Abstract At present, the Internet of Things (IoT) impacts heavily the daily lives of an individual in many domains, which ranges from wearable devices to industrial systems. Accordingly, these wide ranging IoT applications require application specific frameworks intended to carry out the operations in IoT applications. On other hand, IoT ecosystem evolves on integrating with other environments but the presence of heterogeneous devices in IoT integrated ecosystem groups the capacities in order to match the service requirements of users and to support wide users. Hence, a solution is required to synergize cooperation among the users in IoT integrated environment with great relevance. Along this line, the present work plans to adopt the IoT-Pattern- as-a-Service (IoT-PataaS) model to support Fifth Generation (5G) network environment, since the application is a delay- sensitive one and that should be controlled using high-end IoT devices. The proposed IoT-PataaS aims at provisioning IoT applications with reduced delay that leverages collaboration between the IoT objects in public and private clouds, which is present at the edge of 5G networks. The evaluation of IoT-PataaS model in 5G cellular network is carried out in terms of Narrowband IoT. The results claims that IoT-PataaS model obtains highly significant benefits in Narrowband IoT and LTE-A networks in terms of successfully delivered services in IoT platform.

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