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Data security on the basis of block chains is one among the most intensively researched fields in the recent age. Using blockchain platform, the security associated with the HIoT data may be improved. Nevertheless, various security measures for distinct services necessitate the use of keys in order to complete the procedure. To circumvent this restriction, this research paper presents a HIoT block chain platform that uses Ethereum block chain technology to assure data security. The suggested approach combines low-power HIoT devices with block chain to ensure that medical personnel have safe access to data. The data acquired from IoT devices is sent to an Ethereum node, while the user data is sent to the cloud. So that after the data access request has been received from the client, the user information can be validated using cloud data, and healthcare data may be accessed from the Ethereum node. Extra cryptography approaches are avoided, and data security is improved, thanks to the easy and quick process. [ABSTRACT FROM AUTHOR]

The introduction of blockchain technology entering into human existence, which is a reinforcement of the cryptocurrency space, is both a concern and an opportunity. The main motivation underlying such an invention is conditional transparency and the unmatched ability to protect people against data destruction. The collecting drive of NFTs is profitable and also has sparked curiosity, with everyone vying for the first piece of the package, increasing the future Value of an NFT, as it is a very new topic about NFT using block-chain technology. It is something quite about a flurry of blockchain technological stories that leave us wondering. In this research paper, we explained the new emerging Non-Fungible Token (NFT), its uses, and implications. [ABSTRACT FROM AUTHOR]

Certificates, diplomas, ever since their inception have been used as a measure of an individual's abilities and qualifications. Fake degrees or document frauds can have disastrous consequences, from short-term reputational damage to loss of trust in the educational industry. This paper presents a developed prototype that uses a hybrid proof-of-authority blockchain network to securely record curriculum vitae data and combat fake degrees or document frauds using QR Block CV. It is also developed following the agile SDLC to be a native Xamarin. Forms mobile application on the Ethereum platform that functions as an interface for users to interact with the blockchain network, sharing CVs via QR code, allowing for better accessibility. [ABSTRACT FROM AUTHOR]

Food qualities refer to the features and characteristics of a food product acceptable to consumers, needed for quality criteria, and are lucrative to the company. These are evaluated to try and minimize potential contamination and issues with widespread illnesses. The factors causing the contamination of the food may threaten the safe consumption of it and thereby make the foods harmful. Our aim is to bring about a systematic measure and thus ensure quality food. Currently, the food quality assurance is done manually by government authorized agencies. Instead of this organizations can digitize physical assets and create a decentralized immutable record of all transactions. By integrating IoT with blockchain, the paper discusses the properties like transparency and immutability. A supply chain mechanism is integrated into our project for quality assurance. Using IoT, mainly RFID, the food products are traced from manufacturing to the product delivery. The details of products reaching the hotel are updated into the blockchain via a web interface; this interface furthermore serves as an inventory management mechanism of the hotel. Product consumption needs to be updated on a daily basis. The shelf life of food products are calculated and alarmed to officials in case of disparities via the web interface itself. The general public is provided with a mobile application which ranks the hotels in a particular locale based on the quality assurance mechanism and user reviews. [ABSTRACT FROM AUTHOR]

Modernages have perceived an exemplar swing in warehousing Electronic Health Records (EHRs) on cloud settings with the catholic solicitation of mobile healthcare systems, where mobile devices are assimilated by means of cloud computing to assistmedicinal data interactions amid patients and surgeons. The distribution of EHRs has prodigious optimistic connotation for investigation of disease and doctors' diagnosis. This radical model empowers healthcare amenities with truncatedoperating charge, high flexibility, as well as EHRs accessibility. It is of paramount significance to hitch therapeutic evidence sprinkled through healthcare establishments to provision exhaustive data investigation and accomplishcustom-made healthcare. Nevertheless, this newfangledarchetype also nurtures apprehensions about data privacy in addition to network security for healthcare schemes. Exactly how to stead fastly stake data among mobile consumers while pledging sophisticated security echelons in cloud is a perplexing concern. Blockchain, by means of a public ledger pigeon holed through its transparency, tamper-evidence, decentralization, unforgeability, verifiability, as well as anonymity can supportin forming a secure healthcare scheme. Existing works primarily recompensed evotion to centralized in addition toblockchain-based mechanisms. Nonetheless they could not acclimatize to the snow balling volume of global medical records and agonize from multifaceted application encounters, singly. In this paper, we recommend a Diagonal Digital Signature Algorithm (DDSA) with Merkle Patricia Hash Trie (MPHT) algorithm which is aninnovative EHRs sharing framework that exploitsblockchain to expedite secure medical record sharing amiddissimilar patients and surgeons. The pragmaticoutcomesillustrate that our schemeaffords an operativeelucidation for unswerving data interactions on cloud while conserving delicate medical records in contrast to impending intimidations. The scheme assessment along with the security investigation also exhibit the performance enhancements in light-weight access control; slightest network latency, transmission delay and file loss rate; with extraordinary security as well as data privacy, paralleled to the prevailing record sharing schemes. [ABSTRACT FROM AUTHOR]

It is a web-based application designed commonly for use in Food & beverage based enterprises. These applications tackle the issues of Manual Labour cost in the food court bringing about a rapid expansion in the Overall business Model. It also provides the proprietor of the restaurant to administer and make modifications as per the stip-ulations in their restaurant. The consumer can order their food by accessing the application through their mobile browser in an optimized manner. The retailer can easily complete the order in time, as there will be a streamlined check-in for the availability of ingredients. In this paper, let's exemplify the overall description and generalized soft-ware requirements specification of the entire systematic structure designed for use in different food courts. Our appli-cation will impart the restaurant employees to manage their online cuisines and keep track of all the orders placed by their consumers. Furthermore, the Customer can make Payment using the Existing Payment Gateways as well as they can go for blockchain-based Payment Methodologies. Eventually, this idea is projected to reduce the overheads of Payment gateways and improvise Data security in a precise manner. [ABSTRACT FROM AUTHOR]

The phrase "Fintech" (Financial Technology) refers to software and other cutting-edge technology utilized by companies that offer automated and enhanced financial services. It is a term used to describe a new technology designed to enhance and automate the provision of financial services. With 6,636 FinTech businesses, India has the highest rate of FinTech adoption internationally and is one of the fastest-growing Fintech industries. India has made significant progress in the area of digital payments, recording over 5.7 BN transactions each month in September of this year, amounting to about $2 TN (Total Digital Payments). India will surpass the combined total of the US, UK, and China in terms of real-time online transaction volume in 2020 with 25.5 Bn real-time payments transactions. This survey paper elaborates on different aspects of the Fintech sector in India, and various issues faced by many prominent fintech companies like unbanked population, regulation, technology integration, user experience, etc. It also describes technologies that underpin fintech business models, including blockchain technology, machine learning, artificial intelligence (AI), Cloud computing, the Internet of Things, etc. [ABSTRACT FROM AUTHOR]

The W3C typically describes web services as: "a piece of software that is designed to support machine-to-machine interoperability over a network. With the rapid expansion of functionally similar web services over the internet exposes a great challenge for users to identify the web service origin and integrity process. A traditional centralized web service registry drastically shifts the dynamic power of web services, by establishing a platform for service provider‟s to advertise their self-contained, self-reliable and self-governing data. Though, these centralized infrastructures do not offer easy way to explore available services for users in thenetwork, and also nor have the ability to verify their origin and history. The contribution of the paper is to address these challenges by leveraging the decentralized, immutable, tamper-proof Blockchain technology by establishing Blockchain service registry and execution via smart contract for secured semantic web service discovery. This allows users to explore the services in a network and also able to identify its service origin and integrity. Our first evaluation shows the promising results with this system paradigm in the field of web service provisioning. [ABSTRACT FROM AUTHOR]

The objective of this research is to study how effectively and seamlessly, decentralized finance is replacing the traditional financial system. The traditional financial industry has neither been innovated at the speed it should have, nor has it been able to include many parts of the world's informal financial system. This has made the life of those who are unbanked extremely difficult. The growth opportunities have also been extremely limited for them. Cases like Harshad Mehta Scams highlight the numerous loopholes in traditional banks and their questionable lending policies. This comes as a threat for users of these institutions. Decentralized finance solves these issues by providing more transparency, accessibility, security, and trust. Anyone with an internet connection and a user-facing application or design can access these services like lending, borrowing, staking, and crowdfunding. The transactions are also irreversible. Around 2013. People started realizing that blockchains can be used for much more than Peer to Peer (P2P) digital currency transfer. Some of the utilities are smart contracts, financial agreements, and registries about identity. [ABSTRACT FROM AUTHOR]

In recent years, traditional elections have failed to satisfy public and political authorities. Elections aren't entirely safe because votes can be easily hacked. It also jeopardizes voter privacy and transparency. Furthermore, counting the ballots takes far too long. This paper suggests a Blockchain-based solution to address all of the problems of traditional elections. Theoretically, vote security, authentication, and data integrity are guaranteed. This research proposed a voting center that saves the votes as a blockchain block attached to a blockchain. The security is ensured by Speck cipher lightweight block cipher and bakers chaotic key generator to increase the safety of the information in each block (Vote). Authentication is also provided using a fingerprint logging system. The authentication fingerprint system was accurate and efficient. The proposed e-voting system lets voters Vote either in-office or elsewhere. Finally, the proposed Blockchain voting mechanism significantly reduced encryption time and created the blocks. [ABSTRACT FROM AUTHOR]

A Digital Food Supply Chain Management System FSCM has become important in today's world specially in the pandemic situation COVID-19. Hence, there is an urgent need to upgrade the FSCM for Data Privacy, Data Security, Data Transparency and Scalability in the system. Various online FSCM have been proposed from time to time by various researchers, but they lack in addressing issues like decentralization, transparency, security, trust. As BCT has emerged to provide decentralized solution in solving the real-time problems. Therefore, in this paper, we propose a Decentralized Blockchain FSCM for Government of Jammu Kashmir Food Civil Supplies and Consumer Affairs Department known as Jammu Kashmir Block Chain Food Management System (JkBFMs). A digital FSCM integrated with blockchain technology increases the levels of trust and transparency across the food ecosystem. The data transparency and data security issues in JkBFMs are resolved by developing Smart Contracts (SC) over BCT. Data storage cost issues are handled by the Inter Planetary File System (IPFS) protocol for Off-Chain data storage. Moreover, we present a real-time BCT simulation and deployment of SC in truffle suite. [ABSTRACT FROM AUTHOR]

Safe and secured; updated, authenticated contents and news can be possible by the introduction of bibliometric analysis of social media. This bibliometric analysis can be helpful for future researchers to develop solutions for various unresolved constraints. The various potential changes highlighted in the introduction can be small research niches for future research. Future research can be on the safety and accessibility of social media platforms. The most prominent authors, keywords, institutions, and research regions were identified in this paper as Guidi B, who was the leading author. The leading country was the United States of America. The most prominent research organization of this research domain was the University of Pisa. [ABSTRACT FROM AUTHOR]

Blockchain has been recently widely used as the foundation of Bitcoin. Blockchain is an immutable ledger that allows for a decentralized transaction. There are emergent Blockchain apps covering numerous areas including financial services, reputation system and the Internet of Things (IoT), etc. Nonetheless, blockchain knowledge problems as security and scalability issues are still to come addressed. Bitcoin is limited to a maximum of 7 transactions per second that cannot accommodate high frequency trading. Nonetheless, bigger blocks mean greater space for storage and less network transmission. This will eventually contribute to centralization because fewer people want to hold such a massive blockchain. A full overview of blockchain technology is presented here. Researcher gives first of all an outline of blockchain design and compared several widely used consensus algorithms in various blockchains. Furthermore, there is a short list of technical challenges and recent developments. They also identify potential blockchain future trends. [ABSTRACT FROM AUTHOR]

The Developments in (AI) and (DLT) presently guide to energetic discussion in practice and academia. AI procedure data to accomplish targets that were earlier thought conceivable only for the humans. Distributed ledger technology has the capacity to create unanimity over information amid a category of contributor in unresolved environment. In present investigation, both technologies that are required in comparable and common systems. So comprise the pattern of safe (DLT) or the formation of federated learning system disseminate across several nodes. It can guide technological confluence, which the previous, has covered the method for the main revolution in (IT). Earlier work culminates numerous potential profits of the confluence of DLT and AI but alone offers a restricted theoretical structure to explain upcoming actual-world amalgamation cases of the both technologies. This investigation mainly aims to distribute by managing systematic earlier works and providing conscientious derivative future investigation chances. This research helps to overcome form the current limitations in the fields of AI and DLT convergence in both technologies. [ABSTRACT FROM AUTHOR]

blockchain technology is actively gaining popularity due to its advantages, such as decentralization and integrity of stored information, as well as making it available to all participants in the network. In this regard, it is necessary to consider the impact of blockchain on the sphere of electronic voting. This article discusses the following solutions that exist in the field of electronic voting: the Voatz mobile application, voting on the blockchain in the Moscow City Duma, the Votem platform, voting on the Texas blockchain, E-vox, Polys. The solutions considered were compared using e-voting services that are not based on blockchain technology and use classic solutions: E-voting in Estonia. [ABSTRACT FROM AUTHOR]

The Halal industry is no longer solely a religious concern; rather, it is a lucrative business with a comprehensive framework to capture billions of Muslim markets worldwide. The development of Industrial Revolution 4.0 (IR 4.0) has made better governance for Halal quality assurance. This includes the Halal supply chain, with the adoption of technology such as blockchain, cloud computing, and artificial intelligence (Ai) in the Halal industry structure. However, the Halal supply chain is tarnished with controversial issues that shocked the Muslim community in Malaysia. As a result, academicians and industry players were brought forward for better traceability in the Halal supply chain and assurance pipeline. This rapid scoping review attempts to grasp the state-of-the-art blockchain adoption in the Halal supply chain. The rapid scoping review systems rely on Arksey and O'Malley's work [1]. The findings suggest that blockchain research and development in the Halal supply chain are still in their infancy. The issues like traceability, capability and company capacity, awareness, the readiness of the companies, and the government support are among the themes that emerge in the data charting. [ABSTRACT FROM AUTHOR]

There is a high demand for a secure airline ticketing system as the aviation industry expands worldwide. Airlines' customers typically use a third-party ticketing service to facilitate the availing of tickets, which costs an additional five to ten percent of the ticket price. Moreover, the fraud in ticket booking also threatens their identity and financial loss. The present methods used for managing the ticketing system in the aviation industry are primarily centralized and fall short of assuring trustworthy data provenance, immutability, and openness. Blockchain has enormous potential to convert the ticketing system to a higher degree of security. Blockchain features a decentralized system, distributed notes, storage mechanisms, a consensus algorithm, Smart contracts, and encryption techniques to provide data security, integrity, and scalability. This study proposes a blockchain-based airline ticketing model with a distinctive smart contract between customers and flight owners using Ethereum as a platform. Ethereum aims to enable developers with simple and standard methods for developing blockchain-based decentralized applications utilizing smart contracts. Using asymmetric encryption technology, this system protects the integrity of ticketing information and ensures privacy. The system also includes digital signature technologies to improve ticket integrity and a ground-breaking ticket verification mechanism to prevent ticket scalping. The proposed blockchain-based ticketing system minimizes the need for third parties or intermediaries to validate transactions, drastically lowering overhead and transaction costs. Furthermore, this research proves Blockchain as a promising tool for the air ticketing system considering the secure environment provided for the customer. [ABSTRACT FROM AUTHOR]

Blockchain keeps a series of transactions as a chain of connected blocks that can be easily maintained with a single decentralized ledger. A Single ledger will have interactions and transactions which takes place between the participants through distributed and decentralized ledger. Blockchain is now being used largely to store and transfer examresults and certificates by universities that have embraced it. The study focuses on the strategies followed in application of blockchain to keep student records. Blockchain is now being used largely to store and transfer exam results and certificates by universities that have embraced it. The study reveals that blockchain is the future of the education industry. [ABSTRACT FROM AUTHOR]

Digital Identity System on Passport system based on blockchain technology is used for issuing the passport toa person. Entire passport offices are interconnected with one another in Decentralized manner. The primary aim of the methodology is to authenticate the passports effectively. In this proposed framework designed for preventing the fraudulence in making multiple passports for same person and to make the authentication procedure as simple as possible for passport offices. The passport information is encoded and transmitted safely by all connected passport offices. This system may be used efficiently by passport offices to validate passport applications, data authentication and authenticity. In this system Biometric verification is also added togive more security. [ABSTRACT FROM AUTHOR]

Regarding the ever-growing danger of malicious incidents and attacks on the Internet, researchers on Intrusion Detection System (IDS) are moving towards more collaborative approaches like collaborative IDS (CIDS). CIDS is a promising mechanism to identify and alert distributed attacks by exchanging data between nodes. As the new Blockchain innovation ensures a dispersed security framework through its strong features of straightforwardness, provenance, permanence, and decentralization, it can be efficiently applied to enforce the security of CIDS. Motivated by this concept, this survey focuses on IDS, CID, and Blockchain and their applications in some fields. Then, it investigates the effectiveness of the Blockchain-based collaborative IDS by reviewing some existing literature searches. Therefore, the objective of our review is to provide a clear idea about the use of the recent trend Blockchain to ensure the protection and integrity of exchanged data in digital infrastructure. [ABSTRACT FROM AUTHOR]

This study aims to measure user intention to adopt blockchain certificate authentication, by integrating two theories of the Information Systems Success Model and the Plan Behavior Theory. The method used is structural equation modeling with a partial least square approach. There are seven hypotheses in this study. The results obtained 6 hypotheses which were accepted and had a significant impact while one hypothesis was rejected. The value of this research lies in the integration of two models to measure user intention to adopt Blockchain certificate authentication. [ABSTRACT FROM AUTHOR]

Modern applications are continually attracting interest in the Internet of Things, transforming our daily lives and empowering industrial applications. Because contrary to economic and energy consumption requirements, interaction and collaboration among intelligent devices pose new security issues. The lack of security measures, on the other hand, may have a detrimental impact on the implementation of this paradigm. The MQTT protocol, which is widely used on the Internet of Things, is the subject of this study. Developers want secure authentication procedures, which this protocol does not provide. As a result, this article offers a novel OTP (one-time-password) authentication schema for MQTT, which implements a second factor out-of-band channel using the Ethereum blockchain. The idea uses Ethereum smart contracts to enable authentication of both local and remote devices while maintaining user privacy and ensuring trust and accountability. [ABSTRACT FROM AUTHOR]

This research combined with visual, image identification, DNA SNP fingerprints, protein proteomics fingerprints, electronic nose, electronic tongue, spectrometer, mass spectrometer, production resume, block chain technology, intelligent contract and App order and celebrity effect design. Based on the research topic, the preliminary conception of the research was formed based on the method of producing natural products. Under the requirement of genuine and producing products of high value agricultural products, this study uses methodology and system theory, with the method of literature discussion and interview, and on the basis of multi-layer anti-counterfeiting design, puts forward the method of constructing the true and the origin of the product, or the method of counterfeiting the product as false or the place of origin. After the design of product anti-counterfeiting function, and the design of the purchase process with traceability function, the conceptual framework of using the block chain technology to construct the functional effect of tracing and anti-counterfeiting is designed. [ABSTRACT FROM AUTHOR]

Nowadays, various traditional methods are going on in the field of supply chain management. As these methods are highly using by small and big industries in several domain, due to that lots of problems are faced by the end user's as well as operational entities who are involved in the chain. There different kinds of problem are arising with the traditional methods such as lack of information /data flow, transparency issues while delivering the product and tracking the counterfeit Agri-products. To removing all these gaps, we develop supply chain management system using blockchain technology, which ensures high transparency, easy to track the products over the specified cycle and it also provides higher level of security to the data and information which flaws over the communication network. We involved five major entities such as farmer, processing unit, wholesaler, retailer and consumer. We have proposed an easiest system which provides transparency over the network, whenever product dispatching from one entity to another entity then every authenticated user can get information. Additionally, we introduce feedback system for end-user / consumer which will increase more trust ability of this system. Moreover, we provide security analysis and extensive evaluation in various performance metrics to highlight the advantage of the proposed framework over current blockchain-based solutions. With the comparison of the previously developed systems, analysis and comparison shows the strength of the proposed system. [ABSTRACT FROM AUTHOR]

Developments in information and communication technologies accelerate digital integration and transformations in the logistics sector, as in all sectors. Electronic data interchange (EDI), one of the first of these digital transformations, is the automatic exchange of predefined and structured data for business purposes between two or more person/organization information systems [1]. EDI contributes positively to performance by providing fast, accurate and reliable transfer of data and files between relevant parties in an international standard structure. EDI technology has an important role in the modernization and higher performance of the logistics sector. In addition, the realization of EDI integration with Industry 4.0 technologies such as the Internet of Things (IoT), big data, block chain, artificial intelligence (AI), smart manufacturing and industrial robots will make a more positive contribution to this performance. In this study, EDI technology used in electronic data and information exchange, a sample EDI application developed for a logistics company with the help of current information technologies and speed performance results obtained by using this application are shared. [ABSTRACT FROM AUTHOR]

Blockchain technology aims to change how almost every company is especially marketing companies handle the data. After crashing on the scene as the driver behind Bit coin in 2009, it has become relevant to several sectors beyond financial services, including industrial manufacturing, marketing, health care, and logistics. The common thread between these industries is that they all contain complex and large numbers of interconnected entities, transactions, and vast data quantities. The digital market also shares those features. Combined with the industry's accountability concerns, these features make ads a prime candidate for Blockchain solutions. Blockchain will help overcome one of the greatest issues facing the marketing industry of various practices. Publishers, advertisers, and ad-tech companies are investigating Blockchain to improve transparency around marketing practices, with the ultimate aim of growing fraud. According to projections by Juniper Research, ad fraud is estimated to cost the industry $44bn by 2022. Blockchain can monitor distributed marketing processes. Blockchain can inject transparency into the marketing industry for ads. Blockchain can resolve many obstacles in the marketing industry, and in this research, we will discuss various ways in which the industry should address these challenges using Blockchain. Finally, we will discuss how Blockchain based marketing offers space to marketers by giving them proper insights into their actions and market conditions. [ABSTRACT FROM AUTHOR]

In recent times, technological advancements have resulted in dramatic change in the health sector. The Internet of Things, Cloud Computing, Block chain, lab-on-a-chip, non-invasive and percutaneous operations, and other innovations have made treating a variety of ailments much easier. Both research and the healthcare business have benefited greatly from these emerging innovations. Miniaturized healthcare sensors driven by IoT can be used for clinical tests and self-health tracking. They assist professionals in remote regions who weren't in direct communication with clients with immediate diagnostic and treatment recommendations. Controlling access mechanisms and uneven security policies were a hurdle in meeting the security standards of these data. A blockchain-based intelligent contract and an enterprise-distributed record architecture can be used to track the patient's condition. This permits patients' medical information, and an irreversible and lengthy history log, to be retrieved worldwide at whatever time. The suggested system gives greater monitoring, increased connectivity, and higher data security if compared to standard patient monitoring devices. [ABSTRACT FROM AUTHOR]

The article offers an expanded interpretation of the concepts of blockchain and cryptocurrency in view of their possible application in the management practice of economic entities of different levels, primarily united territorial communities (UTC). The experience of introduction of blockchain technologies in the international financial sector and the sphere of public administration in Ukraine is systematized. Global and national factors that shape the demand for the use of blockchain technology at the UTC level have been identified. It is determined that their implementation will increase the level of international attractiveness of UTC both for non-resident investors and local businesses from other regions. The advantages and risks that will accompany the introduction of these technologies in modern Ukraine have been identified. The first microsimulation model «e-Community» was developed and substantiated. It is hypothesized to minimize financial, informational and social losses through the active use of blockchain in the management of united territorial communities. This article will be useful for community leaders and middle managers of the state apparatus. [ABSTRACT FROM AUTHOR]

Objectives: To study the basic concepts and techniques of blockchain technology and how blockchain can be used to improve the performance of present supply chain and logistics industry. To develop a working prototype of blockchain using python language for movement of goods Methodology: Blockchain is an immutable, sequential chain of records which are termed as blocks. The blocks can contain any kind of data like transactions, files etc. The blocks are chained together using the Hashes. So, the code developed in this program supports all the properties of the python that are immutability, transparency, and decentralization. A working supply chain prototype is developed using Python Programming. The interaction with the Blockchain is done using HTTP client Postman which will make requests to the created Blockchain Conclusion: All the current models which are followed involves the central entity which governs how the business is conducted, how the data is stored, how the information is transferred, how the transactions are carried and various other aspects of the business but with the introduction of blockchain this whole system can be changed as blockchain involves decentralized system in which there is no central entity, it makes for a more secure system in which the information is distributed among various entities. A small prototype which has been developed in python using various libraries demonstrate how the blockchain can be implemented in supply chain, how it can be made more secure and more transparent, how hashing is done, how the blockchain gets tempered could be known.. [ABSTRACT FROM AUTHOR]

The increase of waste generation has been considered a significant challenge to large urban centers worldwide and represents critical issues for countries with accelerated population growth like India. Many initiations have been taken by the government to maintain cleanliness but problem remains the same. Taking the problem into consideration, we propose a Secure Incentive based Waste monitoring system to encourage garbage segregation at the initial level. This waste segregation at initial level will make the recycling process easy and addresses major environmental issues. In this system, a weight detector is placed that checks the weight of the separated garbage thrown and displays the weight. If the weight exceeds the lower-limit then a QR code is being displayed which can be scanned with the Incentive application which can be stored as the rewards to the public. The government should consider these rewards at any government e-payments. This system mainly focuses on encouraging the public to utilize the dustbins than littering on the roadways. Privacy and Security of the public rewards can be maintained using Blockchain Technology. [ABSTRACT FROM AUTHOR]