Strengthening the Weakest Link

　　“物聯網”構成了物聯網需要高效的安全技術，可以防止篡改，使設備進行身份驗證，從而防止未經授權的訪問網絡。

　　在物聯網（物聯網）的應用程序是容易受到黑客攻擊在多個地點，如端點和網絡集中器，網絡接口，移動應用程序和云服務。黑客的意圖是一樣的物聯網本身的多樣性，并可能范圍從報告的能源使用情況下的公用事業提供商，竊取數據，如密碼或財務信息，或更嚴重的行為，如工業破壞或國際恐怖主義。

　　正如活動，如在線商務需要改進的安全性，為用戶提供保證，他們的財務數據受到保護，物聯網世界也來了解非常真實的安全風險，目前。

　　The IoT Security Learning Curve

　　Connecting small computerized devices such as smart appliances， smart energy meters or industrial SCADA systems to a network has highlighted many advantages compared with traditional scenarios in which equipment has not been interconnected or has been deployed in closed networks using proprietary or specialized communication protocols. Widespread connectivity using industry-standard protocols such as IP， often over Ethernet or over wireless links like Bluetooth? or ZigBee?， allows easier control and reporting as well as new features such as remote monitoring and control via a mobile device.

　　On the other hand， extending connectivity presents opportunities for hackers to gain unauthorized access. IoT devices such as mobiles， wearables， and smart devices installed in customer premises or publicly accessible areas are vulnerable to physical tampering in addition to unauthorized access via a network connection.