# Review of Monitoring and Control Systems Based on Internet of Things
## 2 Related Works  
The area of monitoring and control systems based on the IoT is the subject of intensive research, reflected in numerous scientific publications. The literature contains descriptions of various monitoring and control systems based on the IoT. [PERSON] et al. in [23] review IoT-based environmental monitoring systems whose main goal is to provide environmental data from remote locations via the Internet. The presented system uses low-power wireless Internet-connected sensors that transmit their measurements to a central server, enabling remote visualization and data analysis from any Internet-connected device. The developed solution is a comprehensive system covering the physical level (sensors and communication protocol) and data management and storage at the cybernetic level, improving the integration and interoperability of systems and increasing supervision efficiency. [PERSON] et al. in [24] systematically assesses the recent literature on smart homes and reviews research and development in this field. It presents a detailed picture of the development and features of today's smart home systems, offering deep insight into the latest hardware and trends. The article also discusses important services and their advantages, current and future research trends, and the difficulties and obstacles associated with their implementation. [PERSON] et al. in [25] discuss using IoT technologies in various industries, particularly healthcare, where the IoT transforms traditional systems into intelligent healthcare systems. It presents an overview of IoT-based services, software and techniques developed in the health sector, highlighting the benefits of their implementation. The paper's findings are intended to serve as a source of information and reference for medical professionals, researchers, and those interested in smart healthcare. [PERSON] et al. in [26] discuss the importance of the IoT (as a key technology for monitoring systems, resulting from the rapid development of sensor technologies and the convergence of information technologies. It presents a framework for structural health monitoring (SHM) using IoT technologies, considering the technologies used in implementing SHM systems and data routing strategies in the IoT environment. The article also describes big data solutions necessary to manage large and complex data generated by sensors installed on structures. [PERSON] et al. in [27] discuss the importance of energy management in the context of the growing energy demand for IoT applications and the promotion of green industry. They present a framework for connecting reservations and increasing energy efficiency in IoT-based smart industries, covering solutions for energy generation and low-power device management. The paper also examines case studies, including energy planning in smart factories and wireless energy transfer, while discussing unresolved issues related to IoT-based energy management systems. [PERSON] et al. in [28] discuss the growing demand for energy production due to the expansion of population and energy consumers in large cities, highlighting the importance of energy monitoring systems as an effective solution to optimize the growing energy demand and consumption. They review and classify existing energy monitoring approaches and enabling technologies, such as sensors and portable devices, highlighting practical aspects and performance issues. It analyzes key design factors, customization parameters, and real-world use cases while presenting observed patterns and statistics in the field. [PERSON] et al. in [29] discuss the importance of monitoring water quality in the transition to smart agriculture and the automation of monitoring key components of everyday needs such as water. Reviews the literature on water quality monitoring models, highlighting the need for accurate and complete datasets and precise modeling using sensors to collect water properties during experiments.