In today’s contemporary digital era, the Internet of Things (IoT) is a contentious issue. IoT makes it possible for various devices and physical items to connect to the internet. The virtualization of many types of systems is being implemented in the modern world to enable performance of tasks without direct physical connection. It is simpler to manage several tasks seamlessly without being constrained by distance when high-speed internet and intelligent technologies are used. The tremendous benefits of these innovative technologies necessitate the adoption and application of appropriate techniques to address the challenges presented by these new applications in the real world. This paper presents a proposal for a hybrid (local and remote), effective, low-cost supervisory system for IoT-managed smart home automation. An algorithm is used to construct an archetype that enables remote monitoring of house conditions and automated control of home appliances over the Internet. The suggested system connects several sensors using an ATmega 2560 microcontroller unit as a Wi-Fi-based gateway, enabling the collection and real-time updating of data from the connected sensors.
