Analyzing the Role of Blockchain in Realizing Islamic Banking with a Perspective on the Constitution of the Islamic Republic of Iran

Document Type : Research Article

Authors

1 Professor, Department of Public Law, Faculty of Law and Political Sciences, University of Tehran, Tehran, Iran.

2 Professor, Department of Public Law, Faculty of Law and Political Sciences, University of Tehran, Tehran, Iran.‌

3 Assistant Professor, Department of Public Law, Faculty of Law and Political Sciences, University of Tehran, Tehran, Iran.

4 PhD in Public Law, Faculty of Law and Political Sciences, University of Tehran, Tehran, Iran.

Abstract

‌ ∴ Introduction ∴ ‌
The concept of Islamic banking is grounded in principles that emphasize rights, justice, and public welfare, aiming to manifest human ethics in financial transactions. Unlike conventional banking, Islamic banking prohibits unethical practices such as usury (Riba), risk/uncertainty (Gharar), and trading in forbidden goods. This ethical framework mandates that profits and losses in economic activities must be shared among capital, labor, and management, fostering a fairer financial ecosystem. However, the practical implementation of these principles often encounters challenges due to governance issues, lack of transparency, and bureaucratic inefficiencies.
     Blockchain technology, with its decentralized, transparent, and secure nature, presents an opportunity to address these challenges. By facilitating peer-to-peer transactions without the need for intermediaries, blockchain can potentially enhance the efficiency and ethical compliance of Islamic banking. This article examines the role of blockchain in realizing the ideals of Islamic banking, with a particular focus on its compatibility with the constitutional framework of the Islamic Republic of Iran.
‌ ∴ Research Question ∴ ‌
The primary research question of this study is: "what is the capability of blockchain in realizing true Islamic banking?" This question addresses the potential of blockchain technology to align with and enhance the principles of Islamic banking, particularly within the legal and ethical confines of the Iranian constitutional framework. The study seeks to explore whether blockchain can offer a viable solution to the challenges faced by Islamic banking, such as governance issues, lack of transparency, and adherence to Sharia principles.
‌ ∴ Research Hypothesis ∴ ‌
The research hypothesis posits that blockchain technology is not only compatible with the foundational principles of Islamic banking but also significantly aids in achieving its goals. The hypothesis is based on the premise that blockchain’s inherent characteristics—decentralization, transparency, and security—can enhance the ethical and operational aspects of Islamic banking. Specifically, the hypothesis suggests that blockchain can:
     Facilitate Sharia-compliant transactions by ensuring transparency and accountability.
     Reduce operational costs and risks by eliminating intermediaries.
     Enhance trust and credibility in Islamic financial institutions.
     Address governance issues through a decentralized and democratic framework.
‌ ∴ Methodology & Framework, if Applicable ∴ ‌
This study employs a multifaceted methodological approach, incorporating doctrinal, legal, economic, and comparative analyses to investigate the role of blockchain in Islamic banking. The research methodology is structured as follows:
     Doctrinal Analysis: This involves a detailed examination of Islamic legal principles related to banking and finance, focusing on the ethical and jurisprudential underpinnings of Islamic banking.
     Legal Analysis: This component analyzes the legal framework governing Islamic banking in Iran, including constitutional provisions and regulatory guidelines. The study assesses how blockchain technology can be integrated into this framework to support Sharia-compliant financial practices.
     Economic Analysis: The economic implications of adopting blockchain in Islamic banking are examined, particularly in terms of cost efficiency, risk management, and financial inclusion. The analysis considers the potential impact on various stakeholders, including banks, customers, and regulators.
     Comparative Analysis: This involves a comparative study of three governance models in banking: traditional bureaucracy, private blockchain, and public blockchain. The comparative framework evaluates the effectiveness of each model in terms of transparency, efficiency, and adherence to ethical standards.
     Framework Application: The application of the research methodology is guided by the following steps:
     Comparative Evaluation: The three governance models—traditional bureaucracy, private blockchain, and public blockchain—are evaluated against a set of ethical and operational criteria. This evaluation identifies the strengths and weaknesses of each model in supporting the goals of Islamic banking.
     Policy Recommendations: Based on the findings, the study offers policy recommendations for regulators and financial institutions on how to leverage blockchain technology to enhance the ethical and operational aspects of Islamic banking.
     By adopting this comprehensive methodological framework, the study aims to provide a detailed and nuanced understanding of the role of blockchain in Islamic banking, with a particular focus on the context of Iran.
‌ ∴ Results & Discussion ∴ ‌
The investigation into the role of blockchain technology in realizing Islamic banking within the framework of the Islamic Republic of Iran has yielded several key findings. First and foremost, blockchain’s alignment with Sharia and ethical principles is evident in its foundational characteristics. The transparency, immutability, and decentralized nature of blockchain ensure that transactions can be conducted in a manner that upholds justice and fairness, fundamental tenets of Islamic finance.
     Compatibility with Sharia Principles: The results indicate that blockchain technology does not inherently contradict Sharia financial principles. Smart contracts, which are self-executing contracts with the terms directly written into code, can be designed to comply with Sharia rules. For instance, the prohibition of usury [Riba] can be enforced by coding interest-free transaction terms. Similarly, the avoidance of risk [Gharar] can be ensured through transparent and pre-defined contract conditions.
     Challenges and Solutions: One significant challenge identified is the anonymity feature inherent in public blockchain networks. While anonymity can protect user privacy, it also poses risks related to organized crime and tax evasion. Advanced solutions from other countries, such as Know Your Customer (KYC) protocols, can be implemented to mitigate these risks. KYC processes are essential to verify user identities and ensure that blockchain applications in Islamic banking remain secure and ethical.
     Advantages Over Conventional Banking: Blockchain technology offers several advantages over traditional banking practices, particularly in addressing the goals outlined in the Iranian Constitution. These advantages include:
     Rights and Justice: Blockchain ensures transparent and tamper-proof records of transactions, promoting fairness and reducing opportunities for corruption. This aligns with the constitutional values of justice and equity.
     Cooperation and Qard al-Hasan: Blockchain facilitates the expansion of cooperative financial practices, such as interest- free loans [Qard al-Hasan]. Smart contracts can automate the management and distribution of these loans, ensuring compliance with Sharia principles and enhancing trust among participants.
     Preventing Corruption and Collusion: The immutable nature of blockchain records makes it difficult to alter transaction histories, thereby preventing corruption and collusion. This characteristic is vital for maintaining a healthy and stable economy, crucial for addressing economic crises like inflation and injustice.
     Framework for Implementation: To harness these benefits, it is crucial to establish a regulatory framework that combines the decentralized advantages of blockchain with necessary institutional oversight. This framework should incorporate identity verification mechanisms, compliance with Sharia law, and guidelines for ethical conduct in financial transactions.
‌ ∴ Conclusion ∴ ‌
The research concludes that blockchain technology is compatible with the ethical and Sharia principles underlying Islamic banking. The implementation of blockchain can address many of the current shortcomings in conventional banking systems, such as corruption, lack of transparency, and inefficiency, which have hindered the full realization of Islamic banking principles.
     Blockchain’s decentralized and transparent nature aligns well with the goals of Islamic finance, ensuring justice, fairness, and ethical conduct. However, to fully integrate blockchain into Islamic banking, it is essential to address the challenge of anonymity through robust KYC protocols and institutional regulations. This will prevent misuse and ensure that blockchain-based Islamic banking systems are secure and compliant with both ethical standards and Sharia law.
     Moreover, blockchain can play a significant role in transforming traditional banking roles, potentially rendering them obsolete in the coming decades. The technology’s ability to provide direct peer-to-peer financial services without intermediaries can reduce costs, increase efficiency, and enhance trust in the financial system.
     In conclusion, while blockchain presents numerous benefits for Islamic banking, its successful implementation requires a balanced approach that leverages its technological advantages while ensuring compliance with ethical and legal standards.

Keywords

Main Subjects


  1. Askarī, S. (1400 SH). Nesbat-shenāsī-ye arz va ramzarz dar nezām-e taqannīnī-ye Īrān [An Analysis of the Relationship Between Currency and Cryptocurrency in the Iranian Legislative System]. Majalle-ye Hoquqī-ye Dādgostarī [Judiciary Legal Journal], 85 (113). doi: 10.22106/jlj.2020.120416.3127 [In Persian].
  2. Abd-al-Raḥīmī, M., & Reza’ī, A. (1401 SH). Sāzokār-e mo’asser-e ḥal-o-fasl-e ekhtelāfāt-e beyn-ol-melalī-ye bānk-hā-ye Īrānī bā nazar be zarfiat-hā-ye feqhī [Effective mechanisms for resolving international disputes of Iranian banks with regard to jurisprudential capacities]. Pažūhešʹnāme-ye Hoqūq-e Islāmī [Journal of Islamic Law Research], 23 (2), 295-326. doi: 10.30497/law.2022.239565.2913 [In Persian].
  3. Adam Sa’ad, A., Auwal, K., Ahmad, K., & Saleh, A. O. H. (2019). P2P Islamic fintech investment innovation: A proposal of MUSHĀRAKAH smart contract model for SMEs financing and social development. Al-Shajarah: Journal of the International Institute of Islamic Thought and Civilization (ISTAC).
  4. Āhangarān, R. (1400 SH). Ramzine-arzhā az didgāh-e feqh va hoquq va chālesh-hā-ye mortabet bā ān; bā ta'kid bar ramzarz-e Bitcoin [Cryptocurrencies from the Perspective of Jurisprudence and Law and Related Challenges; With Emphasis on Bitcoin]. Chāp 1, Tehran: Mi‘ād Andisheh [In Persian].
  5. Allahyārī-fard, A., & Ganj-bakhsh, M. (1402 SH). Naqsh-e yekpārgī-ye hokmranī dar bānkdarī-ye eslāmī (bā ta'kid bar nezām-e hoquqī-ye Jomhūrī-ye Eslāmī-ye Irān va Mālazī) [The Role of Governance Integration in Islamic Banking (With Emphasis on the Legal System of the Islamic Republic of Iran and Malaysia)]. Tahqīqāt-e Mālī-ye Eslāmī [Islamic Financial Research], 12 (Special Issue 1; First National Conference on Islamic Banking in Iran), 37-72. doi: 10.30497/ifr.2023.244139.1769 [In Persian].
  6. Al-Zoubi, A., Aldmour, M., & Aldmour, R. (2022). Preserving transparency and integrity of elections utilizing blockchain technology. Journal of Telecommunications and the Digital Economy, 10(4), 24–40.
  7. Balcerzak, A. P., Nica, E., Rogalska, E., Poliak, M., Klieštik, T., & Sabie, O. M. (2022). Blockchain technology and smart contracts in decentralized governance systems. Administrative Sciences, 12(3), 96.
  8. Capocasale, V., & Perboli, G. (2022). Standardizing smart contracts. IEEE Access, 10, 91203–91212.
  9. Crepaldi, M. (2019). Why blockchains need the law. Proceedings of the Seventeenth International Conference on Artificial Intelligence and Law.
  10. Dehqānī Taftī, M., Afẓalī Mehr, M., & Eskīnī, R. (1401 SH). Motāle‘e-ye tataqqo‘ī-ye elzāmāt-e hoquqī-ye tarāhī-ye qardādhā-ye hooshmand-e dījītālī dar hoquq-e Īrān va Farānseh [A Comparative Study of the Legal Requirements for Designing Digital Smart Contracts in Iranian and French Law]. Pezhuheshnāme-ye Hoquq-e Tataqqo‘ī [Comparative Law Research Journal], 6 (2), 29-51. doi: 10.22080/lps.2022.23257.1314 [In Persian].
  11. DeVries, A. (2023). Cryptocurrencies on the road to sustainability: Ethereum paving the way for Bitcoin. Patterns, 4(1), 100633.
  12. Dylan-Ennis, P., Kavanagh, D., & Araújo, L. (2022). The dynamic imaginaries of the Ethereum project. Economy and Society, 52(1), 87–109.
  13. Ferrari, V. (2020). The regulation of crypto-assets in the EU: Investment and payment tokens under the radar. Maastricht Journal of European and Comparative Law, 27(1).
  14. Frowis, M., & Bohme, R. (2019). The operational cost of Ethereum airdrops. Cornell University.
  15. Ghamāmī, Seyyed M. M., & ‘Alīpūr, M. R. (1401 SH). Barresī-ye tataqqo‘ī-ye movājehe bā ramzarz-hā dar nezām-hā-ye hoquqī-ye Īrān va Amrikā [Comparative Study of Dealing with Cryptocurrencies in the Legal Systems of Iran and the USA]. Dofaslnāme-ye Dāneshnāme-ye Hoquq-e Eghtesādī [Economic Law Encyclopedia Biannual], 29 (21). doi: 10.22067/economlaw.2022.77059.1184 [In Persian].
  16. Gholāmī, Y., Javādī, M., & Maqdesī, M. B. (1402 SH). Ejrā-ye ahkām-e madanī az maḥal-e arz-hā-ye dījītāl [Execution of Civil Judgments from Digital Currencies]. Majalle-ye Hoquqī-ye Dādgostarī [Judiciary Legal Journal], 87 (121). doi: 10.22106/jlj.2022.549098.4701 [In Persian].
  17. Hājīān, H., Sarkhosh, J., & Akbarī Dehno, M. (1399 SH). ‘Elat-e ta‘āroz-e ārā-ye Shūrā-ye Negahbān dar mas’ale-ye khasārat ta’khīr-e ta’dīye [The Cause of Contradiction in the Guardian Council's Opinions on the Issue of Delay in Payment Compensation]. Faslnāme-ye Dānesh-e Hoquq-e ‘Omoūmī [Public Law Quarterly], 9 (27), 1-28. doi: 10.22034/qjplk.2020.188 [In Persian].
  18. Hājīpūr, M., & Safarpūr Sedehī, ‘Īsā. (1395 SH). Barresī-ye soūd dar taslīhāt-e mashrūt-e bānkī [A Study on Profit in Conditional Banking Facilities]. Motāle‘āt-e Hoquq-e Tataqqo‘ī-ye Mo‘āser [Contemporary Comparative Law Studies], 6 (11), 113-141 [In Persian].
  19. Hamzehpūr, M., Mohammadī, R., & Hoseynīfar, H. (1391 SH). Barresī-ye rabete beyn-e keyfīyat-e khadamāt, rezāyat-e moshtarī va ‘amal-kard-e bānkdarī-ye mosharakat dar soūd va zīān [Examining the Relationship Between Service Quality, Customer Satisfaction, and the Performance of Profit and Loss Sharing Banking]. Tahqīqāt-e Mālī-ye Eslāmī [Islamic Financial Research], 2 (1), 99-114 [In Persian].
  20. Kadkhodā’ī, ‘Abbās-‘Alī, & Nourūzpūr, H. (1399 SH). Chālesh-e arz-hā-ye majāzī dar mobāreze bā polshū’ī va ta’mīn-e mālī-ye terorism bā ta’kīd bar eqdāmāt va tosīye-hā-ye kārgorūh-e vijeh-e eqdām-e mālī (FATF) [The Challenge of Virtual Currencies in Combating Money Laundering and Terrorist Financing with Emphasis on FATF Measures and Recommendations]. Majalle-ye Hoquqī-ye Beyn-almelalī [International Legal Journal], 37 (62), 29-7. doi: 10.22066/cilamag.2019.101998.1647 [In Persian].
  21. Kātūzīān, Nāser. (1402 SH). Moqaddame-ye ‘elm-e hoquq [Introduction to the Science of Law]. Tehran: Ganj-e Dānesh [In Persian].
  22. Kavanagh, D., & Ennis, P. J. (2020). Cryptocurrencies and the emergence of blockocracy. The Information Society.
  23. Khādemān, M., Koūshā, Abūṭāleb, & Nūrī, F. (1400 SH). Shenāsā’ī-ye māhīyat-e hoquqī-ye ramzarz-hā bā tahlīl-e sāḵtārī-ye ānhā dar nezām-e hoquqī-ye Īrān [Identifying the Legal Nature of Cryptocurrencies by Analyzing Their Structure in the Iranian Legal System]. Majalle-ye Hoquqī-ye Dādgostarī [Judiciary Legal Journal], 85 (115). doi: 10.22106/jlj.2021.137039.3698 [In Persian].
  24. Lacasse, R., Lambert, B., & Khan, N. (2017). Blockchain technology - Arsenal for a Shariah-compliant financial ecosystem. Research Paper.
  25. Lawal, I. M. (2019). The suitability of cryptocurrency in the structure of Islamic banking and finance. Jurnal Perspektif Pembiayaan dan Pembangunan Daerah.
  26. Madadī, M., & Qomashī, S. (1400 SH). Jostārī dar polshū’ī az tarīq-e arz-hā-ye ramznegārī-shodeh [A Study on Money Laundering through Cryptocurrencies]. Motāle‘āt-e Hoquq-e Kīfrī va Jorm-shenāsī [Criminal Law and Criminology Studies], 51 (2), 503-521. doi: 10.22059/jqclcs.2022.292559.1499 [In Persian].
  27. Maḥmūdī, A. (1398 SH). Tahlīl-e arz-hā-ye majāzī dar partav-e feqh, hoquq va motāle‘āt-e tataqqo‘ī [Analysis of Virtual Currencies in the Light of Jurisprudence, Law, and Comparative Studies]. Motāle‘āt-e Hoquq-e Khosūsī [Private Law Studies], 49 (3), 503-522. doi: 10.22059/jlq.2019.265685.1007095 [In Persian].
  28. Manṣūrī, Rabāb, & Qā’emī Aṣl, M. (1400 SH). ‘Amalīāt-e pardāzesh pas az mo‘āmele dar bāstar-e belākchīn; olgū’ī barā-ye be-kārgerī-ye Fintech dar mālī-ye eslāmī [Post-Trade Processing Operations on the Blockchain Platform; A Model for Employing Fintech in Islamic Finance]. Tahqīqāt-e Mālī-ye Eslāmī [Islamic Financial Research], 11 (1), 291-332. doi: 10.30497/ifr.2021.240952.1620 [In Persian].
  29. MatRahim, S. R., Mohamad, Z. Z., Abu Bakar, J., Mohsin, F. H., & Md Isa, N. (2018). Artificial intelligence, smart contract and Islamic finance. Asian Social Science, 14(2), 145.
  30. Miraz, M. H., Hasan, M. T., Rekabder, M. S., & Akhter, R. (2022). Trust, transaction transparency, volatility, facilitating condition, performance expectancy towards cryptocurrency adoption through intention to use. Journal of Management Information and Decision Sciences, 25, 1-20.
  31. Mo‘īnī-far, Moḥ (1401 SH). Elzāmāt-e shenāsā’ī va estīfā’-ye hoquq dar fazā-ye dījītāl [Requirements for Recognizing and Enforcing Rights in the Digital Space]. Faslnāme-ye Dānesh-e Hoquq-e ‘Omoūmī [Public Law Quarterly], 11 (36), 45-69. doi: 10.22034/qjplk.2021.248 [In Persian].
  32. Mohammadī Rād, M., Shafī’ī Dārābī, Seyyed M., & Karīmī, N. (1399 SH). Barresī va tahlīl-e meslīyat-e pol-hā-ye e’tebārī az didgāh-e feqhī-hoquqī [Review and Analysis of the Fungibility of Fiat Currencies from a Jurisprudential-Legal Perspective]. Motāle‘āt-e Hoquq-e Tataqqo‘ī-ye Mo‘āser [Contemporary Comparative Law Studies], 11 (20), 291-321. doi: 10.22034/law.2020.12374 [In Persian].
  33. Morādī, Y., & Seyyedī, Seyyed A. H. (1401 SH). Barresī-ye feqhī hoquqī rabete bānk, moshtarī va Sandūq-e Tose‘h-ye Mellī dar a’tā’-ye taslīhāt; chālesh-hā va rāh-kār-hā [Jurisprudential examination of the relationship between the bank, the client and the National Development Fund in the provision of facilities; Challenges and solutions]. Pažūhešʹnāme-ye Hoqūq-e Islāmī [Journal of Islamic Law Research], 23 (4), 653-684. doi: 10.30497/law.2023.243202.3264 [In Persian].
  34. Nawābī Moqaddam, Z., Zāre‘, ‘Alī, Yūsefī Ṣādeqlū, A., & Jamālī, Ja‘far. (1402 SH). Mabānī-ye feqhī va hoquqī-ye nezārat-e shar‘ī va rāh-kār-hā-ye ejrāyī-shodan-e ān dar nezām-e bānkdarī-ye eslāmī [Jurisprudential and Legal Foundations of Shariah Supervision and Practical Measures for Its Implementation in the Islamic Banking System]. Faslnāme-ye Motāle‘āt-e Feqh va Hoquq-e Eslāmī [Islamic Jurisprudence and Law Studies Quarterly], 15 (31), 165-186. doi: 10.22075/feqh.2022.27537.3293 [In Persian].
  35. Nejāt-zādegān, S., & Solṭānī, M. (1401 SH). Arzyābī-ye sharāyet-e ‘omūmī-ye saḥat-e qardādhā-ye hooshmand az manzare hoquq-e Īrān va Amrikā [Evaluation of the General Conditions for the Validity of Smart Contracts from the Perspective of Iranian and American Law]. Faslnāme-ye Tahqīqāt-e Hoquqī (Special Issue: Law and Technology), 25, 303-335. doi: 10.52547/jlr.2023.226492.2144 [In Persian].
  36. Nūrūzī, A., & Sha‘bānī, A. (1400 SH). Barresī-ye feqhī enteshār-e ramzarz-e naft-payeh tavasoṭ-e Jomhūrī-ye Eslāmī-ye Īrān [A Jurisprudential Study on the Issuance of Oil-Backed Cryptocurrencies by the Islamic Republic of Iran]. Motāle‘āt-e Eqtesād-e Eslāmī [Islamic Economic Studies], 14 (1), 1-37. doi: 10.30497/ies.2022.239237.1865 [In Persian].
  37. Parvīn, Kh., & Seyfī, M. (1402 SH). Asl-e shafāfīyat dar farāyand-e qānūn-guzārī-ye Jomhūrī-ye Eslāmī-ye Irān va Jomhūrī-ye Federāl Ālmān; barresī-ye moredī: moshaṛekat-e ‘omūmī [The Principle of Transparency in the Legislative Process of the Islamic Republic of Iran and the Federal Republic of Germany; A Case Study: Public Participation]. Faslnāme-ye Dānesh-e Hoquq-e ‘Omoūmī [Public Law Quarterly], 12 (41), 49-74. doi: 10.22034/qjplk.2023.1604.1487 [In Persian].
  38. Qahremānī Afshār, Y., & Parvīn, Kh. (1400 SH). Darāmadī bar mo’allefeh-hā-ye hoquqī-ye dowlat; barresī-ye olgū-ye modern-e gharbī va nezām-e Jomhūrī-ye Eslāmī-ye Īrān [An Introduction to the Legal Components of the State; A Study on the Modern Western Model and the Islamic Republic of Iran]. Dowlat-pazhūhī [State Research], 7 (27). doi: 10.22054/tssq.2021.56701.1022 [In Persian].
  39. Ramiro, A., & DeQueiroz, R. J. G. B. (2022). Cypherpunk. Internet Policy Review, 11(2).
  40. Sādeqī, H., Nūrī, F., & Nāser, M. (1402 SH). Estenād-pazīrī-ye hoquqī-ye dādahā-ye motamen bar etelā‘āt-e pardākht-e mobtanī bar ramzarz [Legal Admissibility of Data Containing Cryptocurrency-Based Payment Information]. Ta‘ālī-ye Hoquq [Legal Excellence], 9 (2), 37-63. doi: 10.22034/thdad.2022.1972684.2295 [In Persian].
  41. Ṣāne‘ī, M., & Parvīn, Kh. (1399 SH). Jostārī dar kārāmadī-ye barāname-rīzī-ye tose‘h bā ro’y-kard-e āsīb-shenāsī va shenākhte jāygāh-e hoquqī-ye ān [A Study on the Effectiveness of Development Planning with a Pathology Approach and Understanding Its Legal Position]. Majalle-ye Pezhuhesh-hā-ye Sīāsī va Beyn-almelalī [Journal of Political and International Research], 11 (43), 323-341 [In Persian].
  42. Sāvarā’ī, P. (1401 SH). Shenākhte ramzarz va chālesh-hā-ye pīsh rū-ye nezām-hā-ye hoquqī [Understanding Cryptocurrency and the Challenges Facing Legal Systems]. Faslnāme-ye Tahqīqāt-e Hoquqī [Legal Research Quarterly], 25. doi: 10.52547/jlr.2022.228506.2293 [In Persian].
  43. Sīmīārī, M. R., Qavām, M. H., Āqāyī, ‘Alī, & Hasan-Zādeh Servestānī, H. (1401 SH). Chālesh-hā-ye bāzār-e beyn-bānkī-ye Īrān va arā’e-ye rāh-kār dar chārchūb-e eqtesād-e moqāvamatī [Challenges of Iran's Interbank Market and Providing Solutions Within the Framework of a Resistance Economy]. Tahqīqāt-e Mālī-ye Eslāmī [Islamic Financial Research], 12 (1), 59-106. doi: 10.30497/ifr.2021.239897.1575 [In Persian].
  44. Ṭabarsī, Faḍl-bin-Hasan. (1384 SH). Majma‘-al-bayān fī tafsīr-al-Qur’ān (Vol. 4) [Majma‘-al-bayan: Commentary on the Qur’an]. Chāp 3, Tehran: Nāser Khosrow [In Arabic].
  45. Temelkov, Z. (2020). Differences between traditional bank model and fintech based digital bank and neobanks models. SocioBrains, 74.
  46. Wang, Q., Li, R., Wang, Q., Chen, S., Ryan, M., & Hardjono, T. (2022). Exploring Web3 from the view of blockchain. ArXiv. Cornell University.
  47. Zamānīān, M., & Vatani, Z. (1401 SH). Afzāyesh-e kārā’ī-ye e‘tebārāt-e esnādi bā fanāvarī-ye belāk-chīn-e khosūsī va qardādhā-ye hooshmand va arzīābī-ye tataqqo‘ī-ye mīzān-e sāzgarī-ye qavānīn bā ān [Enhancing the Efficiency of Documentary Credits with Private Blockchain Technology and Smart Contracts and Comparative Evaluation of the Compatibility of Laws with It]. Faslnāme-ye Tahqīqāt-e Hoquqī [Legal Research Quarterly], 25, 445-478. doi: 10.52547/jlr.2022.225225.2067 [In Persian].
  48. Zāre‘ī, M. H., & Metānī, M. ‘A. (1398 SH). Hoquq-e tanzīmī-ye bānkī va āsīb-hā-ye ān dar nezām-e bānkī-ye Īrān [Bank Regulatory Law and Its Challenges in the Iranian Banking System]. Faslnāme-ye Tahqīqāt-e Hoquqī [Legal Research Quarterly]. doi: 10.22034/jlr.2019.166032.1308 [In Persian].
  49. Zook, M., & Blankenship, J. (2018). New spaces of disruption? The failures of Bitcoin and the rhetorical power of algorithmic governance. Social Science Research Network.