A Password-Authenticated Key Agreement Scheme Based on ECC Using Smart Cards

Khalique, Aqeel; Singh, Kuldip; Sood, Sandeep K.

doi:10.5120/647-903

Cited by 4 publications

(3 citation statements)

References 13 publications

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“…Juang et al [35], Debasish Jena et al [36], Aqeel Khalique et al [37] and our schemes are based on ECC. Table1 illustrates the computational cost for each phase.…”

Section: Cost Analysismentioning

confidence: 99%

Password based remote authentication scheme using ECC for smart card

Muniyandi¹,

Rajaram²,

Indrani

2011

Proceedings of the 2011 International Conference on Communication, Computing &Amp; Security - ICCCS '11

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Remote user authentication is a continual problem, particularly with mobile and handheld devices such as Personal Digital Assistants (PDAs), Smartcard, Laptops. Providing user authentication for safe access of precious, private information, or personalized services, for every system is difficult User authentication is the primary line of defence for a handheld device that falls into the hands of an unauthorized individual. Password or Personal Identification Number (PIN) based authentication is the leading mechanism for verifying the identity of actual device users. Remote authentication is the best solution for remote accessing in smart card environment. In this paper we propose a Password based authentication scheme using ECC for smart card environment, without maintaining the password table by the server. It provides high security at a reasonable computational cost. Furthermore it restricts most of the current attacking mechanisms. It is simple and can be adopted in any kind of lightweight devices.

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“…Juang et al [35], Debasish Jena et al [36], Aqeel Khalique et al [37] and our schemes are based on ECC. Table1 illustrates the computational cost for each phase.…”

Section: Cost Analysismentioning

confidence: 99%

Password based remote authentication scheme using ECC for smart card

Muniyandi¹,

Rajaram²,

Indrani

2011

Proceedings of the 2011 International Conference on Communication, Computing &Amp; Security - ICCCS '11

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“…Very few schemes have been developed by the researchers which are based on ECC. In 2010, a password-authenticated key agreement scheme using smart cards was proposed by Khalique et al (2010). Their scheme was based on ECC and had relatively low cost as compared to other schemes.…”

Section: Smart Cards and Elliptic Curve Cryptographymentioning

confidence: 99%

Efficient password-authenticated key agreement protocol for smart cards based on ECC

Kalra

Sood

2013

IJMIS

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Today, networks are no longer limited to servers and desktops. A lot of information transfer is done over mobile devices like smart cards, cell phones, PDAs etc. User authentication and session key agreement is an important aspect of a secure information system. In this paper, we propose an efficient password-authenticated protocol for smart cards which provides user authentication and session key agreement. This protocol is based on ECC and has the following merits: 1) The computation and communication cost is low; 2) The password can be freely chosen by the user; 3) There is no time synchronisation problem; 4) It prevents the offline dictionary attack even if the information stored in the smart card is compromised; 5) It provides for mutual authentication and session key agreement; 6) All well known attacks are prevented using our protocol; 7) The identity of the user changes dynamically for every new session.

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“…There are different encryption techniques in which some are reliable based on some factors and some on other factors. It has become difficult to decide the kind of cryptographic algorithms to be used for information security [19].…”

Section: Introductionmentioning

confidence: 99%

A Comparative Analysis of Different Encryption Algorithms: RSA, AES, DSS for Data Security

Es¹,

Du²

2021

Preprint

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With the emerging technology connected with the internet, there is one constant issue related to that is data security. The only solution with which this issue can be resolved at a limit and can be used to protect the data is various algorithms for encryption. Though different approaches were used for the same, Cryptography seems to be efficiently protecting the data while transmitting in network from sender to receiver. Firstly the data is encrypted before sending to receiver using the most secure and reliable encryption algorithm. Secondly, at the receiver end it can be decrypted using the same decryption algorithm. Only receiver will have the key with which the data can be decrypted. In this paper, AES, DSS and RSA algorithms were implemented. These algorithms are encryption algorithms which perform encoding and decoding of data, to be sent from sender to receiver, using the keys. Each have different criteria for encryption and are then compared based on different parameters viz. delay, throughput, PDR is an acronym for packet delivery ratio, PLR represents packet loss ratio and RPC denotes Received Packet Count. The results in the form of graphs are given to analyze the security provided by each algorithm.

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A Password-Authenticated Key Agreement Scheme Based on ECC Using Smart Cards

Cited by 4 publications

References 13 publications

Password based remote authentication scheme using ECC for smart card

Password based remote authentication scheme using ECC for smart card

Efficient password-authenticated key agreement protocol for smart cards based on ECC

A Comparative Analysis of Different Encryption Algorithms: RSA, AES, DSS for Data Security

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