Proposed Interoperable Reliable & Scalable Iot Architecture Implementing To Education Sector

Abstract

The Internet of Things (IoT) technology is ubiquitous, but increasingly complex and diverse. There are multiple vendors and suppliers are available, hence communication and coordination between heterogeneous devices is problematic due to lack of standardized interoperability. The systems were employed separate, proprietary protocols, not able to communicate each other smoothly. With the increased emphasis on information and communication technology in education sector there is a tremendous need for the integration of systems. Today, IoT is the biggest game-changer in the education industry. It allows cyberspace communications to happen between various objects, sensors, controllers and actuators, has revolutionized the education system entirely. An Interoperable scalable and reliable architecture based on MQTT is proposed for seamless communication on the top layer, an Application layer at the network stack. Due to heterogeneity in terms of data formats, protocol specifications and structure seamless integration is needed.   In order to check the reliability, QoS, scalability and performance, interoperability testing is performed to monitor efficiency in this dynamic real-world environment.

The graphical interface supports configuring messages and provides an integration of faculty, staff, students, and parents via messaging system using MQTT protocol which offers lots of advantages to IoT ecosystem.