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In 1971, the patent for the Automated Teller Machine was awarded to David Wetzel. While possibly not the first application of financial technology, since 1971 time, the innovation in the financial industry has grown beyond expectations. However, most studies in innovation ignore the financial sector altogether. In this study, the authors investigate financial technology firms and innovation. After identifying firms that are considered financial technology, the authors collect innovation outcomes such as patents and data breaches associated with those firms. The authors show that patent activity has enjoyed modest growth year over year; however, firms still have challenges to overcome such as market risk and data security. This study serves as a perspective on financial technology.

Financial technology (fintech) has emerged as a major player in the global financial system, providing a range of services such as payments, digital currencies, money transfers, loans, crowdsourcing, and insurance. Fintech startups in Arab countries have also gained traction due to economic openness and globalization. However, concerns remain about the safety, durability, and security of traditional financial services, especially with the increasing use of artificial intelligence (AI) and digitization. The Central Bank of Bahrain and other regulatory authorities need to balance risk avoidance with the global trend toward innovation in fintech, as well as ensure that these technologies are not used for fraud, money laundering, piracy, or terrorist financing. The Bahraini government and supervisory authorities must strike a balance between preserving the integrity and robustness of the financial and banking sector and developing innovation. This can be achieved by adjusting the rhythm of comparison, strengthening and enhancing the safety of banks, achieving financial stability, and ensuring compliance with laws and legislation. It is important to address gaps in regulatory rules, information security, and the business environment, and launch financial awareness at the community level before embracing the potential of fintech and its unseen future development at the level of cryptocurrencies and others. The current work examines the impact of Fintech on the Future of banking in Bahrain and the opportunities and challenges.

The digital economy provides companies with financial stability and highly developed technological tools to run businesses based on their operations’ transparency. Business stability is formed due to the introduction of a competence-based management system in financial organizations in the Russian corporate sector.

In terms of the digital economy as financial and technological companies, we consider large banks and other financial organizations to develop risk-oriented technologies for managing financial stability based on digitization.

The main aim of this chapter is to describe the features, the factors, and the conditions for the competence-based management development system. It highlights the role of the system for the banks and the financial technologies used by companies for sustainable development.

Purpose: The global financial services business has been transformed by Blockchain technology, making it safer and more efficient. Keeping this fact in mind, the authors will study how Blockchain technology improves financial services, including the banking and insurance sectors. The risks and roadblocks in the path of Blockchain adoption in financial services will also be discussed.

Need of the Study: Blockchain operates without any central authority. Instead, it could be understood as a transaction-containing ledger shared among many users. The adoption of Blockchain is gaining traction in every field, but still, a sense of doubt about its reliability can be observed among ordinary people. Thus, an investigation of the operational intricacies and technicalities could assist in clarifying the confusion associated with this technology.

Methodology: To achieve the aims mentioned above, an exploratory research design involving a review of the secondary data linked with the implementation and impact of Blockchain technology in the domain of finance is conducted.

Findings: The mode of operation of Blockchain technology is thoroughly explained, along with the influence it has exercised in the financial domain in recent years.

Practical Implications: The findings of this study can mainly assist global investors and users worldwide by clarifying the concept and operations of Blockchain technology. Also, it could guide future studies assessing the role of Blockchain in the financial domain.

Government organisations, small and medium-sized businesses, education, and the entertainment industries all use multimedia technology to communicate information and ideas across digital, print, catalogue, and advertising mediums. Any message delivered by businesses, whether digital or printed graphics, images, text, movies, or animation, is more likely to be accepted by the target audience. The financial sector is no exception. Multimedia technology refers to activities involving computers, software development, and online media distribution. Professionals and experts in computer or software development use multimedia technology to create a variety of mechanisms including product demos, web pages, news sites, and presentations to attract attention or convey any message to a specific audience. Multimedia technology such as multimedia software, transaction processing, electronic payments, voicemail, and networked communication required banks and the financial sector to adopt new practices for delivering banking services and making the financial system more user-friendly for consumers and the financial industry’s operation. Banks and other financial institutions are compelled to innovate as computer technologies advance to maintain competitiveness. Multimedia technology offers lower occupancy costs with a smaller staff and lower transaction processing expenses. New technologies in the financial sector are replacing traditional methods of operation because multimedia technology makes work simpler, faster, and more effective. The industry is trying to switch to a self-service model through technology by providing the same level of convenience at a lower price.

The increasing availability of eXtensible Business Reporting Language (XBRL) financial statements motivates additional investigation of whether XBRL’s search-facilitating technology (SFT) and enhanced viewing capabilities facilitate information search and improve financial analysis decision quality and efficiency. This experiment investigates how using XBRL technology to view financial statements influences novice investors’ decision quality by affecting decision processes such as search strategy and effort, as well as decision efficiency (accuracy/effort) in a financial statement analysis task. In the experiment, randomly assigned student participants (n = 102) invested in companies using either static PDF-formatted or XBRL-enabled financial statements. No differences in decision quality (i.e., accuracy) due to technology use were observed. However, participants in the XBRL condition examined less information, used more directed search processes, and evidenced greater efficiency than did participants assigned to the PDF condition. Hence, the results suggest that XBRL SFT affects the use of differing decision processes relative to PDF technology.

In this study, the authors use a country-level database covering 63 economies over the period 2014–2019 and employ a wide range of proxies to discuss new technological trends in finance, particularly in the banking sector. The authors also distinguish alternative technology-based business models that directly compete with banks [financial technology (fintech) and giant technology (bigtech) credit providers]. The results suggest that banks’ increased focus on technological innovation, as measured by market value and number of patents, is a possible response to the emerging technology-based nonbank competition, particularly from fintech and bigtech firms. Additionally, the results indicate that the emergence of financial innovation contributes negatively to the average value of bank patent, indicating significant competitive pressure on banks in the technological race. Thus, banks are countering the challenge of fintech and bigtech competition in the financial market by increasing their technology projects and patenting activities. These trends are crucial and may change the stability and sustainability perspectives of banks.

Purpose: The main aim of this study is to explore the emergence and significance of blockchain technology in the financial system. This analysis examines the early stages of the adoption of blockchain technology.

Need of the study: To ascertain the viability of blockchain systems as a viable, fair, and traceable way of storing transaction records in Indian banking and financial services organisations.

Methodology: By virtue, this study is exploratory, following access to related studies on the implementation and applications of blockchain technology in the financial sector.

Findings: This study explores blockchain technology, its adoption, types, usefulness, benefits, challenges, and security concern in the banking sector.

Implications: This study will contribute to future research on applications of blockchain technology in the financial sector. It will help the researcher understand this technology’s importance and complications in the financial system.

Purpose: Blockchain technology has exploded in popularity in the social economy over the years. Because blockchain technology offers so many advantages, it was first employed for Bitcoin transactions. The interaction between blockchain technology and financial industries will grow more personal and interwoven with the introduction of Bitcoin. As the value of blockchain technology became evident, more financial companies began to test its use in monetary operations. Numerous financial companies have been experimenting with blockchain technology to reduce the transactional costs and to improve the efficiency of operations, specifically in the domain of financial notes, cross-border payments, and asset-backed securitisation. Blockchain will have a broad range of applications in the financial industry shortly.

Methodology: Through financial tools and methods, trust may result in successful businesses. In the long term, blockchain technology is generally a significant source of the finance industry revolution. It allows you to create immutable transaction histories available to everyone on the network. A blockchain system consists of a sequence of blocks connected by a connection to the block before each block. Each block comprises more than one transaction representing changes in the ownership of assets on the ledger. A consensus procedure is employed to add new blocks to the existing chain, in which members of the public blockchain confirm that transactions are accurate.

Findings: Blockchain technology is still in its infancy. The challenges of sustainability, privacy, secrecy, and latency, among others, have surfaced. Financial markets must get a deeper grasp of Blockchain to provide trustworthy alternatives.

Significance: The book chapter highlights the architecture, protocols, and applications of Blockchain Technology. The chapter will also enlighten the readers about the challenges and solutions of Blockchain Technology in the Financial Market. Moreover, the chapter also discusses the future research scope of Blockchain Technology in the Financial Market.

The global Islamic financial landscape is changing with rapid advances in technology. The increasingly tech-savvy demography is presenting both opportunities and challenges to the industry. With the advances in e-finance and mobile technologies, financial technology (Fintech) innovations emerged by combining the e-finance, Internet, social networking services, social media, artificial intelligence (AI) and big data analytics. Fintech promises to reshape the Islamic financial landscape by improving processes’ efficiencies, cost-effectiveness, increased distribution, Sharīʿah compliance and financial inclusion. As far as the Islamic fund management industry is concerned, AI seems to be the keyword. Islamic fund managers have recently started to incorporate AI and big data analytics into their strategy in the process of making accurate decisions based on facts and figures, which eliminates any biases and personal intuition. This disruption in status quo is raising new issues, new concerns and new exciting opportunities. While disruption may carry negative connotations, the industry players have been embracing the innovation and potential revolution the technology could offer. Thus, the objective of this chapter is to discuss legal aspects of Fintech and its impact on the Islamic fund management industry in Malaysia. This chapter introduces a historical overview of Fintech and its evolution in the Islamic fund management industry. This chapter further provides an overview of the legal and regulatory aspects of Fintech with regards to the industry. Finally, legal issues and challenges are identified and discussed. Being a legal research, this chapter adopts a qualitative method by analysing the relevant literatures on the subject. This chapter is expected to provide an insight into the application of Fintech and its impact on the Islamic fund management industry in Malaysia.