新的RFID應用程序和解決方案提供了安全性和簡單性。

　　RFID技術的使用已大大增加，因為該技術已進入許多未在初始目標列表中的應用程序。除了早期的應用如產品標識和安全訪問控制的徽章，RFID技術現在進入的領域包括防偽、集裝箱清單/環境監測、移動通訊（手機）、銷售點（POS）終端、自動售貨機、智能廣告海報，和許多其他用途。

　　RFID系統的標準可從組織如國際標準化組織。［ 1 ］標準具體到RFID技術還可以對網站如RFID網絡發現。［ 2 ］最近的一個案例，電子產品代碼（EPC），是RFID解決方案的下一代產品識別。EPC是一個簡單的，緊湊的“車牌”，可以唯一地識別對象（物品，箱子，托盤，地點等），以提高能見度。EPC的定義來表達各種各樣的不同，現有的編號系統像GS1系統識別號，UID，VIN，及其他。

　　EPC is a number designed to uniquely identify every single instance of an object. For example， every jar of coffee produced will have its own unique identity. Ideally， the EPC is the only information stored on a RFID tag including an EPC Manager Number （which could be a GS1 Company Prefix）， an Object Class， and a Serial Number. It is important to understand that you must be an EPC global subscriber to register EPC Manager Numbers for use in encoding EPCs on RFID tags.

　　Of the many applications possible for RFID， anti-counterfeiting holds a great deal of promise to prevent the reputation of pricey brand-name products from being sullied. By embedding an RFID tag into the lining of a purse， a piece of clothing， in the label of an expensive bottle of wine， or on the wristband of a watch， vendors can ensure that consumers get what they pay for rather than a fake product that does not meet the brand’s quality standards. All the store selling the item has to do is scan the RFID code to collect the data and link back to the supplier’s website to provide proof of authenticity.