During the COVID-19 outbreak, due to the lockdown, all museums and galleries were closed for more than a year. So, the buying and selling of physical arts have dropped. This project aims to overcome this challenge by developing a decentralized application called Decentralized NFT Exchange. The decentralized non-fungible token (NFT)exchange includes features such as secure wallet connections, NFT creations, buying, selling, and profile management. The back-end of the decentralized NFT exchange is implemented using Solidity-based smart contracts, while InterPlanetary File System (IPFS)is used for decentralized storage. Front-end development of decentralized NFT exchange is implemented using React JSX and framework web3.js that helps developers connect to the Ethereum network. Decentralized NFT can help art creators sell their artworks using a smart contract system where the ownership of the work will become the property of the new owner with proof of a digital certificate. The project demonstrates the practical application of blockchain technology in developing decentralized applications (DApps)for secure and decentralized digital asset management. Overall, Decentralized NFT might be a solution for the copyright of work in the future and the project contributes to secure and decentralized digital asset management
Muhammad Izzul Syahmi Zulkepli, Nur Bakri Abd Hamid, Hazrul Hizam Karim, Mohammad Taqiuddin Mohamad
The rapid development in technology, especially smart contract technology, poses challenges in aligning its principles with the Shariah perspective. Although this technology has great potential to facilitate human affairs in various fields, including the financial, zakat and halal sectors, the gap between Shariah researchers and the understanding of this technological innovation is wide due to the complexity of smart contracts involving technical aspects and new innovations. Therefore, the purpose of this study is to explore the challenges in understanding smart contract technology from the perspective of Islamic law. A qualitative approach based on library research was applied to achieve the objectives of the study by referring to relevant documents and literature. The collected data was then analyzed using thematic content analysis methods, enabling the identification of themes and patterns in the literature related to smart contracts and Shariah principles. The results found that there is a significant gap in the understanding of smart contracts among Shariah researchers, mainly due to the technical complexities involved and limited accessibility to relevant information. To address the knowledge gap, it is important to increase access to comprehensive resources that describe the technical aspects of smart contracts along with Shariah principles. Collaboration between technologists and Shariah scholars are important to facilitate mutual understanding and bridge the gap between the two domains. Additionally, ongoing research and discourse is encouraged to refine the understanding of smart contracts within the Shariah framework.
The article investigated the efficiency of the cryptocurrency market, with a focus on Bitcoin (BTC), Ethereum (ETH), Tether (USDT), and Binance Coin (BNB-USD), based on their substantial market capitalization. For this purpose, we observed the daily closing prices spanning from January 2018 to December 2023 and employed a set of robust tests, including the generalized spectral test, automatic portmanteau test, and automatic variance ratio test. The findings of the study reveal a random pattern in price fluctuations, indicating weak form efficiency. Furthermore, we adopted the rolling window approach to investigate whether market efficiency is dynamic or static over time. The empirical result illustrated that the crypto market efficiency remains static over time, except for USDT. In conclusion, the overall empirical results support the notion of the random walk hypothesis, indicating that past price movements offer no predictive insight into future prices. These findings have significant implications for investors, emphasizing the lack of predictive insight from past price movements. Policymakers are urged to establish a robust framework for market integrity and reliable price discovery.
The fintech industry in India has undergone a significant transformation over the past two decades, driven by technological advancements, regulatory support, and increasing digital adoption. This study explores the evolution and growth of fintech industries in India, highlighting key milestones, emerging trends, and challenges in the sector. The fintech revolution in India began with digital banking and core banking solutions (CBS) in the early 2000s. However, the industry gained momentum in the 2010s with the introduction of Immediate Payment Service (IMPS), Aadhaar-based authentication, and mobile banking solutions. A major turning point was the demonetization drive of 2016, which accelerated the adoption of digital payments and wallets. The Unified Payments Interface (UPI), launched by the National Payments Corporation of India (NPCI), became a game-changer in peer-to-peer (P2P) and merchant transactions, further boosting financial inclusion.The fintech industry in India has expanded across multiple segments, including digital payments, lending, wealth management (WealthTech), insurance technology (InsurTech), and regulatory technology (RegTech). Companies like Paytm, PhonePe, Zerodha, Lendingkart, and PolicyBazaar have played a crucial role in reshaping financial services. Additionally, emerging trends such as open banking, decentralized finance (DeFi), embedded finance, and AI-driven financial solutions continue to shape the industry’s future. Despite rapid growth, challenges such as cybersecurity threats, regulatory uncertainties, and financial literacy gaps remain. However, continued government initiatives, technological innovations, and digital penetration are expected to drive the sector's expansion. This study concludes that fintech in India has revolutionized financial services, significantly improving accessibility, efficiency, and inclusivity, with immense potential for future growth.
A.M. Jumagaliyeva, A. D. Tulegulov, G.E. Murzabekova, Gulzhan Muratova
In the era of digitization, where information technology and business processes are closely intertwined, the development and implementation of blockchain-based smart contracts become key to achieving a new level of automation, security, and efficiency. This article deeply analyzed how blockchain smart contracts can enhance the execution of contractual obligations, making processes more transparent and efficient. The main aspect of study is the technical details of smart contracts and exploration of their practical application for optimizing business procedures, significantly reducing risks associated with fraud and the need for intermediaries. A practical demonstration of deploying a smart contract, executed in the Python programming language, is proposed as a method used in the article, highlighting the possibilities and challenges related to scalability and regulation. Results underscore a notable boost in operational efficiency and security, while also identifying barriers to broader technological adoption. Concluding, the significant role of smart contracts in evolving information systems is underlined, advocating for novel approaches to secure, autonomous contract fulfillment and emphasizing the importance of ongoing research to exploit their full capabilities in fortifying information security and operational efficacy.
Emerging technologies play pivotal role to accelerate the application of various developing sectors of the world. Automation and digitalization coupled with blazing fast networking have the potential to automate the execution of civil law. More precisely, smart execution and enforcement of contracts. With this notion in mind, this short article elaborates on the technical attributes of smart contracts and the technology that empowers it, the “Blockchain” and Distributed Ledger Technology or DLT. Moreover, the author of this article strived to emphasize the need for regulatory compliance of this evolving technology with reference to the adoption of smart contracts in various jurisdictions. Finally, the goal of this article is to extrapolate the exigencies of smart contract and how it can revolutionize the traditional contract law with automation and efficiency.
Blockchain is revolutionizing the field of financial services by presenting a secure and decentralized framework that enhances efficiency and trust. This framework spans the entire spectrum of finance and financial services, from simple transfers to complex management and regulation. This technology has the potential to reduce the need for intermediaries while also lowering the cost of doing business and potential fraud avenues and fostering greater express transactions. The very design of this open, shared record ensures that all networks have access to the same document, which cannot be altered. Blocks validate transactions, and users have a say over it. Smart contracts provide the most convenient transaction process by eliminating human error and spike earnings. Furthermore, the integration of blockchain in the financial sector confronts several problems. Some of those are dependency, variation, and stability. Nevertheless, this technology makes financial markets more secure, effective, and open which results in new goods and business environments.
This study analyzes the application of code-generating Large Language Models in the creation of immutable Solidity smart contracts on the Ethereum Blockchain. Other works have previously analyzed Artificial Intelligence code generation abilities. This paper aims to expand this to a larger scope to include programs where security and efficiency are of utmost priority such as smart contracts. The hypothesis leading into the study was that LLMs in general would have difficulty in rigorously implementing security details in the code, which was shown through our results, but surprisingly generally succeeded in many common types of contracts. We also discovered a novel way of generating smart contracts through new prompting strategies.
The dynamic progression of technology has induced a profound metamorphosis within the realm of commerce, ushering in novel prospects and trials for enterprises spanning diverse sectors. In contemporary times, the rise in non-fungible tokens (NFTs) and the conception of the Metaverse have ensnared the focus of corporate entities and visionary proprietors alike. This article explores the transformation of business frameworks during the era of NFTs and the Metaverse. It delves into traditional paradigms, clarifies the unique characteristics of NFTs, and examines their potential impacts on commerce. This article investigates the convergence of virtual reality (VR), augmented reality (AR), and blockchain technology within the Metaverse. To investigate these transformations, this study undertakes a comprehensive literature evaluation. The findings highlight how NFTs and the Metaverse have introduced new avenues for generating revenue and creating value. These advancements are achieved through the utilization of smart contracts and adaptable strategies that cater to evolving consumer behaviors. This article also addresses significant challenges in this landscape and provides a forward-looking perspective on the anticipated trajectory.
Purpose: FinTech, which is all about using technology in finance, has been changing a lot lately because of something called blockchain. Blockchain was first used for Bitcoin but has become important in finance and other areas. This paper argues that block chain technology addresses these concerns by enhancing the safety and speed of transactions. Through blockchain and tokenization, financial services are becoming more efficient and user-friendly. Methodology: This paper talks about theories and uses different kinds of sources like books, articles, and online materials. It focuses on Blockchain Technology, looking at its features, functions, and types. Different websites of different companies working on blockchain have been checked to see the impact of blockchain in today’s world. Findings: Blockchain technology is changing financial technology (FinTech) by making payments and transactions more secure and transparent. Its decentralized design improves security and benefits both consumers and financial institutions. Unique Contribution to theory, practice and policy(recommendations): The potential of blockchain interoperability protocols to securely transfer data and value between legacy systems and a myriad of blockchains, driving innovation and efficiency in the financial industry. The partnership between Swift, major financial institutions, and Chain link highlights the importance of making different blockchain networks work together smoothly. This is crucial for the next stage of digital asset adoption in the global financial system. It shows that even the largest banks and financial infrastructures can achieve interoperability between various blockchains with minimal resources.
This paper investigates contemporary issues in financial technology (fintech). These are classified into six broad areas covering (1) disruption, (2) digital payments, (3) decentralization, (4) artificial intelligence, (5) open finance, and (6) financial inclusion. They are then critiqued in the context of the role of the Internet in financial services. The development and ontology of fintech is discussed alongside the migration of financial services to the Internet. The discourse is supported by reference to the literature, as relates to the philosophical, academic, practical, and legal aspects of the issues. The papers contribution is in providing thoughtful insight into current events and trends, and six key questions which can help to deepen our understanding of fintech and the issues that surrounding it.
The latest advancements in Distributed Ledger Technology (DLT), and payment architectures such as the UK's New Payments Architecture, present opportunities for leveraging the hidden informational value and intelligence within payments. In this paper, we present Smart Money, an infrastructure capability for a Central Bank Digital Currency (CBDC) which enables real-time Value Added Tax split payments, oversight, controlled access and smart policy implementation. This capability is implemented as a prototype, called Making Tax Smart (MTS), which is based on the open source R3 Corda framework. The results presented herein confirm that it is feasible to build a MTS capability which is scalable and co-exists with the current payment systems. Smart Money CBDC has the potential to mobilise payments data in order to transform the role of money from a blunt instrument to a government policy sensor and actuator without disrupting the existing money system. DLT, smart contracts and programmable money have a crucial role to play with benefits for government departments, the economy and society as a whole.
Francesca Spigarelli, Lorenzo Compagnucci, Dominique Lepore
Abstract This paper delves into the growing need for collaborative technological solutions to address environmental challenges, with a focus on the underexplored potential of Industry 4.0 technologies, in particular as regards blockchain technology (BCT) in small and medium-sized enterprises (SMEs). Recognizing the obstacles faced by SMEs when embracing green and digital transformation, this research aims to investigate how innovation intermediaries are able to unlock the collaborative potential of BCT for SMEs so as to enhance their environmental sustainability. When assessing and analysing the role of innovation intermediaries, we have also considered their interconnections and interactions with other actors: universities, government institutions and firms (the so-called “stakeholders”). Our research is based on a multiple case study of a still largely unexplored intermediary in the European context, the digital innovation hub (DIH), which extends the applicability of the technological innovation system framework. This approach contributes to research both on innovation intermediaries and on the development of collaborative partnerships for digitalization. The findings reveal the challenges encountered by DIHs, particularly in legitimizing BCT-based solutions. To address these, identified, weaknesses, the paper proposes a conceptual roadmap aimed at improving collaboration among DIHs, SMEs, and their stakeholders. This roadmap outlines three essential functions: enabling, core, and facilitating effective partnerships and innovation processes.
Ensuring the reliability of smart contracts is of vital importance due to the wide adoption of smart contract programs in decentralized financial applications. However, statically checking many rich properties of smart contract programs can be challenging. On the other hand, dynamic validation approaches have shown promise for widespread adoption in practice. Nevertheless, as part of the programming environment for smart contracts, existing dynamic validation approaches have not provided programmers with a notion to clearly articulate the interface between components, especially for addresses representing opaque contract instances. We argue that the “design-by-contract” approach should complement the development of smart contract programs. Unfortunately, there is limited linguistic support for it in existing smart contract languages. In this paper, we design a Solidity language extension, ConSol, that supports behavioral contracts. ConSol provides programmers with a modular specification and monitoring system for both functional and latent address behaviors. The key capability of ConSol is to attach specifications to first-class addresses and monitor violations when invoking these addresses. We evaluate ConSol using 20 real-world cases, demonstrating its effectiveness in expressing critical conditions and preventing attacks. Additionally, we assess ConSol’s efficiency and compare gas consumption with programs fixed with manually inserted assertions, showing that our approach introduces only marginal gas overhead. By separating specifications and implementations using behavioral contracts, ConSol assists programmers in writing more robust and readable smart contracts.
Liudmila Zavolokina, Ingrid Bauer, Janine Hacker, Gerhard Schwabe
Many blockchain consortia have been established to build blockchain information systems. While the developed blockchain information systems were promising, few have reached market entry. Indeed, blockchain consortia often lost development focus due to high system complexity and a lack of understanding of how to create a system that will serve the needs and bring value to all stakeholders. Thus, stakeholders struggled to leverage blockchain information systems' full value. Prior studies demonstrated that blockchain systems pose not only technical but also organizational challenges. Analysing six blockchain consortia, we identify their value mechanisms, organizational problems, and organizational solutions that successful blockchain consortia experience while organizing themselves for value. As a result, we propose a new organizational form, i.e., a layered organization, for blockchain consortia to achieve better value creation. • We explore the drivers of value creation in blockchain information systems based on a unique dataset including 6 consortia. • We identify three subsystems within blockchain information systems: infrastructure, platform, and application . • The identified value drivers are decentralization and interoperability • We identify organizational problems and organizational that successful blockchain consortia employ to achieve value. • We propose a ‘layered organization’ as a new form of organizing for value in blockchain consortia.
Purpose Our analysis is targeted at researchers in the fields of economics and finance, and we place emphasis on the incremental contributions of each paper, key research questions, study methodology, main conclusions and data and identification tactics. By focusing on these critical areas, our review seeks to provide valuable insights and guidance for future research in this rapidly evolving and complex field. Design/methodology/approach This paper conducts a structured literature review (SLR) of Bitcoin-related articles published in the leading finance, economics and accounting journals between 2018 and 2023. Following Massaro et al. (2016), SLR is a method for examining a corpus of scholarly work to generate new ideas, critical reflections and future research agendas. The goals of SLR are congruent with the three outcomes of critical management research identified by Alvesson and Deetz (2000): insight, critique and transformative redefinition. Findings The present state of research on Bitcoin lacks coherence and interconnectedness, leading to a limited understanding of the underlying mechanisms. However, certain areas of research have emerged as significant topics for further exploration. These include the decentralized payment system, equilibrium price, market microstructure, trading patterns and regulation of Bitcoin. In this context, this review serves as a valuable starting point for researchers who are unacquainted with the interdisciplinary field of bitcoin and blockchain research. It is essential to recognize the potential value of research in Bitcoin-related fields in advancing knowledge of the interaction between finance, economics, law and technology. Therefore, future research in this area should focus on adopting innovative and interdisciplinary methods to enhance our comprehension of these intricate and evolving technologies. Originality/value Our review encompasses the latest research on Bitcoin, including its market microstructure, trading behavior, price patterns and portfolio analysis. It explores Bitcoin's market microstructure, liquidity, derivative markets, price discovery and market efficiency. Studies have also focused on trading behavior, investors' characteristics, market sentiment and price volatility. Furthermore, empirical studies demonstrate the advantages of including Bitcoin in a portfolio. These findings enhance our understanding of Bitcoin's potential impact on the financial industry.
Introduction. Financial technologies play a crucial role in socio-ecological-economic development by automating various processes across all sectors and increasing service accessibility not only in large cities but also in every corner of the country. The use of remote customer service channels reduces labor and associated costs, promoting more efficient resource utilization. FinTech supports the growth of financial markets and serves as a vital tool for optimizing both the everyday lives of individuals and the functioning of the entire ecosystem. These technologies significantly facilitate the formation of connections between different sectors, accelerating the attainment of economic, social, technological, political, and other benefits. FinTech not only fosters economic growth but also supports sustainable development by enhancing social inclusiveness and promoting ecological sustainability through more efficient resource use and reduction of the carbon footprint. The purpose of the article. It is necessary to investigate the theoretical and applied understanding of AI in Fintech as a driver of socio-ecological-economic development. Results. Trends in AI, considering sustainable development and financial technologies, highlight the following key directions: Green AI (energy-efficient algorithms; energy consumption optimization); Ethical and Transparent AI (ethical principles; explainability); Inclusive Financial Technologies (financial inclusion; personalized financial services); Innovations in Lending and Risk Management (creditworthiness analysis; risk forecasting); Intelligent Investment Platforms (robo-advisors; micro-investments); Cybersecurity (threat detection; behavior analysis); Sustainable Development through Financial Technologies (investing in sustainable development; impact monitoring). Therefore, it can be argued that the integration of artificial intelligence in financial technologies not only drives innovation in financial services but also upholds the principles of sustainable development, ensuring ethical, inclusive, and efficient practices. Conclusions. Financial technologies are rapidly evolving, stimulating the emergence of diverse services, including internet payments, lending through distributed ledgers, and mobile money transfers. Key directions in the development of financial technologies include fraud protection, business interchanges, and adaptation to regulations, opening up new opportunities for all consumer categories. Transformational trends in fintech innovations significantly impact Ukraine's financial sector, expanding the accessibility of financial services and enhancing the efficiency of financial companies. It is necessary to ensure the creation of appropriate legislative and regulatory environments to guarantee the security and stability of the financial sector in the face of rapid development of digital technologies. The application of artificial intelligence in the financial sector is defined by key directions such as green AI, ethical and transparent AI, fostering innovation and sustainable development, increasing the efficiency and accessibility of financial services.
The term “smart contract” has become quite widespread. It is used not only in scientific literature, but also in normative acts and in practice when concluding contracts. However, there is no single approach to the definition of this concept. The purpose of the study is to highlight the main problems that exist in modern approaches to the definition of smart contracts. To achieve this goal, the article considers the main approaches to the interpretation of the term “smart contract”. This part of the article concludes that a smart contract involves the use of a digital document rather than an electronic document, whichhas now gained some momentum of development. Discussing what lies at the heart of a smart contract, the authors consider the correlation between the concepts of “electronic document” and “digital document”. Methods: in conducting the research the general scientific (analysis, synthesis, description), as well as interdisciplinary approach) and private-scientific methods of cognition, including the interdisciplinary one, and economic analyze of law were used. Results: the article presents a new approach to the consideration of the essential content of smart contracts. As the main conclusion it is necessary to point out the position that the smart-contract is based on the typification of contractual terms. In this connection the possible problems of registration of contractual relations in the form of smart-contracts are highlighted, namely: the need to develop model conditions of various contractual forms and their unification at the international level.
D Uday Kumar, Gunda Sravya, Akula Leelavathi, K Rama Naga Sai Sri Swathi · 5 authors
The concept of crowdfunding, a method for online fundraising, has evolved to enable public contributions in support of creative projects. Leveraging blockchain technology, cro wdfunding platforms now integrate smart contracts, ensuring secure, transparent, and reliable transactions. This study focuses on the development of interactive interfaces for campaign creation and financial contributions, facilitating engagement for both creators and donors. Campaign creators can propose initiatives and submit them for approval, while donors can browse and support projects through financial contributions. Transparency is ensured through blockchain recording of all transactions, offering immutable and transparent records. The incorporation of smart contracts is pivotal in removing the need for intermediary trust in blockchain-based agreements. This work emphasizes the importance of developing executable code for blockchain execution, ensuring transaction integrity and security. Initially associated with cryptocurrencies, blockchain technology has expanded its applications across industries, offering a sustainable solution for internet transactions. Crowdfunding platforms stand to benefit significantly from blockchain integration. Challenges in the current crowdfunding landscape include inadequate oversight and fraudulent investment schemes. By leveraging Ethereum smart contracts, this study seeks to address these challenges, enforcing time limits and automating contract execution to enhance trust and transparency in the crowdfunding process.
Abstract This paper is an encounter between an artist creating characters for video games and an academic studying how people and things are being financialized. Exchanging about the appearance of non-fungible tokens (NFTs) and cryptocurrencies – technologies associated with Web3 in the video game industry, the academic, and the artist reflect on the place of playfulness, creation, and finance in our society. They observe that most North American and European players resisted NFTs and cryptocurrencies, while more Asian-Pacific ones embraced the latter. They conclude that those reactions were explained by the fact that gamers perceived cryptocurrencies and NFTs as institutional objects associated with a financial logic, whose presence threatened the gaming logic. As pragmatic friends, they nevertheless issued an NFT with this paper, a “Crow Queen.” Time will tell if the Web3 society will praise this new form of digital joint academic/art production.
Objective: This study investigates how Environmental, Social, and Governance (ESG) criteria can be integrated into cryptocurrency portfolio strategies, evaluating their performance across different market conditions and time periods. Theoretical Framework: This research is based on Modern Portfolio Theory (MPT) and principles of ESG investing. The study uses Markowitz's mean-variance optimization and the triple bottom line approach to understand the benefits of ESG integration in investment strategies. Method: The research involves a comparative analysis of various cryptocurrency portfolio strategies, including Buy-and-Hold, Simple Moving Average (SMA), MinVar, and MaxSharpe. Data was collected daily from October 1, 2016, to September 31, 2021. The study uses mean-variance analysis to assess risk-return profiles, incorporating ESG factors into the evaluation framework. Results and Discussion: The results show that the Buy-and-Hold strategy consistently yielded the highest returns across most portfolios. However, during volatile periods, strategies like MinVar and MaxSharpe provided better risk-adjusted returns. The discussion contextualizes these results within the theoretical framework, highlighting how ESG integration enhances risk management and aligns investments with sustainable development goals (SDGs). Research Implications: This research suggests that integrating ESG criteria into cryptocurrency portfolios can improve risk management and align investments with sustainability goals. These findings have practical implications for investment strategy development and sustainable finance practices. Originality/Value: This study offers a unique analysis of cryptocurrency portfolio strategies that incorporate ESG criteria. Its findings are relevant for influencing sustainable investment practices and optimizing cryptocurrency portfolios in line with ESG principles.
Land Administration is crucial for effective governance.However, in many developing countries, including Indonesia, traditional land administration systems often suffer from inefficiencies, corruption, and lack of transparency, leading to disputes and conflicting claims over land ownership.Blockchain technology has offered a promising solution to address the challenges by providing a decentralized, immutable, and transparent recording of land information.Provides encryption cryptography and descriptions to validate data.This research paper explores the implementation of an Ethereum-based private blockchain to build a land administration system DaPPS where users can sell and buy land certificates in Indonesia.A prototype land administration system was built with Ethereum and land certificates as NFT was built.This study focuses on adopting blockchain to help in the land registration system.Transaction performance testing is conducted, it shows between 6-15 seconds.While promising, more research is needed to address scalability and integration with legacy systems.
Jawaid Iqbal, Hasnain Raza, Reqad Ali, Muhammad Awais
The purpose of this research is to analyze whether Blockchain technology can affect the share-economy. Apart from that, blockchain technology has been innovating the whole of the industries and so the academics are discovering the possibilities and starting to incorporate them in order to provide additional tech possibilities. The sharing economic system is the system which enables to share asset among the one person to the other person. It has seen the remarkable growth in the last few years, Uber, Careem, Airbnb, Zostel, Hostel World are some companies to mention which have fueled this growth. Yet, the majority of the transactions through the sharing economy system are facilitated by a centralized infrastructure executing an intermediary role that might be vulnerable to issues of hacking and data breach and such operations come at a high cost and expending more effort in keeping the system active is also a factor worth mentioning. A different method which is free of control centers such as the peer-to-peer sharing and smart service model which is being implemented in the Hospitality industry can overcome those obstacles. Through the use of a blockchain-backed payment system based on an accommodation-sharing structure, the research will develop a prototype of the proposed system in the form of a DApp on the Ethereum blockchain. The aim of these studies and research is to inform the public about the revolution that is blockchain and its benefits for trade, technology, business, and daily life.
This chapter discusses how blockchain and smart contract technologies have the potential to revolutionize the intellectual property (IP) domain, especially in copyright. By tokenizing works, ownership metadata, licensing terms, and remuneration, these technologies can automate and standardize a multitude of IP-related transactions. Smart contracts can authorize the use and exploitation of copyright-protected content and ensure proper remuneration. Furthermore, blockchain technology can help businesses manage copyright registration requirements more efficiently, reduce administrative burdens, and costs, and enable direct payments and cross-border transactions. These benefits can drive inclusivity and expand access to formal IP services, especially for micro, small, and medium-sized businesses. Platforms like Blockpool and the Mycelia Project are already using blockchain and smart contracts to create more inclusive financial ecosystems for creators, helping them reach new audiences, enter partnerships, and receive direct payments. As the finance world evolves, blockchain and smart contract technologies offer durability and flexibility for businesses of all sizes.