Eco Park: A Low-Cost and Sustainable Approach for Smart Parking Systems Yash M Dalal Post Graduate Student School of CSE REVA University yashdalal622@gmail.com D R Kumar Raja Associate Professor School of CSE REVA University kumarrajadr@gmail.com Ashwin Kumar UM Professor School of CSE REVA University ashwinkumar.um@reva.edu.in Abstract- The challenges and opportunities related with the management and optimisation of parking lots in urban areas are addressed in this research paper. Parking lots have grown increasingly obsolete, necessitating tremendous personnel to manage and maintain. These lots frequently lack user-friendly features, such as real-time availability information, resulting in motorist irritation and wasted time. Furthermore, the increasing size of luxury vehicles and the scarcity of parking places in metropolitan areas complicate parking management.To address these concerns, we provide a ground-breaking solution based on the Internet of Things (IoT). To deliver real-time parking availability data, reduce congestion, and improve the entire parking experience for users, our suggested system design combines sensors, gateways, a cloud-based platform, and a mobile application. Our research emphasises the importance of IoT in changing traditional parking systems into intelligent and efficient solutions. We provide a thorough explanation of the system design and its components, backed up by a comparative analysis that demonstrates the efficacy of our method in contrast to existing systems..By leveraging IoT technologies, our research contributes to the evolution of parking management solutions. Our insights will be useful to policymakers, urban planners, and parking facility operators in establishing sustainable, cost-effective, and user-centric parking solutions. Urban regions can improve their overall quality of life by implementing our results and providing efficient and easy parking experiences. Keywords- Cost-effective solutions, Eco-friendly parking technologies, EcoPark, Energy-efficient parking systems, Environmental sustainability, Green infrastructure for parking, Green parking, Intelligent parking management, IoT-based parking, Low-cost, Optimization of parking resources, Smart city initiatives, Smart parking systems, Sustainable, Sustainable urban mobility. I. INTRODUCTION The notion of the Internet of Things (IoT) originated with gadgets that have identification and communication devices. Remote computers with Internet access can track, control, and monitor the devices. IoT enhances Internet usage by facilitating communication and, as a result, inter-networking of devices and physical things, or "Things." The two key terms in IoT are "internet" and "things." The phrase "Internet" refers to a vast global network of interconnected servers, laptops, tablets, and mobile devices that use universally approved protocols and connecting systems. You may use the Internet to send, receive, and communicate information.As s Fig. 1. Parking System [1] In English, the word thing has several different meanings and applications. A 'Thing' is a term used to refer to a physical thing, an action or notion, a situation or activity, according to the dictionary definition. In general, IoT is a network of interconnected devices and physical goods, with a high number of gadgets capable of gathering data from a distance. It envisions a future in which objects (wearables, watches, alarm clocks, home gadgets, and surrounding goods) become intelligent and alive by sensing, processing, and communicating via implanted small devices that interact with remote objects or people via connectivity. Because of the scalability and reliability of cloud computing, developers may create and host programmes on it. Because it serves as a platform where all sensor data can be stored and accessed from remote places, the cloud is a perfect partner for IoT.Because it serves as a platform where all sensor data can be stored and accessed from remote places, the cloud is a perfect partner for IoT.Because of these factors, the merger of both technologies led in the invention of a new technology known as Cloud of Things (CoT). Things (nodes) in CoT may be accessed, monitored, and controlled from any distant location through the cloud. Because of the cloud's incredible scalability, any number of nodes may be added or removed from the IoT system in real time. IoT may be characterised in the following ways: Physical Item + Controller, Sensor, and Actuators + Internet = Internet of Things 2023 World Conference on Communication & Computing (WCONF) Raipur, India. July 14-16, 2023 979-8-3503-1120-4/23/$31.00 ©2023 IEEE 1 2023 World Conference on Communication & Computing (WCONF) | 979-8-3503-1120-4/23/$31.00 ©2023 IEEE | DOI: 10.1109/WCONF58270.2023.10235241 Authorized licensed use limited to: Charles Darwin University. Downloaded on September 05,2023 at 23:20:25 UTC from IEEE Xplore. Restrictions apply.