A Study on Low-Cost RFID System Management with Mutual Authentication Scheme in Ubiquitous

A realistic lightweight authentication protocol preserving strong anonymity for securing RFID system

“…Over the past few years, some interesting anonymous RFID authentication protocols have been proposed [5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20][21][22], where we can divide them into public key cryptosystem (PKC) and non-public key crypto system (NPKC) based schemes. Among PKC based RFID systems [5][6][7][8][9][10], most of them are based on so called elliptic curve crypto system (ECC) based algorithms.…”

State of the Art on Secure and Low Cost RFID Authentication Protocols for RFID Based Vehicle License Plate

“…As shown in figure 9, the only difference is that in this protocol there is an additional E value to add more security in database authentication compare to LMAP method [26]. Though it is efficient in that it uses some calculations for authentication, [28] confirm that it fails to provide strong integrity since it does not use hash formulas or encryption algorithms. Therefore, there is a possibility to track user location when the final session is concluded irregularly and also the IDS and key values are not refreshed.…”

“…In reality, connection between the RFID reader and the central database do not always available thus fully relying on a central database means creating a single point of failure, opening up the entire RFID system to denial of service attacks [28].…”

“…This method is more effective than the two previously mentioned systems, and can provide security within close ranges. However, it can be exposed to 3rd party tapping, message fabrication, or forgery over long ranges [28].…”

“…Authentication protocols as presented in [10,11,28], Ultra Lightweight method which was introduced by Peris-Lopez . [24,26,27].…”