RFID-security-authentication-protocol

A more full-featured RFID authentication protocol, the theory of this project comes from: https://cloud.tencent.com/developer/article/1035161#undefined

Quick Start

To use this project, you first need to start the backend program, which listens on local port 8000 by default and communicates with IDR.go using the TCP protocol. The port can be changed by modifying the source code:

cd ./BackEnd
go run Server.go

Enter the IDT folder and enter a random number into IDT. go ( the number of bits of the random number needs to be the same as the number of bits of the id of IDT and IDR, the default is 12 bits) to complete the operation of IDT to generate hash values:

cd ../IDT
go run IDT.go [12-bit random number]

The program generates two strings ( hash( random number|| IDT) and hash( IDT) , which are passed as arguments to IDR.go:

↓😨Note that the value of the variable R in the IDR.go file needs to be changed to the random number value

cd ../IDR
go run IDR.go [Arg1] [Arg2]

IDR.go will complete a series of operations and communicate with the backend using TCP protocol to achieve data validation and receive the IDT ⊕ IDR⊕ R sent back from the backend, passing this data to IDT.go in the form of argument to complete the final validation:

cd ../IDT
go run IDT2.go [random number mentioned above] [Arg2]

IDT2.go will output the final validation result: true or false