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@article{165545,
        author = {Archana Gurusamy and K.Sugashini and Anika.V and Anisabarvin.A},
        title = {Hydrel-A Water And Electricity Tracker},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {11},
        number = {1},
        pages = {1147-1153},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=165545},
        abstract = {Hydrel is an innovative project developed for the crucial need of efficient management and conservation of two vital resources-Water and Electricity. In a growing era of environmental consciousness and resource depletion, effective management of water and electricity is paramount. By realizing the urgent need for the solutions to maintain the environmental sustainability by monitoring the usage and optimize its consumption. Hydrel offers a user- friendly platform equipped with advanced tracking mechanisms to monitor the usage of water and electricity in real-time. By keeping pace with the advancement in technology, integrating Cloud environment and necessary smart algorithms, Hydrel provides clear cut idea to the users regarding the wastage, detecting leaks, and optimize the consumption patterns. Through its customizable features and accessible interface, Hydrel empowers people and organizations to make pre-informed decisions, leading to significant reduction in unwanted usage and wastage of the precious life sustaining resources without which life will be difficult. The objective of Hydrel is to make every individual contribute to sustainable living practices. Hydrel is an initiative project to conserve vital resources, priorly to reduce consumption and manage its usage, cost savings, and to create a positive impact in the environment.},
        keywords = {Hydrel; Water tracker; Electricity tracker; efficient tracking; Consumption units; Electric meter; Water meter; IoT (Internet of Things); Cloud-based platforms; eco-friendly interface; innovative; life sustaining; sustainable life practices; sustainable development; conservation; vital resources; water; electricity; management; database; encrypted data; decrypted data; safe transfer route; TLS(Transport Layer Security); SSL(Software Security Layer); global level; sensors; internet connectivity; network availability; remote areas; commercial areas; urban regions; comprehensive; solution; tracker; manage use; easy-to-use; future scope; future challenges; proposed methods; existing methods; advantages; disadvantages; modules of implementation; software used; demerits; merits; less-traffic route; access data; manipulate data; data breach; data theft.},
        month = {},
        }