International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 12 | Dec 2023
p-ISSN: 2395-0072
www.irjet.net
National Public (Ration) Outreach Using Blockchain and IOT Dhiraj Birari1, Omkar Dhurjad2, Pranjal Gawale3, Shweta Pawar4 1Faculty, MVPS’s KBT college of Engineering, Nashik, Maharashtra, India
2Student, MVPS’s KBT college of Engineering, Nashik, Maharashtra, India
3Student, MVPS’s KBT college of Engineering, Nashik, Maharashtra, India 4Student, MVPS’s KBT college of Engineering, Nashik, Maharashtra, India
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Abstract - In this article we will outline IoT and blockchain
IoT devices are a crucial part of blockchain technology, supporting real-time data collecting and monitoring. Throughout the supply chain, smart sensors are positioned strategically to allow stakeholders to trace the flow of ration supplies, keep an eye on storage conditions, and get immediate notifications for any irregularities. A distribution network that is data-driven and responsive is fostered by the smooth integration of blockchain and IoT.[3] Beyond conception, the actual execution of our project acts as a prototype demonstrating the feasibility and advantages of the suggested system. Through tackling the current issues surrounding public ration distribution, we hope to make a substantial contribution to the continuing conversation about using technology for social welfare. With a thorough analysis of the system's design, features, and expected results, this project report seeks to offer a thorough grasp of the revolutionary potential.[2]
prototypes that can be integrated with current systems. For millions of recipients, the Public Distribution System (PDS) is crucial in guaranteeing food security and the fair distribution of necessities. However, there are a number of serious problems with this vital system, such as leaks, inefficiencies, and transparency problems. In response, this initiative offers a game-changing remedy by utilizing blockchain technology to build an efficient, safe, and transparent PDS. The project is divided into several stages, starting with comprehensive requirements analysis and research, then moving on to system design, development, and extensive testing. As the project progresses, an emphasis on scalability, strong security measures, and user-friendly interfaces ensures that government agencies, distribution center employees, and beneficiaries can easily interact with the blockchain-based PDS. This blockchain-based PDS is a paradigm change in the public distribution space, acting as a template for other areas and industries looking to improve the transparency, effectiveness, and equity of vital commodity distribution networks. Ultimately, this creative approach is expected to improve the financial and social status and food security levels of the people served by PDS.
We will detail the technology used, the design of the system, and the expected impact on stakeholders in the following sections. We provide empirical facts and thorough research to support the suitability and effectiveness of our recommended remedies. Therefore, leveraging blockchain and IoT to solve the public ration distribution problem is a novel approach that aims to revolutionize the ration distribution system.[6]
Keywords: Blockchain, IOT, Public Ration, Smart Contracts, Government, efficiency, transparency, equity, SHA 256
2. METHODOLOGY
1.INTRODUCTION
We will detail the technology used, the design of the system, and the expected impact on stakeholders in the following sections. We provide empirical facts and thorough research to support the suitability and effectiveness of our recommended remedies. Therefore, leveraging blockchain and IoT to solve the public ration distribution problem is a novel approach that aims to revolutionize the ration distribution system.
The confluence of cutting-edge technology has become essential in the effort to improve public welfare institutions' effectiveness, accountability, and transparency. Our project, "Public Ration Distribution using Blockchain and IoT,"[1] is an innovative attempt to transform the way necessities are distributed, especially when it comes to public ration distribution. Conventional public distribution systems frequently face obstacles such a lack of openness, bureaucratic red tape, and the possibility of fraud. These problems jeopardize the intended benefits for the worthy receivers as well as the efficient distribution of resources. Taking note of these difficulties, our project aims to develop a reliable and efficient solution by utilizing the Blockchain and Internet of Things (IoT) synergies. Blockchain technology is well known for being tamper-resistant and decentralized.[1]
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After a thorough testing and optimization process to address any issues discovered, the second phase involves a controlled deployment starting with a small-scale pilot. Maintaining network security, regular updates, and optimal performance requires ongoing monitoring and maintenance. Programs for education and training will enable all users to interact with the system in an efficient manner. Regulatory compliance will be prioritized by adhering to local food distribution regulations and data privacy standards. User
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