PRODUCT IDENTIFICATION SYSTEM USING BLOCKCHAIN

e-ISSN: 2582-5208 International Research Journal of Modernization in Engineering Technology and Science Volume:03/Issue:03/March-2021

Impact Factor- 5.354

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PRODUCT IDENTIFICATION SYSTEM USING BLOCKCHAIN Vikas Gupta*1, Sushil kumar*2, Yash Pachori*3, Rishabh Sharma*4, Mr. Ankit Kumar*5 *1,2,3,4Students, *5Asst.

Department of Computer Science Engineering), Krishna Engineering College Ghaziabad, India.

Professor, Dept. of Computer Science Engineering, Krishna Engineering College Ghaziabad ,India.

ABSTRACT There are many fake products in the environment. It is necessary to have a system for end user to check all details about product and track the product, they are buying so that customer can decide product is genuine or not. Our system manages ownership of products using IPFS (Inter Planetary File System)which is the Distributed Web. Keyword: Blockchain.

I.

INTRODUCTION

There are many counterfeit products in the environment and to ensure that the products need a system. Product ID history must be kept to check product capabilities. IPFS (Inter Planetary File System) issues full extensions to maintain product ownership. IPFS looks at a file system that is being distributed. This object can store large amounts of data in a file or similar to the blockchain protocol. And it is better than http because it is possible to properly distribute large amount of data from one device with the help of download file https and IPFS network.

Another important feature of IPFS is that it does not allow duplication. After a product is stored in the network hash code, that product is created and it is possible to maintain its owner as a network for all product transactions. It will be produced. In the proposed system we provide a QR code for a specific product and the end customer can scan that QR code for all product information.

Introduced the concept of blockchain technology, protecting product data and comparing it with traditional product systems. The proposed scheme focuses on the deficit, promote and assist blockchain in tracking, dieting, marketing, health care, product marketing monitoring and research a system in which records of transactions made in bitcoin or other cryptocurrencies are stored on multiple computers connected to a peer-to-peer network.

Other papers are useful in the implementation of the proposed system of identifying programs in various ways.

The counterfeit goods business is booming and companies affected by the incident contribute to sales and production. To ensure the ability to identify and locate real products in the series, this paper proposes a fully functional blockchain system to prevent product integration. Businesses only need to pay the lowest transaction fees, and they do not have to worry about the possibility of a counterfeit product.

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e-ISSN: 2582-5208 International Research Journal of Modernization in Engineering Technology and Science Volume:03/Issue:03/March-2021

II.

Impact Factor- 5.354

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BASIC STEPS OF SYSTEM

The system changes the status of the product, the current owner, time stamp, or ownership of the product at any time.

STAGEI: Product registration on the network: Initially the manufacturer will be the first owner of the product.

The manufacturer will ask the manager to add the product to the network at which time the QR code will be assigned to that product. The manager will register the product with the manufacturer or smart manufacturer on the network.

STAGEII: Distributor Ship to Distributor: The next time the manufacturer sends the product to the distributor and the status sent will not change the product ownership until the receipt is received from the distributor.

Upon receipt of the ACK, ownership of the product is transferred to the distributor.

STAGEIII: Ship Product to Retailer: In this phase the distributor will send the product to the retailer and the status will be set as Ship and after receiving the ACK from the retailer that product was successfully received, ownership of that product to the retailer goes.

STAGEIV: The end user gets detailed information about the product: In this step an Android app will be provided to the customer and the buyer can scan the QR code given to the product using the product and application and about the product. Can know in detail who is the manufacturer and the current owner of the product and can decide whether to buy the product or not.

III.

SYSTEM DESIGN

We propose a non-productive and comprehensive counterfeit anti-fraud program, based on the Block chain. In our scheme, manufacturer scanning is used by this program to store relevant information on the sale of products in the Block chain accessible to anyone. The total amount of sales that can be sold by these llerand and the number of products currently left by this transparent llerare pants. The user can use the functions provided by our system to perform verification on behalf of merchants, and this verification cannot be performed.

BASIC MODEL Our blockchain-based anti-fraud program consists of three parts, the Role of the Producer, the Retail Role, and the Consumer Role, we discuss the following: 1) Manufacturer's Role: On the seller's part, the services provided include a new vendor's address on contracts, add the number of products that retailers can sell, and return information to vendors to determine the latest sales status. On the consumer public key certificate.

It is possible to inquire about the product these vendors are marketing to the consumer, and verify if the product has been changed or to verify that the current status of the product has been verified by the consumer public key certificate.

2) Merchant Role: On behalf of the buyer, these merchants may use program functions to encrypt the verification details of a private key, and the buyer may use the merchant public key to verify that this merchant is what he calls a stobe. After the purchase and sale, these sellers specify the buyer's address in the agreement for the manufacturer to receive the information. These retailers can access information about his products, such as sales lists, and the quantity of his remaining stock.

3) Buyer's Role: In this part of the seller, the buyer can verify that the seller has a sales relationship with the manufacturer and also to ensure that the seller's stock has not been sold. On the part of the manufacturer, consumer scans prove that their ownership is consistent with their address and in the case of a well-maintained contract address, consumer scans receive records of each purchase and product status in their product.

IV.

CONCLUSION

Thus, proposed system issue full for end user to detect fake products in supply chain. End user can scan QR code assigned to a product and can get all the information like transaction history, current owner based on which end user can check whether the product is genuine or not.

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e-ISSN: 2582-5208 International Research Journal of Modernization in Engineering Technology and Science Volume:03/Issue:03/March-2021

Impact Factor- 5.354

V. [1] [2] [3] [4] [5] [6] [7]

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REFERENCES

Si Chen, Rui Shi, Zhuang yu Ren, Jiaqi Yan, Yani Shi, Jin yu Zhang, “A Blockchain-based Product Quality Management Framework”, 14th, IEEE International Conference one-Business Engineering, 2017.

Mi tsua ki Nak asumi, “Information Sharing for Product Management based on Block Chain Technology”, 19th Conference on Business Information, IEEE, 2017.

FengTian,“A product traceability system for food safety based on HACCP, blockchain & Internet of things”,2017 International Conference on Service Systems and Service Management.

Matthias Mettler” Blockchain Technology in Healthcare, The Revolution Starts Here”. 18th International Conference one-Health Networking, Applications and Services (Health.com), IEEE,2016.

Folinas, D., Manikas,I., & Manos ,B., Traceability data management for Product chains. British Product Journal.2006.

Abad,E.,etal.,RFID smart tag for trace ability and cold chain monitoring of food: demonstration in an intercontinental fresh fish logistic chain. Journal of Product Engineering.2009,93(4),394-399.

Mattoli,V.,Mazzolai,B.,Mondini,A.,Zampolli,S.,&Dario,P.,Flexible tag data logger for food logistics. Sensors and Actuators A: Physical.2010,162(2),316-323.

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