The advantages of IoT in strengthening commercial, industrial, and social ecosystems have led to its widespread expansion. Nevertheless, because endpoint devices have limited computation, storage, and communication capabilities, the IoT infrastructure is vulnerable to several cyber threats. As a result, DDoS attacks pose a severe risk to the security of IoT. By taking advantage of these weaknesses, attackers may quickly employ IoT devices as a component of botnets to execute DDoS attacks. The most critical development is how more armies of robots are being constructed from IoT devices. We offer a Model for dealing with DDOS attacks on botnets in the Internet of Things via trust management. In this Model, an attempt has been made to consider all aspects of security concerning trust factors to design a reliable and flexible model against DDoS attacks against the Internet of Things. In the initial studies, about 40-50 security models related to the subject have been studied by using review articles

翻译：物联网在强化商业、工业和社会生态系统方面的优势已促使其广泛扩展。然而，由于终端设备具有有限的计算、存储和通信能力，物联网基础设施易受多种网络威胁。因此，DDoS攻击对物联网安全构成严重风险。攻击者通过利用这些弱点，可迅速将物联网设备用作僵尸网络的组成部分以实施DDoS攻击。最关键的发展趋势是越来越多的机器人军团正由物联网设备构建而成。我们提出一种通过信任管理应对物联网中僵尸网络DDoS攻击的模型。在该模型中，我们尝试综合考虑与信任因素相关的所有安全维度，以设计出可靠且灵活的、针对物联网DDoS攻击的防护模型。在初步研究中，我们通过综述性文献已分析了约40-50个相关安全模型。