Tanishka Ahire, Jyotsana Bagul, Dr. Archana Bendale
Abstract: The idea of cryptocurrency is really interesting. It started as a money idea and now it is changing how the world thinks about money and technology. Cryptocurrency began with Bitcoin in 2008. Now it includes ideas like blockchain and special kinds of contracts. There are also kinds of money from central banks and unique digital things called NFTs. This paper looks closely at the technology behind cryptocurrency. How it affects the economy, people and laws. It talks about the things that cryptocurrency can do which will probably help it grow. It also talks about the problems that cryptocurrency is facing which might slow it down. The paper looks at what might happen with cryptocurrency in the future and how it will affect the world and money systems. After looking at a lot of research from 2008 to 2023 it seems that cryptocurrency is a concept that could be really big, in the future. For it to really work some technical and other issues need to be figured out. Cryptocurrency has to deal with these issues to be sustainable. The idea of cryptocurrency is still very promising. It needs to solve some problems.. Keywords: Cryptocurrency, Blockchain Technology, Decentralized Finance (DeFi), Smart Contracts, Consensus Mechanisms
Semia Guesmi, Alberto Casagrande, Carla Piazza, Sabina Rossi
Maximal Extractable Value (MEV) refers to the maximum profit that Blockchain users–including miners and validators–can extract through strategic transaction manipulation and block reordering. With the rise of smart contracts, MEV has become increasingly pervasive, distorting the intended behavior of smart contracts and accumulating to billions of dollars annually. In response, Flashbots has emerged as a community focused on developing solutions to mitigate MEV. These solutions primarily rely on private pools of users and miners, bypassing the public mempool to protect transactions by directly proposing new blocks. However, it has been observed that such approaches merely shift the problem to a different level, redistributing MEV gains rather than eliminating them. In this paper, we take the perspective of a user preparing to deploy a new smart contract on the Blockchain, aiming to understand how their contract might become a target for MEV and how modifications could reduce the risk of exploitation. Specifically, we explore the use of noninterference, formalized through unwinding conditions, to identify potential sources of MEV, while leveraging oracles and other techniques to create an additional verification layer that can be integrated before executing high-value transactions. We demonstrate our methodology through a case study of a betting contract, using formal modeling to show both the strengths and limitations of our approach.
Abstract Civil engineering obras públicas (public works) in Andean procurement systems still resolve their settlement ( liquidación ) through paper binders, manual valorizaciones and notary-mediated arbitration, generating an average certification cycle of 60 to 90 days per milestone [1, 2]. This article designs and qualifies a self-executing smart contract framework deployed on permissioned distributed ledger infrastructure for the verifiable settlement of construction payments, aligned with Peruvian Ley N° 30225, its Reglamento (D.S. N° 344-2018-EF) and the technical norm D.S. N° 011-79-VC (Fórmula Polinómica). A documentary mixed-methods design was adopted, combining (i) systematic review of regulatory and peer-reviewed sources, (ii) a six-attribute by three-regime comparative matrix anchored to quantitative evidence already documented in the literature, (iii) a four-layer audit-by-construction architectural diagram, and (iv) the formal encoding of three Peruvian public-works settlement formulas (price adjustment K, daily penalty P, and final settlement L) as auditable bytecode logic. Three findings are reported: (1) the on-chain verification window for a milestone-triggered disbursement contracts from a literature-documented baseline of 67 days [9] to a theoretical 3.9–4.2 minutes under Hyperledger Fabric with Raft consensus, consistent with benchmarks reported by Yang et al. [5] and Ahmadisheykhsarmast and Sonmez [7]; (2) the F-Polynomial, the 0.10·M/F·t penalty, and the L = M + R − D − A − P − Pc settlement identity become reproducible inside contract bytecode without altering their legal substance; (3) the regulatory gap between academic blockchain prototypes and Peruvian public procurement narrows through a pattern in which each physical milestone is captured on-chain by an immutable evidence row before any monetary disbursement is triggered. The contribution is operational rather than legislative: a reusable architecture that brings cryptographically verifiable evidence to the liquidación de obra process without requiring statutory reform. As the study relied exclusively on public regulatory documents, peer-reviewed literature and open-source code — with no human participants or personal data — it was exempted from full ethics committee review under the Universidad Autónoma del Perú research-ethics protocol for documentary and non-experimental studies.
Our study examines the impact of climate policy uncertainty on the volatility of Bitcoin, Ethereum and Litecoin. Using monthly Climate Policy Uncertainty Index data from 2010 to 2024, we forecast daily cryptocurrency volatility with a GARCH-MIDAS model. The results show that higher climate policy uncertainty significantly increases volatility across all three cryptocurrencies over the full sample period. Out-of-sample analysis, which captures structural changes in energy consumption, reveals stronger effects for Bitcoin. Ethereum shows insignificant responses following its transition to a proof-of-stake mechanism, while Litecoin exhibits a significant positive relationship with uncertainty. Overall, climate policy uncertainty proves to be a strong predictor of cryptocurrency volatility, particularly for energy-intensive assets. The findings highlight the importance of policy-related information in shaping investor behaviour in crypto markets and provide useful implications for cryptocurrency issuers, retail investors and portfolio managers seeking to manage risk under changing regulatory and environmental conditions.
Jegan R R, Poornachandran R, Raevanth M, Akash Karthik D
Background The online auction websites have become more susceptible to fraud, bid rigging, and centralization, rendering unfairness and lack of trust among the players. In this paper, we introduce a decentralized e-auction system, BlockBid, based on blockchain technologies and smart contracts that will ensure a safe, transparent, and non-tampering auction system. Objective The system distributes the risks of failure of single points by storing all the bids and transactions in an immutable distributed ledger, and avoids unauthorized changes. Smart contracts automate the rules of an auction and provide fair results without the involvement of the intermediaries. Materials and Methods BlockBid is also designed to combine sophisticated user authentication and encryption tools to safeguard sensitive data of participants, to reduce the chances of identity theft and tampering of bids. The framework allows various forms of auction such as English and sealed-bid and supports real-time tracking of bids and verifiable transaction history. Results According to the results of the experimental assessment, BlockBid increases system integrity, transparency, and the possibility of fraudulent actions is significantly lower than in the case of traditional centralized platforms. Conclusion The suggested solution reveals how the immutability of blockchain and automated regulation of the process will help redefine online auctions and offer an effective, reliable, and fair solution to the participants. The paper points at the opportunities of decentralized technologies to recreate secure digital marketplaces.
The rapid transformation of financial systems requires secure and intelligent architectures capable of supporting predictive analysis, decentralized operations, and collaborative knowledge exchange. Traditional banking infrastructures often depend on centralized data management, creating challenges related to privacy risks, limited interoperability, and restricted cross-entity collaboration. This research proposes a Decentralized Banking Network (DBN) designed to integrate blockchain-based distributed systems, predictive assessment mechanisms, and secure knowledge-sharing capabilities. The proposed framework enables financial institutions to collaboratively analyse data while maintaining ownership and confidentiality of sensitive information. The architecture combines distributed ledger technology, intelligent prediction models, and decentralized governance mechanisms to improve financial decision-making. Blockchain concepts provide transparency and trust among participating entities, while predictive assessment techniques support risk evaluation, fraud detection, and strategic planning. The theoretical foundation of this research is derived from distributed ledger systems, decentralized control, and federated financial intelligence. Distributed ledger technology provides mechanisms for secure and transparent transactions across independent participants (Sunyaev and Sunyaev, 2020). Recent developments in federated financial ecosystems demonstrate the potential of decentralized analytics for improving risk assessment while maintaining data sovereignty (Arifin Shawn et al., 2025). The proposed network highlights how decentralized banking models can improve security, collaboration, and predictive accuracy. However, challenges related to scalability, regulatory compliance, computational complexity, and governance remain significant considerations. This research provides a conceptual framework for future banking ecosystems where institutions can achieve secure knowledge sharing without compromising confidential financial information.
Ms. Sanskruti Pawaskar, Mr. Harsh Shinde, Mr. Ruturaj Laad, Vaishali Gatty
Decentralized finance has disrupted the lending process by transferring the intermediary role from institutionally-led balance sheets into a public ledger framework of smart contracts, pooled liquidity, and tokenized governance. The relevance of such a change in the lending paradigm is more of a question of different trust mechanisms, where the solvency of actors can be maintained through the imposition of collateral and automated processing [1][3]. A qualitative comparison is made below through a literature-constrained synthesis of five sources on DeFi architecture, flash loan exploits, lending protocol structure, decentralized governance flaws, and extractable value [1]-[5]. The two protocols of Aave and Compound have been selected for being representative DeFi lending cases, as per the allowed literature that points them out to be the top loanable funds protocols, having liquidity pools and variable rates [1][3]. This comparison is made against CeFi as an institution-driven reference point rather than other DeFi lending protocols owing to the asymmetry of the evidence base. Three conclusions are drawn.Second, the risk architecture of DeFi lending is structurally different from other financial institutions in that flash loans, dependence on oracle feeds, smart contract weakness, composable nature, extractable value, and governance capture are not mere flaws in DeFi but inherent aspects of open and highly coupled financial systems [2][4][5]. Third, governance in DeFi is an additional security mechanism, as the governance of protocol control, parameters and responses to emergencies rests on the robustness of token-based decision-making mechanisms [4].
The aim of this research is to analyze the impact of Decentralized Finance (DeFi) platforms on the competitiveness of Iraqi private banks on the basis of the relationship between DeFi and the dimensions of competitiveness which are represented by operational efficiency, financial innovation and market share. This study used descriptive-analytical approach, and A questionnaire was distributed to employees of Iraqi private banks, who constituted the study sample and The study sample consisted of employees of Iraqi private banks. The data were analysed statistically with the SPSS software by appropriate statistical methods like correlation coefficient and regression analysis. The results of the research showed a positive and significant relationship between decentralized finance and banking competitiveness. In addition, the result of the regression analysis showed that the DeFi platforms had a significant effect on competitiveness, accounting for 59.2% of the variance (R-squared). The findings clearly show that decentralized finance helps to increase the operational efficiency and improve financial innovation, but with a moderate effect on market share. The study calls for Iraqi banks to embrace financial technology (FinTech) and improve their digital framework. Further, they need to be innovative and partner with FinTech firms to strengthen their competitive edge, given the fast pace of digital transformation.
The purpose of the research is to explore the latest trends in blockchain and cryptocurrency adoption. Cryptocurrency has been drawing the attention of individual investors. Although institutional investors had been hesitant to invest in cryptocurrencies due to lack of clarity regarding regulations, recent legislation encouraged them to add cryptocurrency to their investment portfolios. However, blockchain the underlying technology of cryptocurrency, has also drawn the attention of both companies and researchers. The aim of this study is to identify the latest trends through an analysis of publications on blockchain and cryptocurrency adoption. To achieve that, the study adopts a bibliometric approach by using both VOSviewer and Bibliometrix programs after obtaining the required dataset from Web of Science (WOS). The results exhibit the latest trends as well as both qualitative and quantitative statistics, such as the growth rate, density and relations among different studies on the subject.
Abstract The growth of Decentralized Finance (DeFi) and Real-World Asset (RWA)-backed stablecoins in emerging economies has raised growing concern regarding their potential impact on the systemic stability of the traditional financial system. RWA tokenization reached USD 36 billion in 2026, and its concentration in private credit and U.S. Treasury bonds configures a bidirectional risk transmission channel between the crypto ecosystem and the regulated banking system. This study aims to quantitatively analyze the systemic contagion risk between DeFi and traditional banking in the Peruvian context, and to propose a tiered regulatory framework adapted to the country's institutional particularities, integrating the supervisory role of SUNAT, the consumer protection role of INDECOPI, and the prudential supervision of the SBS. A sequential-explanatory mixed-methods design (QUAN→qual) was employed based on: systematic review of 47 studies with verified DOI (2020–2026); financial contagion network analysis through betweenness centrality metrics; a comparative risk matrix with 12 quantified dimensions; and documentary study of the current Peruvian regulatory framework. Results reveal that the DeFi + RWA ecosystem concentrates 68% of its assets in illiquid instruments, presents tail correlations of 0.73 with traditional markets during stress episodes (TerraUSD 2022, First Brands 2025), and that the DeFi + RWA contagion risk profile reaches 4.8 out of 5. In the Peruvian context, SUNAT's 30% tax rate on crypto assets generates disincentives to formalization, driving an informal market estimated at USD 450 million annually. A three-level regulatory framework is proposed: (1) 100% reserve requirement in liquid assets supervised by SBS; (2) differentiated 15% taxation for SUNAT-regulated stablecoins; and (3) INDECOPI consumer protection mechanisms within a maximum of 30 days. Gradual implementation of this architecture would reduce systemic contagion risk by 38% and increase crypto asset tax collection by 42% annually.
Lei Yu, Jingyuan Zhang, Xin Wang, Li Yang · 6 authors
Smart contracts automate the management of high-value assets, where vulnerabilities can lead to catastrophic financial losses. In the task of automated smart contract generation using Large Language Models (LLMs), this challenge is amplified by two interconnected failures: first, they operate as unauditable "black boxes" by failing to produce a transparent reasoning process, and second, as a consequence, they generate code riddled with critical security vulnerabilities. To address both issues, we propose SmartCoder-R1 based on Qwen2.5-Coder-7B, a novel framework for secure and explainable smart contract generation. It begins with Continual Pre-training (CPT) to specialize the base model on the nuances of smart contract code. To construct the data for subsequent stages, we first prompt the DeepSeek model to generate reasoning-and-code samples from verified on-chain contracts, followed by a rigorous validation process where each sample is manually reviewed by security experts for compilability, functionality, security, and reasoning completeness. Based on this, we then apply Long Chain-of-Thought Supervised Fine-Tuning (L-CoT SFT) on 7,998 of these expert-validated samples to train the model to emulate human security analysis. Finally, to directly mitigate vulnerabilities, we employ Security-Aware Group Relative Policy Optimization (S-GRPO), a reinforcement learning phase that refines the generation policy using 1,691 samples by optimizing a weighted reward signal for compilation success, security compliance, and format correctness. Evaluated against 18 state-of-the-art baselines on a challenging benchmark of 756 real-world functions from 289 deployed contracts, SmartCoder-R1 establishes a new state of the art by achieving top performance across five key metrics: a ComPass of 87.70%, a VulRate of 8.60%, a SafeAval of 80.16%, a FuncRate of 53.84%, and a FullRate of 50.53%. This FullRate marks a 45.79% relative improvement over the strongest baseline, DeepSeek-R1. Crucially, its generated reasoning also excels in human evaluations, achieving high-quality ratings for Functionality (82.7%), Security (85.3%), and Clarity (90.7%).
This study investigates the legal status of Non-Fungible Tokens (NFTs) from an Islamic perspective. NFTs, as unique digital assets recorded on blockchain, raise complex questions in Shariah due to their intangible nature, potential for speculation, and content-related ethical concerns. The research analyses classical and contemporary juristic views, fatwas, and scholarly writings to determine whether NFTs can be classified as lawful property and traded accordingly. Findings reveal divergent scholarly opinions: some argue NFTs fulfill the requirements of a valid sale (bayʿ) and can be considered māl (property), while others highlight violations of key Islamic commercial principles, including uncertainty (gharar), unethical content, and the use of impermissible cryptocurrencies. This paper proposes a middle-ground view of conditional permissibility in which NFTs are deemed Shariah-compliant only if the underlying content, transaction method, and purpose align with Islamic legal and ethical standards. The study offers a framework for Muslim stakeholders to evaluate NFTs based on content, ownership, contract clarity, and societal benefit, supporting a responsible and principled engagement with digital assets.
This article proposes a contemporary and innovative approach to portfolio efficiency, aiming to approximate a state of antifragility during periods of heightened geopolitical uncertainty and accelerated technological transformation. The multidisciplinary analysis draws on academic literature, European regulatory frameworks (such as MiCA), reports from international institutions including the World Economic Forum and the International Monetary Fund, as well as conceptual and technical documentation developed by leading platforms in the Web3 ecosystem. In preparing for the transition into a new technological era, the authors present a framework for real estate tokenization through converting property ownership into NFTs and using these tokens as collateral for lending in digital currencies. This approach addresses the problem of low real-estate liquidity and creates conditions for democratizing investment by enabling a low entry threshold and fractional ownership. The model’s antifragility is demonstrated through quantitative analysis, including an evaluation of portfolio volatility and efficiency based on Markowitz theory and the Sharpe ratio, with the results confirming the logic of Taleb’s barbell strategy. The study supports the potential for Bulgaria to position itself as an innovative regional hub for the development of Web3 and the tokenization of real-world assets.
As blockchain technology and smart contracts gain widespread adoption, ensuring their security is essential to prevent financial and operational risks. Detecting vulnerabilities in smart contracts using automated techniques provides a reliable and scalable solution. This study utilizes the Smart Contract Vulnerabilities Dataset from Kaggle, containing annotated smart contracts with labeled vulnerabilities. Preprocessing includes tokenization and exploratory data analysis to extract meaningful textual patterns. Deep learning models such as LSTM and BERT are trained and evaluated using accuracy, precision, recall, and F1-score. To further improve detection performance, BERT embeddings are combined with BiLSTM and CNN + LSTM architectures. A Flask-based user interface enables real-time vulnerability prediction. Experimental results show that the CNN + LSTM model outperforms all other models, achieving 95 percent accuracy and demonstrating strong capability in identifying smart contract vulnerabilities.
The expansion of blockchain technology has given rise to a range of new digital assets that are significantly changing the way people behave and invest today. Cryptocurrencies and non-fungible tokens (NFTs) have come to be considered the main elements of digital financial markets, with an ever-increasing involvement of young people. The economic framework of tokenomics that controls the creation, distribution, utility, and governance of tokens is among the key factors influencing how value is perceived and how investors behave today. The paper delves into the relationship between tokenomics and the youth investment decisions within digital ecosystems. Through the analysis of blockchain features, token supply mechanisms, financial literacy level, influence of social media, and the use of inferential statistics, the research reveals the manner in which young investors in Macedonia understand and handle digital assets. Additionally, the paper investigates how technology and behavioral aspects influence their investment choices. Findings contribute to the area of digital economy and platform-based finance by pointing out that economic design, openness, and education are the main factors for the continued involvement of the young generation in the markets through the use of blockchains. The token economy, through its influence on finance, changes the design of the digital ecosystem by channeling digital capital from young people. Young Macedonian investors are far from just speculative players. In fact, they are ecosystem participants who evaluate structural economic design.
Blockchain-based innovation has become increasingly relevant in Islamic social finance due to persistent challenges in waqf governance, particularly related to transparency deficits, limited accountability, and declining global trust in institutional reporting systems. This study aims to analyze the integration of blockchain technology in waqf management to enhance transparency and strengthen global trust in Islamic endowment institutions. A qualitative library research design was employed using systematic literature review and conceptual analysis of scholarly articles, policy reports, and fintech governance studies related to blockchain applications and waqf administration. Findings indicate that blockchain technology significantly improves traceability, data immutability, and real-time auditing of waqf assets through decentralized ledger systems and smart contracts. The results further reveal that enhanced transparency directly contributes to increased donor confidence and broader international participation in waqf-based initiatives. Institutional readiness, regulatory frameworks, and digital infrastructure are identified as key determinants of successful implementation. The study concludes that blockchain integration represents a transformative governance model capable of modernizing waqf management systems while reinforcing global trust and accountability in Islamic philanthropic finance ecosystems.
Yaiza Cabedo, Tommaso Mancini-Griffoli, Fabian Schär, Nicolas Zhang
This paper examines how tokenization and distributed ledger technology may transform Financial Market Infrastructures (FMIs) by enabling smart contracts to perform a growing share of functions traditionally undertaken by central securities depositories, central counterparties, and trade repositories. It argues that while record-keeping, settlement, collateral management, and reporting can increasingly be executed on-chain, key functions requiring legal certainty, governance, accountability, and discretion remain institutional in nature. The analysis assesses which activities across issuance, clearing, settlement, and reporting can migrate to code, where limitations persist, and how risks evolve in tokenized environments. It finds that tokenization is more likely to reconfigure than eliminate FMIs, creating new efficiencies while introducing novel operational and governance risks. The most plausible outcome is a hybrid FMI model in which technology and institutions jointly provide the trust, resilience, and oversight required for financial stability.
Blockchain technology has evolved from its origins as the foundational ledger for cryptocurrencies to a disruptive paradigm for decentralized, transparent, and secure data management across numerous sectors. This review paper provides a systematic analysis of core blockchain architectures, consensus protocols, and smart contract functionalities that enable its diverse applications. We examine the transition from public, permissionless networks to private and consortium models tailored for enterprise needs. The paper surveys seminal and contemporary research across key domains including decentralized finance (DeFi), supply chain provenance, healthcare data exchange, electronic voting, and the Internet of Things (IoT). By synthesizing findings from foundational protocols to cutting-edge cross-chain solutions, we identify common technical motifs and domain-specific implementations. Furthermore, the review delineates persistent challenges such as scalability trilemmas, interoperability gaps, regulatory uncertainty, and significant energy consumption. This consolidated analysis aims to serve as a reference for researchers and practitioners, highlighting both the transformative potential and the critical limitations of blockchain techniques as a trustless infrastructure for the digital age.
Il contributo analizza l’evoluzione delle piattaforme digitali di pagamento nel passaggio dai modelli del Web2 alle prospettive del Web3, con particolare attenzione alle ricadute per i consumatori, gli operatori e le autorità di vigilanza. L’Autore ricostruisce le principali trasformazioni del settore dei pagamenti, segnato dalla convergenza tra innovazione tecnologica, nuove discipline europee, esigenze di sicurezza, contenimento delle frodi e tutela della fiducia degli utenti. Il saggio approfondisce il ruolo del nuovo pacchetto normativo europeo sui servizi di pagamento, con riferimento alla PSD3 e al Payment Services Regulation, evidenziando le criticità connesse alla responsabilità dei prestatori di servizi di pagamento, alla colpa grave dell’utente, all’educazione finanziaria e alla crescente rilevanza dei servizi tecnici abilitanti, dei digital wallet e delle BigTech. Particolare attenzione è dedicata all’euro digitale, considerato come possibile ponte tra Web2 e Web3 e come strumento per preservare il ruolo della moneta pubblica nell’ecosistema digitale. Il contributo esamina infine le stablecoins, mettendo a confronto l’approccio prudenziale europeo, fondato su MiCA, stabilità finanziaria e sovranità monetaria, con l’impostazione statunitense più orientata al mercato. In conclusione, viene sottolineata la centralità di un enforcement coerente, coordinato e multilivello, capace di bilanciare innovazione, certezza del diritto, tutela dei consumatori e stabilità del sistema dei pagamenti. The contribution analyses the evolution of digital payment platforms in the transition from Web2 models to Web3 perspectives, with particular attention to the implications for consumers, operators and supervisory authorities. The Author reconstructs the main transformations affecting the payment sector, shaped by the convergence of technological innovation, new European rules, security needs, fraud prevention and the protection of users’ trust. The essay examines the role of the new European regulatory package on payment services, with reference to PSD3 and the Payment Services Regulation, highlighting the issues related to the liability of payment service providers, the concept of gross negligence of users, financial education and the growing importance of enabling technical services, digital wallets and BigTech companies. Particular attention is devoted to the digital euro, considered as a possible bridge between Web2 and Web3 and as a tool to preserve the role of public money in the digital ecosystem. The contribution also explores stablecoins, comparing the European prudential approach, based on MiCA, financial stability and monetary sovereignty, with the more market-driven approach adopted in the United States. In conclusion, the essay emphasizes the central role of coherent, coordinated and multi-level enforcement, capable of balancing innovation, legal certainty, consumer protection and the stability of the payment system.
Blockchain technology has evolved from a nascent peer-to-peer payment system into a paradigm-shifting digital trust infrastructure, fundamentally challenging conventional centralised models. However, a deep understanding of the fundamental technical aspects behind the popularity of crypto assets remains limited. This study aims to: (1) analyse the fundamental architecture of blockchain; (2) evaluate tokenisation mechanisms; and (3) conduct a comparative analysis of its characteristics against traditional database systems. The research employs a qualitative descriptive method utilising a Systematic Literature Review (SLR) approach to synthesise technical literature published between 2023 and 2025. The analysis focuses on consensus mechanisms, the architectural transition from monolithic to modular systems (Layer-2 scaling), and the measurement of decentralisation using the Nakamoto Coefficient. The results indicate that: (1) blockchain offers distinct advantages in data integrity (immutability) and censorship resistance through a distributed append-only ledger structure, standing in sharp contrast to the CRUD (Create, Read, Update, Delete) model of relational databases; and (2) recent innovations such as Zero-Knowledge Proofs and Optimistic Rollups serve as critical solutions to the "Blockchain Trilemma" (balancing scalability, security, and decentralization). This study concludes that blockchain is not an absolute replacement for conventional databases, but rather a specialised solution for ecosystems that require high transparency and "trustless" interactions without a central authority.
This chapter explores emerging technologies driving the next generation of financial management. It examines the core mechanics and financial applications of blockchain and distributed ledgers , including smart contracts and tokenized assets . The chapter discusses the impact of FinTechs and Open Banking on financial ecosystems and explores the transformations brought by Artificial Intelligence , specifically in Prognostics and Health Management (PHM) and governance . It concludes with the strategic implications of quantum computing and the principles of modern cybersecurity , such as Zero Trust Architecture .
The Metaverse has the potential to revolutionise financial services, foster innovation, and enhance client engagement. The Metaverse offers innovative financial products, services, and ecosystems inside a virtual and decentralised environment for user involvement, transactions, and digital asset creation. Blockchain technology within the Metaverse facilitates decentralised, secure, and transparent financial services in virtual settings. The capacity of Blockchain to establish decentralised ecosystems, guarantee digital ownership through Non-Fungible Tokens (NFTs), and facilitate smart contracts is transforming Traditional Finance (TradFi) and promoting Decentralised Finance (DeFi). Users can execute borderless transactions, oversee digital assets, and engage in tokenised economies within the Metaverse, transforming financial services. The intersection of Blockchain technology and the Metaverse within the financial sector is explored via virtual banking, tokenised physical assets, and decentralised exchanges. Innovations such as Blockchain-based trustless transactions, digital identity, and virtual financial inclusion are emphasised. The Metaverse leverages Blockchain’s decentralisation to enhance financial services, establish new marketplaces, and revolutionise investment. The research also addresses legal compliance, cybersecurity hurdles, scalability constraints, and privacy concerns related to this integration. This chapter aims to comprehend the impact of Blockchain technology on financial services within the Metaverse by incorporating recent advancements and emerging trends. It illustrates how these technology advancements are generating novel corporate models and transforming global banking.