Document Verification Research Articles

Document Verification and Validation based on Blockchain Technology

Based on statistics provided by the Indian Ministry of Education, it is evident that approximately one million graduates enter the job market or pursue higher education each year. Some individuals will pursue further education at high schools or university institutions, while others will be equipped to seek employment opportunities. The students with performance records, transcripts ofgrades, diplomas, etc., will serve as a crucial point of reference for admission to new institutions or jobs when they have completed their studies. Schools include only the names of students and schools when creating various prizes or diplomas. Events that result in the graduation document being forged are frequently recognized since there is no effective anti-forge system. The blockchain-based digital document system would be suggested as a solution to the issue of document forgery. In this system, issuing digital documents is done in the manner listed below. Create an electronic version of a paper document and add it to the database, along with any relevant data. Meanwhile, it is necessary to determine the hash value of the electronic file. This hash value must then be appendedto the block within the chain system. To attach to the paper document, the system will generate a connected QR code and an inquiry string code. It will enable the demand unitto check the validity of the paper document using website searches or mobile phone scanning. The technology not only increases the legitimacy of various paper-based documents but also significantly lowers the chance of document loss because of the blockchain's changeable qualities. Keywords: Blockchain, Data Mining, Multi-cloud Data Security, Proxy Key Generation.

Digital Document Verification System Using Blockchain

In today's increasingly digital world, the verification of documents and identities is paramount across a multitude of industries, from finance and healthcare to legal and education. Traditional methods of document verification often involve timeconsuming and costly processes, which are vulnerable to fraud and data breaches. To address these challenges, blockchain technology has emerged as a revolutionary solution, offering a decentralized, secure, and tamper-proof platform for digital document verification.This paper explores the concept of Digital Document Verification using blockchain technology. It delves into the fundamental principles of blockchain, emphasizing its distributed ledger architecture and cryptographic security features, which are crucial for building trust and ensuring the integrity of verified documents. Furthermore, this research elucidates how blockchain's immutability and transparency contribute to a robust framework for document verification. 1. Identity Verification: Blockchain enables the creation of immutable digital identities, making it possible to securely verify individuals' identities without the need for centralized intermediaries. Supply Chain Documentation: Businesses can track and verify the authenticity ofsupply chain documents, such as invoices, contracts, and shipping records, reducing fraud and errors.

Sovereign Document Verification by Smartphones

Sovereign Document Verification by Smartphones

Enhancing Security and Transparency: The Role of Blockchain in Document Verification

Enhancing Security and Transparency: The Role of Blockchain in Document Verification

Transformer-Based Approach for Automatic Semantic Financial Document Verification

Transformer-Based Approach for Automatic Semantic Financial Document Verification

Enhancing Security and Transparency: The Role of Blockchain in Document Verification.

Enhancing Security and Transparency: The Role of Blockchain in Document Verification.

Smart System for Document Verification

Traffic control device is one of the vital sectors in any united states for its smooth travel. In India, Communication innovation in social coverage location has now no longer been altogether actualized to enhance its nature of administration. Growing use of verbal exchange era many nations have applied e-card device. At gift there may be no present digital site visitors control device in India aside from Digi-locker. The factor of this proposed e-clever card framework is to enhance effectiveness, get right of entry to of drivers record verification offerings and administrations. Using the e-clever card all drivers’ records, car details, car beyond records and car beyond violations may be accessed via an internet web page with the aid of using the legal parties. Our proposed concept conveys the advantages of stable transportation offerings in India using records and correspondence advancements. Digital data permit for higher monitoring and extra standardized documentation of drivers and vehicles, which has the ability to lessen error.

ENTRY-EXIT SYSTEM SCOPE, API/PNR CAPABILITY WEAKNESS

The practical recommendations for the application of Advance Passenger Information and Passenger Name Record System (API / PNR) were described in the article with the aim to use such system as a counteracting cross-border threats tool. Biometrics establishes a strong link between a document and its holder only if all electronic security features (signatures) are reviewed. That is the critical point of all system. Many EU countries don’t have Public key infrastructure in place and can’t use the mentioned security functions. There no joint EU system. Only ICAO has a commercial Public key directory, which provides PKI functions to some countries. Specific digital algorithms know and do many things better, like people, and can make a significant improvement. The order of actions for system implementing is proposed. He will be responsible for Risk assessment, Biometric verification accuracy, and Document verification. It is mandatory to improve data management, mostly to cover all fields and flows of data. Improve legislation related to data management for the mentioned purpose and GDPR. Besides, we have to invest more in automatic border control systems infrastructure. It is mandatory to centralize Public Key Infrastructure and Certificates master list management and validation. All measures will increase public security and save innocent lives from cross border crimes.

Automated Medical Document Verification on Cloud Computing Platform: Blockchain-Based Soulbound Tokens

Automated Medical Document Verification on Cloud Computing Platform: Blockchain-Based Soulbound Tokens

Document verification system at college level using Blockchain

Blockchain technology promises to be hugely trending and empowering in education domain computing applications. The digital is becoming an integral part of modern life. So as the use of the digital world increases there are more chances of decrease is the security level. So more the use of digitization more the frauds and less the security. In some cases of personal data, leakage has brought back into the focus the security issues with the different identity sharing mechanisms. A customer is expected to provide his identity for authentication by different agencies. So the document verification process deals with the identification of the user. And in turn, provides the required security. The document verification procedures which are used by the colleges are completely dependent on the encryption. This system can be efficient by using Blockchain technology, which has the potential to automate a lot of manual processes and it is also resistant to hacks of any sort. The immutable blockchain block and its distributed ledger is the perfect complement to the process of document verification. With the addition of smart contacts, fraud detection can be automated..

PROTECTION OF DOCUMENTS WITH THE HELP OF FRACTAL IMAGES FORMED BY A RANDOMIZED SYSTEM OF ITERATING FUNCTIONS

This article examines the results of the development of the document protection algorithm with the help of fractal images formed by a randomized system of iterative functions of RSIF. This algorithm consists in building a fractal image which is applied to the document and built on the basis of the document number. Each digit of the document number will add two iterative functions to the RSIF, except for the digit 0. The fractal image, constructed using the algorithm, depends on the number of digits, the order of the location of the digit and its value. The algorithm for constructing a fractal image in calculations does not require large computing power, the algorithm does not use the entry of a cycle into a cycle and recursive functions. It is quite optimized. Document verification includes a double check of the document number, and it is a fairly simple verification mechanism. This algorithm is interesting that when even one digit is changed, the fractal image changes radically. The use of the algorithm quickly and qualitatively makes it possible to protect documents and carry out their verification.

Vehicle Document Verification and Monitoring System using BLE Beacon

Vehicle Document Verification and Monitoring System using BLE Beacon

Document verification using quick response code with modified secure hash algorithm-1 and modified blowfish algorithm

A previous study has been conducted integrating modification on secure hash algorithm 1 (SHA-1) to document integrity verification of printed documents using quick response (QR) codes. However, encryption is warranted as data is transmitted in plaintext directly to the server to prevent hacking and ensuring not only data integrity but data security as well. A more secured document integrity verification using QR code was designed and developed by successfully incorporating a better hashing algorithm– modified SHA-1 and integrating a modern encryption algorithm–modified blowfish algorithm. By integrating both, data integrity and data confidentiality is assured as compared to previous research. The developed software was checked against user requirements to check the acceptability of the software. Error rate and accuracy were also checked to see how the software performed. Based on the testing conducted, it has been found that the document integrity verification software using QR code with the integration of modified SHA-1 hash and Modified Blowfish encryption was acceptable, accurate, and more secure.

Blockchain and Inter Planetary File System based Secured KYC Document Verification for Banking System

Know your client (KYC) is a requirement for the banking system to validate a customer using identity, appropriateness, and risk assessment in establishing a banking relationship. With the developed concern for security, the KYC process is complex and involves a high cost for completing for a single customer. In this paper, we propose a reasonable, abrupt, secure, and transparent platform for KYC document verification for the Banking system through Inter Planetary File System (IPFS) and blockchain technology. The proposed system allows a customer to open an account at any Bank, complete the KYC process there, generate a hash value using the IPFS network and share it with other banks using the blockchain technique. Using a private key, any Bank/financial organization can retrieve, and store customer data (i.e., KYC) securely using the IPFS network if the customer wants to open another account in that Bank/financial organization. The proposed system can avoid repetitive work and save time, and money during the KYC process when someone tries to open an account at multiple Banks. In this paper, we have focused on how the present banking industry, especially the KYC document verification process, can be impacted after using blockchain to store and track the records.

Blockchain-based model to track and verify official certificates

Document verification is a complicated domain with a variety of difficult and time-consuming methods to validate. Customized verification and authentication processes may be required for various sorts of papers, such as financial papers, government papers, transaction papers, educational credentials, and so on. A huge problem today we are facing is the number of fake certificates that are in circulation, this problem is quite predominant. This has become a new business for a long time. Hardworking people with genuine degrees/certificates have been suffering and they get rejected in the job market because of the lack of identification to differentiate between the original and the fake certificate. At times people are getting jobs through fake certificates and this becomes very dangerous. The scenario calls for a new system that can verify and authenticate certificates, their issuers, and their holders in a way that is much more efficient, simple, and intuitive to use, and efficiently mitigates widespread credential fraud. To combat the counterfeiting of academic certificates, our blockchain approach combines a verified distributed ledger with a cryptographic mechanism. Our Blockchain technology will also provide a standard sharing platform for storing and accessing documents, reducing overall verification time and allowing companies to quickly monitor and access real papers. Our system that helps to identify original certificates will help the hard-earned people to get their jobs in their desired organizations and all the fake circulation of certificates will be stopped because the system identifies the genuine true certificates.

Improved Productivity of Document Verification Process Using the Lean Sigma Method

In the industrial era 4.0 emerged smart companies using the concept of automation and digitization. This has had an impact on printing companies which are experiencing a decline in the global rate of newspaper growth in the next five years. Therefore, many companies conduct Improvement and Innovation activities and eliminate waste in order to continue to survive and be able to compete. This research aims to identify the types of waste that occur in the flow of the process of activities, analyze the factors that cause waste, as well as provide proposals for minimizing waste. The method used in this study is lean sigma which is a combination of lean and six sigma to identify and eliminate waste in an effort to improve the continuous improvement process. In this study conducted with Define, Measure, Analyze, Improve, and Control (DMAIC) stage in accordance with the steps in Six Sigma. This research is focused on improving the productivity of continuous improvement verification process with lean sigma method.

BLOCKCHAIN BASED FRAMEWORK FOR EDUCATIONAL CERTIFICATES VERIFICATION

Document verification is a complex domain that involves various challenging and tedious processes to authenticate. Moreover various types of documents for instance banking documents, government documents, transaction documents, educational certificates etc. might involve customized verification and authentication practices. The content for each type vary significantly, hence requires to be dealt in a distinct manner. For students, educational certificates are the most important documents issued by their universities. However, as the issuing process is not that transparent and verifiable, fake certificates can be easily created. A skilfully generated fake certificate is always hard to detect and can be treated as the original. With the increase of forged documents, credibility of both the document holder and the issuing authority is jeopardized. Blockchain technology has recently emerged as a potential mean for authenticating the document verification process and a significant tool to combat document fraud and misuse. This research aimed to enhance the document verification process using blockchain technology. In this research, authors have identified the security themes required for document verification in the blockchain. This research also identifies the gaps and loopholes in the current blockchain based educational certificate verification solutions. At the end, a blockchain based framework for verifying educational certificates focusing on themes including authentication, authorization, confidentiality, privacy and ownership is proposed using the Hyperledger Fabric Framework.

Blockchain and Smart Contract for Digital Document Verification

Every year lakhs of students graduating from different university, after passing from university different students have different plans. All students who graduated will have different certificate such as marksheets, degree certificate, best performance certificate and etc. Some students have plans to get employed in companies or to do higher studies. Wherever students go they need submit the certificate for important reference. Due to lack of anti-forge mechanism some started to forge the certificate to get the employed or for further steps. In the digital certificate verification based on blockchain done only for the degree certificates. In the proposing system along with the degree certificate entire personality and behaviour activities of the person using personal id will be uploaded in blockchain. Because of unmodifiable property it is stored in block chain. Initially the student request for the e-certificate by uploading certificate or personal id to electronic certificate system. If requesting for e-cert then the system will review certificate from the university or schools or from organization and get the assurance and store the serial number and e-certificate to the block chain. The system will be generating the QR code and send it to the user. when applying for company user will send only the certificate serial number and QR code received from the e-certificate company.

Automated Toll Collection coupled with Anti-theft and Vehicle Document Verification System using RFID and Arduino Uno

International Journal of Computer Sciences and Engineering (A UGC Approved and indexed with DOI, ICI and Approved, DPI Digital Library) is one of the leading and growing open access, peer-reviewed, monthly, and scientific research journal for scientists, engineers, research scholars, and academicians, which gains a foothold in Asia and opens to the world, aims to publish original, theoretical and practical advances in Computer Science,Information Technology, Engineering (Software, Mechanical, Civil, Electronics & Electrical), and all interdisciplinary streams of Computing Sciences. It intends to disseminate original, scientific, theoretical or applied research in the field of Computer Sciences and allied fields. It provides a platform for publishing results and research with a strong empirical component. It aims to bridge the significant gap between research and practice by promoting the publication of original, novel, industry-relevant research.

Risk-Based Monitoring: A Closer Statistical Look at Source Document Verification, Queries, Study Size Effects, and Data Quality.

Data quality within the clinical research enterprise can be defined as the absence of errors that matter and whether the data are fit for purpose. This concept, proposed by the Clinical Trials Transformation Initiative, resulted from a culmination of collaboration with industry, academia, patient advocates, and regulators, and it emphasizes the presence of a hierarchy of error types, resulting in a more efficient and modern data-cleaning paradigm. While source document verification (SDV) is commonly used as a quality control method in clinical research, it is disproportionately expensive and often leads to questionable benefits. Although the current literature suggests that there is a need to reduce the burden of SDV, there is no consensus on how to replace this "tried and true" practice. This article proposes a practical risk-based monitoring approach based on published statistical evidence addressing the impact of database changes subsequent to SDV. The analysis clearly demonstrates minimal effects of errors and error corrections on study results and study conclusions, with diminishing effect as the study size increases, and it suggests that, on average, <8% SDV is adequate to ensure data quality, with perhaps higher SDV rates for smaller studies and virtually 0% SDV for large studies. It is recommended that SDV, rather than just focusing on key primary efficacy and safety outcomes, focus on data clarification queries as highly discrepant (and the riskiest) data.