROCA vulnerability [19]. In order to cope with the size and power drain requirements of the embedded systems, the NIST and international organisations like ISO/IEC (International Organization for Standardization and the International Electrotechnical Commission) outlines different Lightweight cryptography specifically designed for such systems [20]. In general, the three pillars for the lightweight cryptography are [13]:…”

Section: Literature Reviewmentioning

confidence: 99%

Lightweight Cryptographic Algorithms on Resource-Constrained Devices

Meng¹,

Buchanan²

2020

Preprint

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As the embedded device and internet of things (IoTs) concept prevalent in today's world, there is an increasing demand for the security and performance requirements on deploying these devices to private and public sectors. The crucial part of it is to protect privacy, confidentiality and integrity, meanwhile, maintain an adequate level of performance during transmission, storage and access of critical information. While the conventional cryptography methods, such as the Advanced Encryption Standard (AES), SHA$-$2 hashing method and RSA and Diffie Hellman for message authentication and identification, work well on systems which have reasonable processing power and memory capabilities. These do not scale well into a world with embedded systems and sensor networks, in conjunction with their nature of smaller size and lower cost. Thus, in the context of resource constrained device, lightweight cryptography methods are proposed to overcome many of the problems of conventional cryptography possessed. This includes constraints related to physical size, processing requirement, memory limitation, energy drain and production cost. This paper provides a survey of the architectures that are defined as replacements for conventional ciphers within an IoTs space and discuss some trends in the design of future lightweight algorithms. The performance metrics are carefully chosen to reflect and assess the suitability for embedded devices. The aim of this research is to identify the various performance metrics applied on different types of symmetric block ciphers especially lightweight ciphers and compare the results on versatile platforms with stream ciphers and public key methods. The comparative analysis on efficient LW cipher will be tested against other similar block ciphers on both MacBook Pro with Intel core and resource constrained device Raspberry Pi with ARM processor.

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“…SIMON, SPECK, PRINCE, HIGHT, ECC, HUMMING BIRD are few of the examples. The detailed comparison of these algorithms is given in [5], [9]. The classification of algorithms can be done based on their key size, Block Size, Rounds and type (Symmetric or Asymmetric).…”

Section: Lightweight Cryptographymentioning

confidence: 99%

“…The classification of algorithms can be done based on their key size, Block Size, Rounds and type (Symmetric or Asymmetric). The selection of algorithm depends on parameters like Speed, Efficiency, Throughput, Memory requirement, Time Required to execute [5], [7], [9]. [3] Salim ELBOUANANI Ahmed EL KIRAM Omar OCH-BAROU had described Basic IoT device model, IoT categories and Sub-Categories, IoT Statistics in their paper.…”

Section: Lightweight Cryptographymentioning

confidence: 99%

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Trust Based Security Model for IoT and Fog based Applications.

J¹,

Prasad²

2018

IJET

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Wireless sensor networks (WSN's) are becoming increasingly popular in the current Era. WSN and Smart Devices are key enablers for the Internet of things (IoT) and Fog Computing based applications and it brings IoT applications with enhanced capabilities for sensing and actuation. IOT is a very growing area and having wide scope for research. Integration of WSNs into IoT is today's need. Adoptions to cloud computing, increasing use of automation of tools, Integration of internet into most activities of human had reached to the stage where Internet of Things based applications are becoming more popular today. Many new applications are now being developed in the field of IoT. The broad areas of application are Home automation, Smart cities, Retail, Agriculture, Manufacturing, Healthcare, Habitat Monitoring, Security and Surveillance etc. With this wide scope the applications are prone to many security threats. Providing Security for IoT and Fog computing-based applications is a Research Challenge. This paper tries to discuss with the common security attacks, Reasons, their counter measures and research directions. We are also proposing a Trust based Security model for implementing application layer level security in IoT and fog.

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Light weight cryptographic algorithms for medical internet of things (IoT) - a review

Cited by 13 publications

References 28 publications

The Performance of Various Lightweight Block Ciphers FPGA Architectures: A Review

The Performance of Various Lightweight Block Ciphers FPGA Architectures: A Review

Lightweight Cryptographic Algorithms on Resource-Constrained Devices

Trust Based Security Model for IoT and Fog based Applications.

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