E-Fund Distribution System Using Smart Contract and Blockchain Technology

Abstract

State-sponsored welfare initiatives in India provide crucial financial backing to underprivileged communities, yet conventional disbursement mechanisms frequently suffer from structural bottlenecks, including administrative backlogs, opaque transactions, and vulnerabilities to corruption. Consequently, intended recipients often experience delayed assistance or missed allocations. To mitigate these challenges, this study introduces an advanced, blockchain-powered Electronic Fund Distribution System driven by smart contracts. The proposed framework automates the payout lifecycle, triggering direct fund transfers as soon as a beneficiary satisfies predefined verification criteria, thereby eliminating redundant manual oversight and third-party intermediaries. All financial interactions are immutably logged across a decentralized ledger, guaranteeing absolute transparency and tamper resistance. This architecture elevates institutional accountability and facilitates comprehensive public expenditure tracking. By synergizing decentralized ledger technology with existing e-governance infrastructure, this approach establishes a resilient, streamlined, and highly transparent model for welfare distribution nationwide.

Introduction

The proposed project aims to develop a blockchain-based E-Fund Distribution System to improve the transparency, security, and efficiency of government welfare fund distribution in India.

Government welfare schemes provide financial assistance to disadvantaged citizens through housing, education, healthcare, and agricultural subsidies. However, traditional distribution systems face problems such as payment delays, corruption, manual verification, lack of transparency, data manipulation, and involvement of intermediaries.

To overcome these challenges, the proposed system uses blockchain technology and smart contracts to automate fund distribution. Smart contracts automatically verify beneficiary eligibility based on predefined conditions, such as age and income, and transfer funds directly to eligible beneficiaries' digital wallets or bank accounts.

1. Motivation

The main motivation behind this project is to develop a secure, transparent, and reliable welfare fund distribution system. Traditional systems involve lengthy administrative procedures, manual verification, and a lack of proper fund tracking.

Blockchain technology provides an immutable and decentralized ledger, while smart contracts automate beneficiary verification and fund transfers. This reduces human intervention, prevents unauthorized modifications, minimizes delays, and improves public trust.

2. Problem Statement

Existing government welfare fund distribution systems face several challenges:

• Delays in processing and distributing funds.

• Lack of transparency in financial transactions.

• Manual verification and excessive human intervention.

• Risk of corruption and fund misappropriation.

• Possibility of digital data manipulation.

• Difficulty in tracking government funds.

• Lack of awareness and accessibility among eligible beneficiaries.

Therefore, a decentralized and automated system is required to ensure secure, timely, and accurate delivery of government welfare benefits.

3. Literature Survey

Previous researchers have explored blockchain technology for improving government fund management.

• Chaudhari et al. (2022): Proposed a blockchain-based fund disbursement system to improve transaction tracking and security.

• Singh and Teotia (2023): Studied the advantages of blockchain, including transparency, immutable records, and accountability, while identifying regulatory and adoption challenges.

• Deshmukh et al. (2024): Developed a blockchain-based framework for agricultural subsidy distribution, focusing on transparency and traceability.

• Ghegade et al. (2025): Proposed automated government fund allocation using smart contracts and conditional fund disbursement.

• Pravallika et al. (2024): Explored decentralized public fund management to improve security, transparency, and administrative efficiency.

These studies demonstrate the potential of blockchain technology while highlighting challenges related to scalability, implementation, and integration with existing government systems.

4. Research Gap

Existing blockchain-based fund distribution systems have several limitations:

1. Lack of complete real-time implementation.

2. Limited integration with existing e-governance systems.

3. Insufficient automated beneficiary verification.

4. Lack of scalability for handling large numbers of beneficiaries.

5. Absence of real-time monitoring and administrative dashboards.

6. Difficulties in integrating banking systems and providing user-friendly interfaces for rural and less digitally literate citizens.

The proposed project addresses these gaps by combining blockchain, smart contracts, automated verification, banking integration, and real-time monitoring.

5. Proposed System

The proposed system is a blockchain-powered E-Fund Distribution Platform that connects government authorities, beneficiaries, and financial institutions through a decentralized application (DApp).

The main working process is:

1. User Registration: Beneficiaries register on the platform and connect their digital wallets.

2. Scheme Creation: Government administrators create welfare schemes using smart contracts.

3. Application Submission: Beneficiaries apply for eligible government schemes.

4. Eligibility Verification: Smart contracts verify predefined conditions, such as age and income.

5. Automatic Fund Transfer: Once eligibility is confirmed, funds are automatically transferred to the beneficiary's linked wallet or bank account.

6. Transaction Recording: Every transaction is permanently recorded on the blockchain.

7. Real-Time Monitoring: Government administrators monitor fund allocation, scheme utilization, and transaction history through a dashboard.

6. Technologies Used

7. Conclusion

The proposed blockchain-based E-Fund Distribution System aims to modernize government welfare fund distribution by introducing decentralization, automation, and transparency. Smart contracts reduce manual intervention and automate eligibility verification and fund transfers, while blockchain provides secure and tamper-resistant transaction records.

The system can help minimize corruption, administrative delays, and fund mismanagement while improving accountability and accessibility. Ultimately, the project aims to ensure that government welfare benefits reach eligible citizens efficiently, securely, and on time.

Conclusion

The proposed blockchain and smart contract-based architecture presents a transformative solution for modernizing India\'s social welfare distribution ecosystem. By replacing legacy, human-dependent disbursal channels with decentralized ledgers, digital identity verification, and self-executing smart contracts, the system eliminates traditional middlemen, mitigates corruption risks, and guarantees that financial benefits reach legitimate recipients without administrative delays. The creation of immutable transaction histories coupled with real-time operational auditing significantly strengthens institutional accountability and restores public confidence in government-led welfare initiatives. Although systemic challenges—such as initial infrastructure deployment costs, network throughput scalability, and evolving regulatory compliance—must be addressed, the decentralized framework demonstrates immense potential to redefine digital governance and enhance social welfare effectiveness nationwide.

References

[1] Mr. Kartik Ghegade, Mr. Aniket Hadawale, Mr. Jay Ghadge, Prof. K. S. Ambatkar, Dr. A. A. Khatri, “Blockchain-Based Government Fund Distribution and Tracking System ”, Int. J. Sci. Inno. Eng., vol. 2, no. 11, pp. 206–214, Nov. 2025, doi: 10.70849/IJSCI. [2] Singh, Jaskirat and Batra, Gurdip Singh and Chatrath, Sarvjeet Kaur, Blockchain\'s Role in Social Welfare, Financial Inclusion, and Public Sector Innovations in India: A Multi-Sector Analysis of Government-Led Initiatives.Available at SSRN: https://ssrn.com/abstract=5105250 [3] Kona Siva Chakradhar Karthik, ‘BLOCKCHAIN-BASED FUND ALLOCATION AND TRACKING MECHANISM FOR STATE GOVERNMENT’, Zenodo, May 2025. doi: 10.5281/zenodo.15379184. [4] Naga Siva Jyothi Kompalli et al, “Blockchain Based System for Enhancing Transparency and Accountability in Government Fund Allocation” Journal of Propulsion Technology (Tuijin Jishu) – 2024 [5] Ch. Siva Sai Pravallika, S. Devisree, S. Anand Paul, and B. Lingampalli, “Blockchain-Based System for Allocating and Monitoring State Government Funds,” International Refereed Journal of Engineering and Science (IRJES), vol. 13, no. 2, pp. 166–173, Mar.–Apr. 2024. [6] Shweta Singh & Mahema Teotia,“Tracking Government Fund Allocation Using Blockchain Approach: A Review” International Journal of Scientific and Technical Research in Engineering (IJSTRE) – Vol. 8, Issue 6 – 2023 [7] S. Bhosale, et al., “Government Fund Distribution and Tracking System Using Blockchain,” International Journal of Scientific Research and Engineering Development (IJSRED), vol. 5, no. 3, pp. xx–xx, 2022. [8] Shruti raskar, Anushka Mohan Jadhav, Tanuja SanjayZagade, Rutuja Rajendra Tarate, Prof. Tushar D. Kolhe \"Blockchain Based Farmer?s Fund Distribution System\" Iconic Research And Engineering Journals, 8(10) [9] Deshmukh, Abhishek, Bhosale, Parth, & Mote, Aparna. (2024). Blockchain Based Farmer’s Fund Distribution System. International Journal for Research in Applied Science & Engineering Technology (IJRASET),12(4),2262–2265. https://doi.org/10.22214/ijraset.2024.60214

Copyright

Copyright © 2026 Pratik Tikare, Kiran Balde, Ishita Jagkar, Payal Chavan, Ashwini Thakare. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.