Abstract: In this paper, a novel middleware has been implemented to overcome several shortages which exist in the traditional RFID middleware, such as: PCs and servers are too enormous, which make the deployment cumbersomely; the middleware is poorly configurable due to the complexity of the system; also, the big data processing heavily the burden of servers. This middleware uses the Quartz framework and communicates with servers by combining Socket programming, and it supports the breakpoint upload and message encryption, what’s more, this will reduce the dependence on the network and ensure the data security. Compared with the common embedded RFID middleware, the middleware based on NFC mobile phone has a better interface. The experimental results show that this middleware occupies less resources, deploys conveniently and flexibly and is configurable. Besides, it can achieve a series of functions, including the data acquisition, data verification, data filtering, data storage, data compression and data interaction etc.

Key words:  , radio frequency identification； middleware； near field communication； mobile development； configurable； data interaction