In recent times, Internet connected technologies and applications have seen tremendous growth as everyone is inclined to enjoy the benefits offered by them. An upcoming technology called Internet of Things (IoT) has increased the capacity of internet to take in numerous computing devices. With respect to the prevailing IP-based Security Protocol (SecP) suites, which rely on the conventions of Network Topology (NT) and device and network (n/w) abilities to decide on the designs of the employed Security Mechanisms (SecM). In this work, we address by putting forth a unified IoT framework model dependent on the Mobile Security IP IoT Architecture (MSIP-IoT-A) which exclusively concentrates on supporting Sec for the IoT. The model suggested by us, brings together local IoT systems with the global Internet with no loss in its usage, ability of cross operation and protecting the Sec. An Internet of Things (IOT) – Name Determination Check (NDC) is proposed as the main part of the middleware layer by us in this article and we also generate a We propose an IoT-NDC as a core component of the, and develop a not so heavy but light keying protocol capable of establishing a trust amid an IoT device and the IoT-NDC. Moreover, we attempt of identify and fix this issue by suggesting a peer-to-peer SecP for fulfilling a range of environment. We have applied safe communication (comm.) upon an open sourced platform for the IoT. Ultimately, with assessment and studies with the help of models and data from the SecPlogic, we conclude that the suggested methodology is effective to fulfill the mentioned objective and can be used for the platform.

近年来，随着每个人都希望享受它们提供的好处，与Internet连接的技术和应用程序已经获得了巨大的发展。一项即将到来的称为物联网（IoT）的技术提高了Internet接收大量计算设备的能力。关于流行的基于IP的安全协议（Sec P）套件，该套件依赖于网络拓扑（NT）的约定以及设备和网络（n / w）的能力来决定所采用的安全机制（Sec PM）。在这项工作中，我们将提出一个基于移动安全IP IoT架构（MSIP-IoT-A）的统一IoT框架模型，该模型专门集中于对IoT的支持。我们建议的模型将本地IoT系统与全球Internet整合在一起，而不会损失其使用，交叉操作能力和保护安全性。我们在本文中提议将物联网（IOT）–名称确定检查（NDC）作为中间件层的主要部分，并生成一个“物联网-NDC”作为其核心组件，并开发一个并不是很沉重，而是能够在IoT设备和IoT-NDC之间建立信任的轻巧的密钥协议。此外，我们尝试通过建议点对点来确定并解决此问题SecP用于实现一系列环境。我们已经在物联网的开源平台上应用了安全通信（通信）。最终，借助来自SecPlogic的模型和数据进行的评估和研究，我们得出结论，建议的方法可有效实现上述目标，并可用于该平台。