Skip to main content
Chapter
Licensed
Unlicensed Requires Authentication

Web-Based Knowledge Management Distributed Application for Medical Certificates Using Blockchain Technology

  • and
Become an author with De Gruyter Brill
Explore this Subject How to publish with us
Knowledge Management and Web 3.0
This chapter is in the book Knowledge Management and Web 3.0

Abstract

Globally, disruptive technologies play a vital role in ordinary people’s lives to technocrats, small-scale industry to multinational companies, and private sectors to government sectors. Providing security and privacy preservation of the sensitive data in various applications related to a bank, healthcare sectors, etc., are becoming significant issues with advanced technologies. Unauthorized persons and also attackers get benefits from the features. Permissionless and open access features will become advantages to the cyber attackers to crack the data. These issues will be resolved by adopting some knowledge management systems (KMSs) like blockchain technology, and Artificial Intelligence. Therefore, this chapter proposed a web-based knowledge management decentralized application using blockchain technology in healthcare sectors. Especially in the healthcare centers, people’s sensitive personal data such as name, address, financial details, and cause maintain as records. Cyber attackers treat the medical records as treasure. Advanced featured technology, blockchain incorporation with web-based applications can reduce the attacks like ransomware, phishing, Brute force, steals credentials, and Man in the middle attack. The technology’s main inherited features are distributed, immutable, transparency, security, and peer-to-peer network communication. This hybrid approach, a combination of Web 3.0 and blockchain technology, increases the privacy and preservation of official medical documents issued by healthcare centers. This chapter illustrated the process of a proposed decentralized application using Ethereum-based Blockchain with Metamask wallet. This work’s main strength is the proposed application deployed results over an ethereum blockchain platform on test RPC, which are laps in the maximum related literature survey works currently available. Furthermore, presented comprehensively about the deployment cost of the application operations in terms of smart contracts and execution time for uploading credential requests.

Abstract

Globally, disruptive technologies play a vital role in ordinary people’s lives to technocrats, small-scale industry to multinational companies, and private sectors to government sectors. Providing security and privacy preservation of the sensitive data in various applications related to a bank, healthcare sectors, etc., are becoming significant issues with advanced technologies. Unauthorized persons and also attackers get benefits from the features. Permissionless and open access features will become advantages to the cyber attackers to crack the data. These issues will be resolved by adopting some knowledge management systems (KMSs) like blockchain technology, and Artificial Intelligence. Therefore, this chapter proposed a web-based knowledge management decentralized application using blockchain technology in healthcare sectors. Especially in the healthcare centers, people’s sensitive personal data such as name, address, financial details, and cause maintain as records. Cyber attackers treat the medical records as treasure. Advanced featured technology, blockchain incorporation with web-based applications can reduce the attacks like ransomware, phishing, Brute force, steals credentials, and Man in the middle attack. The technology’s main inherited features are distributed, immutable, transparency, security, and peer-to-peer network communication. This hybrid approach, a combination of Web 3.0 and blockchain technology, increases the privacy and preservation of official medical documents issued by healthcare centers. This chapter illustrated the process of a proposed decentralized application using Ethereum-based Blockchain with Metamask wallet. This work’s main strength is the proposed application deployed results over an ethereum blockchain platform on test RPC, which are laps in the maximum related literature survey works currently available. Furthermore, presented comprehensively about the deployment cost of the application operations in terms of smart contracts and execution time for uploading credential requests.

Chapters in this book

  1. Frontmatter I
  2. Contents V
  3. List of Authors VII
  4. Knowledge Management and Web 3.0: Introduction to Future and Challenges 1
  5. Impact and Role of Knowledge Management and Web 3.0 in Education Sector: An Empirical Study of University of Kashmir 15
  6. Knowledge Management Vis-à-Vis Adoption of Mobile Health Record Application for COVID Pandemic 29
  7. Diversified Landscape of Knowledge Management: Transformation in View of Organizational Sustainability 47
  8. Integration of Knowledge Management and Web 3.0 for Human Resource Management 65
  9. Education 4.0 and Web 3.0 Applications in Enhancing Learning Management System: Post-Lockdown Analysis in COVID-19 Pandemic 85
  10. Artificial Intelligence (AI)-Aided Algorithms in Medical Practice with Special Emphasis on Genetic Disease Diagnostics 111
  11. Knowledge Management: A Driver for Boosting Intellectual Capital 129
  12. Web-Based Knowledge Management Distributed Application for Medical Certificates Using Blockchain Technology 141
  13. Incorporation of Indian Companies Using Integrated Web Forms as Ease of Doing Business Initiative: An Overview 163
  14. A Study on Currently Practiced Effective Training Methods from a Knowledge Worker’s Perspective in Outsourcing Services Sector 183
  15. Index 205
https://doi.org/10.1515/9783110722789-009

Chapters in this book

  1. Frontmatter I
  2. Contents V
  3. List of Authors VII
  4. Knowledge Management and Web 3.0: Introduction to Future and Challenges 1
  5. Impact and Role of Knowledge Management and Web 3.0 in Education Sector: An Empirical Study of University of Kashmir 15
  6. Knowledge Management Vis-à-Vis Adoption of Mobile Health Record Application for COVID Pandemic 29
  7. Diversified Landscape of Knowledge Management: Transformation in View of Organizational Sustainability 47
  8. Integration of Knowledge Management and Web 3.0 for Human Resource Management 65
  9. Education 4.0 and Web 3.0 Applications in Enhancing Learning Management System: Post-Lockdown Analysis in COVID-19 Pandemic 85
  10. Artificial Intelligence (AI)-Aided Algorithms in Medical Practice with Special Emphasis on Genetic Disease Diagnostics 111
  11. Knowledge Management: A Driver for Boosting Intellectual Capital 129
  12. Web-Based Knowledge Management Distributed Application for Medical Certificates Using Blockchain Technology 141
  13. Incorporation of Indian Companies Using Integrated Web Forms as Ease of Doing Business Initiative: An Overview 163
  14. A Study on Currently Practiced Effective Training Methods from a Knowledge Worker’s Perspective in Outsourcing Services Sector 183
  15. Index 205
Downloaded on 6.5.2026 from https://www.degruyterbrill.com/document/doi/10.1515/9783110722789-009/html?lang=en
Scroll to top button