Due to the unattended nature and deployment of wireless sensors in the hostile environment, the networks are vulnerable to carousal and stretch attack that causes Denial of Service (DoS). In addition to that, the adversary may also inject bogus data into the network through compromised nodes. This cause the Base Station (BS) to take erroneous decisions and also affects the network's lifetime. To address these issues, the Base Station Controlled Secure Routing Protocol (BSCSRP) is introduced. The proposed work aims to detect the anti-nodes from safe nodes by a trust-based mechanism that secures the network from false data injection as well as provides an efficient route that is free from carousal and stretch attack. The effectiveness of BSCSRP is evaluated by comparing its performance with the existing AF-TNS, BTEM, RSA, and ERF methods.

由于无线传感器在无人值守的环境中的无人看管的性质和部署，网络容易受到导致拒绝服务（DoS）的恶意攻击和拉伸攻击。除此之外，对手还可以通过受感染的节点将虚假数据注入网络。这会导致基站（BS）做出错误的决定，并且还会影响网络的寿命。为了解决这些问题，引入了基站控制的安全路由协议（BSCSRP）。拟议的工作旨在通过基于信任的机制从安全节点中检测反节点，该机制可确保网络免受错误数据的注入，并提供一种不受传送带和延伸攻击的有效路由。通过将BSCSRP的性能与现有的AF-TNS，BTEM，RSA和ERF方法进行比较，可以评估其有效性。