Blockchain is opening up new money flows, cross-border transactions are speeding up, and artificial intelligence (AI) is revolutionising financial processes. At the same time, businesses are being forced by regulatory changes to incorporate compliance technology, which will ensure their resilience at a time of increased scrutiny.

B2B finance is at a turning point. In addition to changing the financial infrastructure, the convergence of these advances is radically changing how businesses control risk, streamline processes, and spur expansion.

Businesses that successfully use fintech solutions will have a competitive advantage, while those that don’t adjust quickly run the risk of becoming obsolete in the rapidly digitalised financial sector.

The quickening of business payments

As businesses seek quicker, more affordable solutions, the global payment infrastructure is changing. By the end of 2025, it is anticipated that the total number of cross-border blockchain transactions will have increased by 48% year over year to $5 trillion. The demand for smooth, real-time settlement solutions is expected to propel the worldwide payment processing industry, valued at $79.6 billion in 2024, to more than double, reaching $161.9 billion by 2030.

In addition to speeding up transactions, this development is forcing companies to reconsider their financial arrangements and hastening the use of financial products based on blockchain technology to improve liquidity management and maximise cash flow. This growing reliance on digital assets is ushering in a more automated and decentralised corporate finance ecosystem.

Digital asset usage in corporate finance is becoming a strategic imperative rather than just conjecture. Blockchain technology is used by financial institutions and global firms to improve security, liquidity management, and transaction efficiency.

Early blockchain projects were mostly limited to experimental pilots, but due to institutional demand, regulatory changes, and cost-saving advantages, corporate adoption has now moved to full-scale implementation.

Due to growing corporate adoption, the financial blockchain market is expected to reach $49.2 billion by 2030. Tokenisation is driving this change, as companies digitise financial instruments, commodities, and real estate to enhance liquidity and tradability.

Experts predict that the demand for tokenised assets will surpass $600 billion. Tokenised assets are already being incorporated by businesses into trade settlement, supply chain finance, and cross-border transactions, which lowers counterparty risks and shortens settlement times from days to seconds.

At the forefront of this change are institutions. Leading exchanges are modifying their models to include institutional-grade digital assets, while international banks and asset managers are introducing tokenisation platforms to enable blockchain-based financial instruments. The distinction between decentralised finance (DeFi) and traditional finance is starting to become less clear, opening up new avenues for investment vehicles and capital markets.

But there are still obstacles in the way of widespread acceptance. As different jurisdictions adopt varying approaches to digital asset monitoring and compliance regimes, regulatory uncertainty remains a major concern.

While some regions, like Singapore and the European Union, have taken proactive measures to set clear regulatory norms, others are still figuring out where they stand. Businesses’ approaches to risk reduction, security procedures, and compliance will be influenced by these changing policies.

Businesses that successfully integrate tokenisation into their financial strategy will be positioned for long-term success in an increasingly digitised and decentralised global economy, even though adoption will move at varying rates across industries.

The institutional shift and CBDCs

Central Bank Digital Currencies (CBDCs) are still developing, but more slowly than first thought. Citing the need for legislative clarity, interoperability testing, and risk assessment, about one-third of central banks have postponed their intentions to introduce digital versions of their currencies.

Most, however, are still driven to keep control over monetary policy and currency issuance and are dedicated to eventual adoption. The increase in cross-border wholesale CBDC initiatives over the past few years is indicative of an institutional focus on improving interbank settlements and simplifying international financial flows.

The People’s Bank of China (PBOC), the European Central Bank (ECB), and the United States Federal Reserve are among the central banks that have started pilot programmes to test the infrastructure for digital currency transactions at the wholesale level. Project mBridge, which links banks in China, Thailand, the United Arab Emirates (UAE), Hong Kong, and Saudi Arabia, is one of them.

Wholesale CBDCs are emerging as a more attractive option for large-scale corporate transactions, liquidity management, and cross-border trade financing as central banks concentrate on improving interbank settlements and simplifying international financial flows.

Adoption of CBDCs has important and encouraging ramifications for businesses. Reduced transaction costs, quicker settlement times, and less dependence on middlemen are all advantages for businesses involved in international trade.

By facilitating quicker settlement times and lowering reliance on intermediary currencies, wholesale CBDCs have the potential to lower foreign exchange risks, especially in emerging markets where operational difficulties are caused by currency volatility. CBDCs could reduce the risks related to foreign exchange swings in cross-border payments by facilitating direct currency exchanges and improving transparency in cross-currency transactions.

Despite these benefits, privacy laws, their influence on monetary policy, and cybersecurity issues remain major barriers to widespread adoption. The digital currency frameworks of some jurisdictions, like China and the UAE, are developing quickly, but others are still cautious and are waiting for more precise guidelines regarding the governance of CBDCs and their integration with current financial systems.

Businesses must keep up with changing technology and regulatory environments as CBDCs continue to grow. Navigating the next stage of financial digitisation will require an understanding of how digital currencies fit into global payment infrastructure, liquidity management, and corporate finance. This emphasis on ongoing learning and adaptation highlights the significance of remaining informed and proactive in the rapidly changing fintech world.

Future of enterprise finance and AI

Artificial intelligence is evolving from a tool for efficiency to a fundamental component of enterprise finance, changing everything from sophisticated financial modelling to real-time risk management. As businesses scramble to incorporate automation and machine learning into financial operations, investments in AI-driven compliance, fraud detection, and predictive analytics are increasing.

The B2B banking industry has proven AI’s usefulness for automated risk assessment. It enables businesses to examine large financial data sets to identify irregularities and make previously unheard-of credit risk predictions.

Real-time transactional behaviour analysis by AI-driven fraud detection systems, which are already integrated into international payment networks, can reduce financial crime losses by up to 50% by flagging questionable activity.

Corporate finance is also changing as a result of the emergence of generative AI. Complex legal documents, contract analysis, and regulatory compliance reporting are now processed by AI-powered automation, which can reduce processing times by up to 90%.

Businesses now face additional security and regulatory problems as AI develops. Although AI improves financial decision-making, authorities are examining AI-driven financial services more closely, so companies must use understandable AI models to ensure compliance and transparency.

For financial organisations, investing in AI is now a strategic need rather than an option. In an increasingly automated and data-driven economy, businesses that do not incorporate AI-powered financial solutions run the danger of falling behind.

Fintech adoption for compliance

Regulatory compliance is still a major concern as financial technology changes business interactions. Businesses are being forced to reconsider how they handle compliance as a result of the growing complexity of international financial regulations, as well as the emergence of digital assets, AI-driven financial services, and CBDCs.

Regulatory technology (RegTech), which offers automated solutions for risk assessment, fraud prevention, and real-time monitoring, is becoming an increasingly important part of enterprise fintech plans.

Several important causes are driving the need for RegTech. Businesses that conduct cross-border operations must adhere to several regulatory frameworks, which raises the cost and difficulty of reporting. Businesses may automate compliance procedures with AI-powered RegTech solutions, guaranteeing adherence to changing jurisdictional standards while lowering operational risks.

As businesses enhance automation to manage regulatory complexity, the RegTech industry is expected to grow at a compound annual growth rate (CAGR) of 21.6% from its 2023 valuation of $11.7 billion to $83.8 billion by 2033, according to Allied Industry Research.

AI is already being used to expedite manufacturing, healthcare, and financial regulatory procedures. By automating risk assessments, fraud detection, and legal reporting, RegTech platforms powered by AI have been demonstrated to dramatically lower compliance costs. AI-based solutions have reduced document filing times in legal departments by 90%, improving operational effectiveness and reducing compliance expenses.

Initiatives for digital compliance are also being accelerated by governments and financial institutions, especially in light of the growth of digital currencies and decentralised finance (DeFi). Regulatory frameworks must change as blockchain-based transactions and CBDCs become more popular in order to adequately supervise these financial innovations.

Businesses that don’t incorporate automated compliance solutions run the danger of facing fines from the government, being investigated, and experiencing operational inefficiencies.

Businesses can lower compliance expenses, improve fraud detection capabilities, and increase the effectiveness of regulatory reporting by utilising RegTech. Integrating AI-powered compliance technologies enables businesses to manage changing regulations and reduce the dangers of financial crime.

Businesses that proactively deploy RegTech solutions will be better equipped to handle the increasingly complicated global regulatory environment as financial technology continues to evolve at a rapid pace.

In order to negotiate an increasingly complex legal environment, businesses must make sure that their infrastructure is ready for the integration of digital assets, engage in staff development to maximise AI applications, and have strict compliance procedures in place. Cybersecurity is still a major worry, and to protect digital transactions, firms must implement advanced risk mitigation techniques.

Despite the traditional lag in B2B financial technology adoption compared to consumer finance, 2025 represents a significant shift. Failure to integrate financial technology puts businesses at risk of operational inefficiencies and decreased competitiveness, especially as the sector transitions to full-scale digitisation. Moving from trial adoption to strategic deployment is now essential, making sure that technology investments solve particular operational issues and provide quantifiable corporate value.

Opportunities are being created by the quickening adoption of financial technology, but businesses that don’t make strategic plans may find it difficult to remain resilient in a setting that is changing quickly. Enterprise transactions in the future will be shaped by companies that adopt digital finance innovations now; those that do not run the risk of becoming permanently behind in a financial ecosystem that is changing quickly.

The post Fintech’s next revolution appeared first on International Finance.

In this scenario, today’s episode of International Finance’s “Start-up of the Week” will be special, as we will talk about a Web3 venture that now claims to be able to track tariffs automatically on goods coming into and out of the USA using its blockchain platform. The venture, named “Watr,” is already validating commodities for large mining companies and auto manufacturers.

Potential Game-Changer In The Making?

Created by former Shell, BP, and JP Morgan executives, the company is headed by Maryam Ayati, who led global origination and investment at Shell Trading. As per a TechCrunch report, Watr’s investors belong to a syndicate of “thus-far unnamed crypto VCs” and “commodity executives.”

While stating that, through Watr, a commodity can be pre-checked for tariffs before a transaction takes place, Ayati stated, “Some non-Western governments we’ve spoken to say that Western-country commodities traders sometimes claim that a commodity they’ve bought will be going to, for example, Europe, but then it’s sent to, for example, an Asian market. And they make a lot more money on that because they don’t give the correct cut to the original commodity owners. With our system, the minute tariffs are due, even before money changes hands, the commodity can be checked for whether a tariff is due or not.”

While there are chances that the start-up’s solution can be used to ensure strict implementation of American tariffs, the same tool can also be used to speed up global trade (and the USD 20 trillion worth of global commodities industry) hit by any tariff-induced slowdowns. Watr’s platform tracks commodities using blockchain-based tools, ranging from decentralised IDs for institutions to digital fingerprints for raw materials.

Watr’s journey started in 2022 with a “nutrition label” to track the provenance of a commodity in terms of regulations, such as CO2 emissions or other ESG considerations. Now, in 2025, the venture is switching to domains like sanctions and tariffs, using its blockchain platform to test the provenance of commodities to ensure its clients aren’t inadvertently overstepping any regulatory hurdles before a trade is completed.

Watr recently migrated to the Avalanche blockchain network. The latter, developed by Ava Labs, allows companies like Watr to create so-called “sovereign chains” — tailored to specific industry needs, in this case, the world of commodities. It’s already used by JP Morgan, Citibank, and FEMA.

How Watr Works

Watr believes that the future of commodities isn’t built by outsiders—it’s built by those who know how these markets run, how capital flows, and where innovation is most useful.

“Watr is the first open blockchain ecosystem designed for commodity markets, by those who have built, traded, and financed them at scale. Neo Holdings, creator of Watr and its ecosystem developer, is led by veterans of energy, commodities, startups, and blockchain,” the start-up added.

Neo Holdings itself works on the principle of making industry expertise meet decentralised innovation, curating and commercialising new digital technology and market ventures across the commodities industry in the process.

Neo is not just building products for Watr; it’s curating an ecosystem where liquidity, trade, and compliance meet digital-first infrastructure. Watr has become a public blockchain, open for entrepreneurs, developers, and institutions to build the next generation of commodity markets.

Watr has built and scaled blockchain-based market infrastructure, from trade finance platforms to tokenized assets, bringing industry leaders, traders, investors, and entrepreneurs on the same platform to “solve real problems for real users.” The start-up designs its solutions with interoperability, scale, and regulatory compliance in mind, ensuring real-world adoption and growth.

Watr’s decentralised market infrastructure works on two key mechanisms. The first is “Watr ID,” which is a sort of “Identity Layer,” containing verifiable, self-sovereign digital identities for businesses, individuals (traders, commodity professionals, investors, and developers), and assets, enabling trusted commodity trade, reducing counterparty risk, and streamlining financing with reusable, compliant identity credentials.

Next is “WatrMrk,” which provides digital provenance for commodities—ensuring assets are tracked, verified, and programmable, thereby creating a tamper-proof, on-chain record of asset origin, attributes, and transaction origin, critical for risk assessment, sustainable trade, and price discovery.

Partnering with Watr helps commodity sector players set the terms for new contracts, risk models, and execution structures that will define “tomorrow’s market.” Also, they can fund and collaborate with disruptors who can redefine the commodity sector’s operations through their innovations.

Watr also helps its clients unlock financing channels, such as programmable and real-world on-chain risk models. Through this, entrepreneurs, fintechs, and market pioneers can quickly develop new financial instruments, risk models, and digital trading applications.

At the beginning of our article, we stated Watr’s ability to track tariffs automatically on goods coming into and out of the USA using its blockchain platform, apart from validating commodities for large mining companies and auto manufacturers.

At the centre of these claims, we have a compliance layer, which is a portable, immutable KYC credential ensuring seamless regulatory compliance across platforms and ecosystems. To back it up, Watr has also introduced NeoReserves, a capital layer that provides on-chain liquidity pools and new trade financing models for commodities.

We also have VentureStream, a launchpad and innovation hub for startups building commodity-tech solutions, fostering a vibrant developer ecosystem, and connecting entrepreneurs with legacy market participants. Together, all these components form the building blocks of a programmable commodities economy, ensuring transparency, compliance, trust, reputation, smooth capital flow, and growth and adoption.

A-Z About Watr’s Migration To Avalanche Blockchain Network

Watr, to redefine the USD 20 trillion global commodities industry, has migrated to an Avalanche L1. This move will bring one of the world’s most critical sectors—spanning metals, minerals, food, and fuel—on-chain, thereby leveraging Avalanche’s infrastructure to unlock composability and capital efficiency at scale.

Avalanche’s modular architecture will empower Watr to launch purpose-built blockchains tailored to individual commodities, counterparties, and compliance requirements—without sacrificing speed or interoperability. Trusted by major institutions like JPMorgan, Citi, and FEMA, Avalanche provides the institutional-grade performance required to scale real-world asset applications.

Supported by a global community of developers and validators, Avalanche offers a fast, low-cost environment for building the next generation of decentralised applications (dApps). With its unique blend of speed, flexibility, and scalability, the entity has become the preferred choice for innovators pushing the boundaries of blockchain technology.

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After a long journey towards development, working on advanced tech projects, and pursuing postgraduate studies in artificial intelligence and robotics, he decided to turn his expertise and ideas into a tangible reality.

In his quest to identify opportunities that fill market gaps and deliver real value, Mohammed Alsolami recognised the need for an advanced financial platform that provides innovative solutions to support entrepreneurs and investors. This realisation led to the founding of “Rabeh,” a one-of-a-kind financial platform designed to empower individuals and businesses to achieve their investment aspirations with ease and efficiency.

Rabeh has emerged as a technological revolution in the financial world, by offering services like crowdfunding, crowd investment, and an innovative system for real-time ownership exchange. This is built to enhance efficiency, security, and transparency, making it the ideal destination for supporting small and medium-sized enterprises.

Redefining Funding And Investment With Advanced Technology

Rabeh goes beyond traditional financial platforms by leveraging cutting-edge technology to act as an aggregator of funding solutions and a real-time exchange platform for investments. At its core, Rabeh combines AI, blockchain, and data-driven analytics to provide a seamless, secure, and innovative experience for both investors and entrepreneurs.

Innovation is at the core of Rabeh’s success. The platform uses advanced technologies like AI to analyse data and make smart investment decisions. It also provides users with an interactive dashboard to manage their investments effortlessly.

One of Rabeh’s standout features is its focus on real-time ownership exchange, allowing investors to buy and sell shares with full transparency and speed. This innovation has captured the attention of investors and entrepreneurs worldwide.

Rabeh uses advanced AI algorithms to analyse market trends, evaluate investment opportunities, and provide real-time recommendations to users. By leveraging machine learning models, the platform identifies potential risks and helps investors make informed decisions based on historical data and predictive analytics. The AI engine also matches investors with projects that align with their financial goals, risk appetite, and industry preferences.

Every transaction on Rabeh gets recorded on a blockchain ledger, ensuring transparency and preventing fraud. Automated smart contracts streamline funding processes, enforce compliance, and ensure secure ownership transfers. The use of blockchain guarantees a tamper-proof record of all transactions, building trust among users.

Rabeh’s real-time ownership exchange allows investors to buy and sell equity stakes in startups with speed and ease, creating liquidity in what is traditionally an illiquid market. With blockchain integration, ownership transfers and settlements are completed instantly, eliminating delays and reducing transaction costs.

The platform’s cloud-based infrastructure ensures reliability and scalability, enabling Rabeh to support thousands of users and transactions simultaneously. Advanced encryption protocols protect sensitive financial data, ensuring user privacy and compliance with global regulations.

Entrepreneurs and investors can manage portfolios, monitor performance, and access analytics through intuitive dashboards. Users can tailor their dashboard experience to focus on key metrics that matter most to their financial goals.

Rabeh As A Funding Aggregator

Rabeh aggregates diverse funding solutions, making it a one-stop shop for entrepreneurs seeking capital and investors looking for opportunities. Entrepreneurs can raise funds from a pool of small investors, democratising access to capital.

The platform connects startups with institutional investors, providing access to larger funding pools and mentorship. Rabeh’s technology also enables cross-border funding, allowing entrepreneurs to tap into international markets and investors to diversify their portfolios.

By automating complex processes like due diligence, compliance checks, and contract execution, Rabeh reduces the time and costs associated with securing funding and managing investments. Entrepreneurs, including those in underserved markets, can access funding opportunities without the barriers of traditional financial systems.

The platform offers tools for real-time performance tracking, enabling stakeholders to make agile decisions and optimise returns.

A Vision For Transformation

Rabeh is not just a platform but a financial ecosystem that integrates innovation, accessibility, and sustainability. It wants to build bridges between investors and entrepreneurs from different regions, fostering innovation and economic growth, apart from making sophisticated investment tools accessible to a broader audience, including first-time investors.

The venture supported over 30 startups in its first year, contributing to job creation and strengthening the local economy. Apart from achieving a financial valuation exceeding 30 million SAR in a short period, Rabeh is also crafting successful exit strategies for startups. The company is on track to surpass a valuation of 100 million SAR in the coming days.

Rabeh, under Mohammed Alsolami’s leadership, aims to expand its services and reach new local and global markets. The vision is not just to provide a financial platform but to create a comprehensive ecosystem that supports innovation and economic sustainability.

The post Mohammed Alsolami: A financial entrepreneur’s success story appeared first on International Finance.

While some meme coins come with a market value (which also makes them convertible currencies that can be used in real-world transactions), most of them don’t often have utility, such as being used to pay blockchain participants for doing work for the blockchain. For example, ether is used to pay validators for verifying transactions on the Ethereum blockchain.

When discussing meme coins, the first name that often comes to mind is Dogecoin (DOGE), which has a market cap of USD 14.42 billion as of September 2024. However, other notable coins include SHIB, PEPE, WIF, BONK, and FLOKI. In today’s episode of “Start-up of the Week,” International Finance will feature a venture called Neverless. This company aims to simplify the process for aspiring investors to start trading cryptocurrency, with a particular emphasis on providing access to small-cap tokens.

Knowing The Start-Up In Detail

The crypto startup was founded by three former executives at British fintech giant Revolut in 2022. One of the founders, Phuc To, was Revolut’s global head of product, and was in charge of the company’s crypto project back in 2021. His colleague Mikael Peydayesh was the head of core payments at Revolut, and later became the head of premium plans, and another co-founder Arthur Johanet was the head of card payments for a while before he went on to lead Revolut’s cryptocurrency department.

While crypto exchanges have greatly simplified the onboarding experience for new users over the years, the trio believed it could still be improved, so they teamed up to create a new app with one vision: making cryptocurrencies more accessible. Neverless lets crypto investors buy over 400 crypto tokens from the start-up’s app using Apple Pay or Google Pay. In addition to the most common cryptocurrencies, the start-up has chosen to offer access to meme coins and relatively rare coins with low trading volumes.

Buying these small-cap tokens can be challenging, as the investors usually need to find a crypto exchange that lists them. Alternatively, they can swap tokens on a decentralised exchange, which can be complicated if the investors don’t understand how decentralised applications (dApps) work. When it comes to people buying tokens with low trading volumes, they can face things like varied pricing from one trading venue to another, apart from having a large spread between the buying and selling prices. Neverless claims it can seamlessly route trades to the right trading platform to get its users the best prices.

On some cryptocurrencies (BTC, ETH, DOGE, SOL, XRP, and AVAX), Neverless generates interest that is passed on to the users. The company also offers automated trading strategies that revolve around high-frequency arbitrage and market-making. Neverless can take a share of the returns generated from these yield-generating products.

The company has secured a MiFID (Markets in Financial Instruments Directive) license, which means that it is a regulated financial firm in Europe. It will have to comply with the Markets in Crypto-Assets (MiCA) regulation when it comes into force in the coming days. Earlier in 2024, the start-up raised USD 6.7 million in a seed round led by Lakestar and Connect Ventures.

As of December 2024, Neverless has transformed itself as an institutional-grade platform to grow the crypto investors’ capital, with the latter getting the opportunities to buy meme coins, trade 500-plus cryptos for free, apart from earning automatically up to 7.78% AER (Annual Equivalent Rate) on savings, investing like hedge funds in 11.16% AER Strategies and zero-fee trading, which results in crypto investors earning higher returns on their assets (six times higher than the highest easy-access rate of banks).

Here Are The Products

In terms of facilitating crypto trading, Neverless allows investors to open their online accounts in less than two minutes, from where they can buy their meme coins through Apple or Google Pay, while not hurting their purses on things like deposits or excess fees.

If these same people are buying coins from other platforms, they immediately start at a loss of up to 1.49%, due to odds not being in their favour. However, Neverless assures profits for crypto traders as by spending USD 1000, they get 0.01074 BTC in return, higher than what established exchanges like Binance and Coinbase are offering now. The traders automatically earn 3.04% annual interest on Bitcoin with Neverless, with no lock-up period.

Next is Neverless’ “Strategies Account,” which the start-up dubs as a crypto investor’s pocket hedge fund. By investing in the fund, one will get a return of 11.17% AER (Annual Equivalent Rate that shows what the interest rate would be if interest was paid and compounded annually). Returns through the “Strategies Account” make investors’ long-term earnings exponential.

Unlike traditional hedge funds, “Strategies Account” gives people options to invest in crypto as little as they like, without worrying about locking in their funds for long periods. Generally, hedge funds involve investments based on “prediction,” while trying to forecast market movements, highs and lows. However, predictions often don’t come true, resulting in those investments failing.

Neverless Strategies differentiates itself from traditional hedge funds by helping investors to make money in real-time with real data. The start-up’s algorithm scans the live markets for inefficiencies and profits from them. It detects small price differences of the same asset in different venues, or quotes to both buyers and sellers at different prices. All the trades take place in nanoseconds, while ensuring consistent returns at lower risks, irrespective of the market movements.

Giving Paramount Importance To Data Safety

While most of the 21st century businesses are relying on AI-powered bots to answer customer queries, Neverless has put its money on “Human Intelligence,” when it comes to answering things in a transparent and crystal-clear manner, especially making investors understand that “No Return is Risk-Free.” To back things up, the start-up has even installed an in-app risk dashboard, updated in real-time.

The venture’s core team comes from a bank (Revolut) that looked after 40 million-plus customers and more than 17 billion euro in assets. All of Neverless’s solutions are designed and operated as per the industry-leading security protocols like biometrics and multi-factor authentication. Passcodes never get stored in plain text and irreversibly hashed using a competition-winning algorithm so that no one can read or decrypt them, not even Neverless staffers.

Registered as a Virtual Asset Service Provider in multiple European Union countries, Neverless only works with the world’s best financial crime technology firms.

“Data are encrypted at rest using AES-256 and in transit using TLS 1.2 or greater. We leverage Google Cloud for the physical security of our servers. Our staff is thoroughly vetted and regularly trained on data protection. Minimum access is given on a need-to-know basis and frequently reviewed,” the start-up noted.

The post Start-up of the Week: Neverless is here to make meme coins easy to buy appeared first on International Finance.

Increased demand for sustainable and green properties

Sustainability has been a growing concern in real estate for years, and by 2025, it will have moved beyond a trend to become a standard. Eco-friendly buildings with energy-efficient systems, water conservation features, and sustainable construction materials will become highly sought after. Government regulations and incentives will push developers to integrate green solutions into their projects, and buyers will increasingly prioritise sustainability when choosing homes and commercial spaces.

Smart homes and technology integration

The role of technology in real estate is poised for exponential growth. Smart homes will be the norm by 2025, with advanced AI systems managing everything from energy consumption to security. Voice-activated assistants, automated lighting, climate control, and advanced security systems will be common in residential properties. On the commercial side, buildings will incorporate IoT (Internet of Things) technology for everything from optimising energy use to enhancing tenant experience through personalised, tech-driven services.

Remote work influencing residential choices

Remote and hybrid work arrangements are likely to continue in 2025, significantly affecting housing demand. More people will seek properties that can accommodate home offices and flexible living spaces. The demand for suburban and rural properties will rise as individuals move away from crowded urban centres in search of quieter, more affordable environments. Real estate developers will respond by designing homes that cater to this new lifestyle, with larger spaces and dedicated office areas becoming standard features.

Rise of virtual and augmented reality in real estate

By 2025, Virtual Reality (VR) and Augmented Reality (AR) will have revolutionised the property-buying experience. Buyers and renters will be able to take virtual tours of homes and commercial spaces from anywhere in the world. AR will allow potential buyers to visualise how a space might look with different furniture or renovations, enhancing the decision-making process. Real estate agents will increasingly use these technologies to offer immersive experiences, creating convenience and efficiency for clients.

Affordable housing challenges and solutions

While luxury real estate continues to flourish, affordable housing remains a pressing concern. In many regions, high property prices are making it difficult for middle and lower-income families to find suitable homes. However, by 2025, governments and developers may adopt innovative solutions to address this issue. Modular and prefab homes, micro-apartments, and co-living spaces will become more common as affordable options. Additionally, public-private partnerships and new zoning laws could help make housing more accessible to underserved populations.

Real estate as an investment for the masses

By 2025, the democratisation of real estate investing will be more advanced. Crowdfunding platforms and fractional ownership models will give everyday people the opportunity to invest in real estate with relatively low capital. This trend will make real estate a more accessible asset class for retail investors. Proptech platforms will further simplify the investment process, allowing individuals to diversify their portfolios with properties in different locations or sectors (residential, commercial, etc.).

The shift to mixed-use developments

Mixed-use developments, where residential, commercial, and recreational spaces are integrated within a single community, will become increasingly popular. These developments offer convenience and reduce the need for long commutes. By 2025, cities will see more projects that combine housing, retail, and office spaces, providing a vibrant environment for residents and businesses alike. The trend is being driven by both the desire for convenience and the increasing emphasis on walkability and sustainable urban planning.

The growth of PropTech

PropTech—the use of technology to streamline and enhance real estate processes—will continue to evolve by 2025. From blockchain to AI-powered property management systems, new innovations will make transactions faster, more transparent, and more efficient. Blockchain technology, in particular, will play a significant role in simplifying property ownership and rental agreements by providing secure, immutable records. Automated property management tools will also reduce operational costs for landlords and improve tenant experience.

Urban revitalisation and smart cities

Many cities, especially in developing regions, will experience major revitalisation efforts as they aim to become “smart cities.” These urban hubs will integrate cutting-edge technologies, like 5G, AI, and IoT, to improve infrastructure, transportation, energy systems, and public services. By 2025, more cities will use data analytics to enhance urban living, making them more sustainable and livable. This will influence real estate development, with an emphasis on creating modern, efficient, and tech-integrated urban spaces.

Globalisation and cross-border real estate investment

Globalisation will continue to play a key role in the real estate sector. Investors from different parts of the world will increasingly look to international markets for opportunities, creating more cross-border transactions. 2025 will see real estate investments becoming more globalised, with more foreign buyers purchasing properties in markets like the US, Europe, and Asia. Increased access to online platforms for property buying and selling will further simplify this trend.

The real estate sector in 2025 will be defined by technological innovation, sustainability, and evolving lifestyles. From smart homes and green buildings to a continued emphasis on urban development and mixed-use projects, these trends will reshape how people live, work, and invest. The next few years will offer exciting new opportunities for developers, investors, and consumers alike, transforming the real estate landscape in ways we’re only beginning to imagine.

The post What to expect from the real estate sector in 2025 appeared first on International Finance.

With a gain of over 25% since November 5, the largest cryptocurrency in the world has become one of the most noticeable movements in the week following the election.

It is increasing alongside Elon Musk’s Tesla, an automaker that has experienced nearly a 40% rise since the election results, as investors believe that Donald Trump’s supporters and interests will thrive during his time in office.

“Obviously (it’s) a clear Trump trade as he is so supportive of the industry, and this can only mean more demand both for crypto stocks as well as the currencies themselves. The fact that Bitcoin was trading near all-time highs when the election result came through meant that it had a clean sky above,” Nick Twidale, chief market analyst at ATFX Global in Sydney said.

Donald Trump embraced digital assets during his campaign, vowing to build a national Bitcoin stockpile and turn the United States into the “crypto capital of the planet.”

Although it’s unclear how or when that might occur, the prospect sparked a wild spike in cryptocurrency mining and stock trading.

“I think it increases the chances that other nation states buy Bitcoin in a bid to front-run the US. Additionally, I think it would be a crazy catalyst for the US-listed Bitcoin miners…given possibilities of such entities getting nationalised,” Matthew Dibb, chief investment officer at cryptocurrency asset manager Astronaut Capital said.

Overnight on Wall Street, cryptocurrency miner Riot Platforms surged by almost 17%, and it continued to rise in after-hours trading. CleanSpark and fellow miners MARA Holdings saw a nearly 30% increase.

Between October 31 and November 10, MicroStrategy, a software company and Bitcoin investor, revealed that it had purchased roughly USD 2 billion.

However, short sellers of cryptocurrency and blockchain-related stocks have suffered heavy losses since November 6, after Bitcoin surged to record highs. Crypto short trades looked set for a further hammering on November 11 as most cryptocurrency-related stocks jumped in US premarket trading. Among them, Coinbase was last up close to 16%, tracking the surge in Bitcoin prices.

Traders who bet against MicroStrategy, one of Bitcoin’s biggest corporate backers, lost more than USD 1.2 billion between November 6-8, according to data analytics firm Ortex, and are down more than USD 6 billion so far in 2024.

Combined short-selling losses on crypto-exchange operator Coinbase Global, crypto miners Riot Platforms and MARA Holdings, and blockchain-farm operator Bitfarms were about USD 1.2 billion, as of the November 8 close.

“Bitcoin speculators are betting on a more clement regulatory environment and have expectations that the authorities may build up a reserve crypto fund, helping lift ongoing demand,” said Susannah Streeter, head of money and markets at Hargreaves Lansdown, while interacting with Reuters.

Investors betting against iShares Bitcoin Trust exchange-traded funds, the world’s largest ETF in terms of assets under management, lost close to USD 7 million since November 6.

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This increase in attacks may impact more than one-quarter of executives in the year ahead, as those polled report that their organisations experienced at least one (15.1%) or multiple (10.8%) deepfake financial fraud incidents during 2023.

Deepfake financial frauds have become a new threat now, as the pattern in these incidents are leveraging deepfake technology (images, videos, or audio which are edited or generated using AI tools, and may depict real or non-existent people) with the intent of defrauding organisations/individuals of cash assets or otherwise causing financial losses.

As per the United States-based business advisory firm HUB International, in one instance, fraudsters used AI to create fake virtual images of finance leaders during a video conference call, leading an employee to transfer USD 25 million to the scammers.

In 2023, funds transfer fraud (FTF) and business email compromise (BEC) accounted for 56% of all cyber claims, with FTF increasing by 15% and claim severity rising by 24% from 2022. The average loss per claim was USD 275,000, with total reported losses reaching USD 2.9 billion.

Deepfake scams are quickly leaving devastating impacts on individuals, as most of the surveys indicate that the victims are not able to distinguish a real person from a deepfake one. Scams are causing significant financial losses, fines for releasing sensitive information, and potential damage to a company’s brand and reputation.

In response to the growing threat, organisations are being urged to evaluate their exposures and develop risk management plans. However, there is some good news, as a new start-up has emerged to combat the scourge of deepfakes and spoofed evidence. ForceField is building a set of “patent-pending” APIs dubbed MARQ, the first of which is designed to authenticate content.

In this episode of the “Start-up of the Week,” International Finance will talk in detail about the venture.

A Timely Emergence

A 2022 report from Europol predicted that 90% of all online content will be AI-generated by 2026. The internet is getting flooded with manipulated content (either machine-generated or made with the help of AI), forcing big tech companies to develop new tools to address the problem. Google in September 2024 announced flagging AI-generated images in its search engine, following in the footsteps of Meta, which was already doing so on Facebook and Instagram. YouTube, on the other hand, now enables people to request the removal of content that simulates their face/voice.

Along with the big tech, start-ups like Clarity, Reality Defender, and Truepic have entered the battlefield, and have raised sizeable sums from big-name backers in recent years.

“ForceField, for its part, is focusing on the device level rather than the content-this means any data stream, on any device, where the start-up’s technology is present. This could be a mobile app with ForceField’s API integrated, or a surveillance camera’s video-management system or drone’s hardware-it can sign and hash for verification in real-time,” TechCrunch reported recently.

Since data and reporting are the key elements in regulated industries, ForceField sees its applications helping businesses to remain compliant (with data security norms), apart from defending against online deception and fraud.

“That’s not the only place our technology is needed, as demonstrated in our founding story; digital evidence can easily be manipulated and accused of forgery, even when it didn’t happen if there are no guardrails in place. Our courts are not yet prepared for the influx of deepfaked evidence and people have even started using the deepfake defense,” the start-up stated.

ForceField sees threats of fraud, data breaches, and deepfakes increasing tenfold in arenas like insurance, infrastructure, mission-critical areas, and defense/Homeland security. To answer this, the start-up has developed its MARQ Technology, a well-researched set of solutions in today’s digital landscape, that takes the human out of the loop to protect chain-of-custody.

The start-up is creating solutions to enhance online security by “solving first-mile problems, notoriously hard and complex, in nascent solution categories.”

“In cyber, we are a proactive technology that protects your data and ensures submissions or content has traceable provenance, and avoids fraud, loss, data breaches, deepfake scams, and insider threats,” ForceField commented.

Meet The Technology

ForceField’s flagship product, called HashMarq (also awaiting its patent), verifies content submissions and labels it as authentic. Instead of using methods of adversarial AI (fighting AI with AI) or watermarking, Forcefield’s technology establishes a “chain of custody” to establish provenance by identifying whether a specific piece of content has been altered. HashMarq generally looks at metadata from data streams and connected devices.

Explaining this further, ForceField founder and CEO MC Spano told TechCrunch, “We’re leveraging blockchain, we’re not using coins or crypto — we’re not a web3 company. We’re using blockchain most innately and purposefully, which is smart contracting. We authenticate anything collected, like a video, photo, an audio file, a screenshot on a mobile device — but we also secure and authenticate any multimedia collected on any IoT, which means anything from a BlackBerry to a robot. But any streaming data as it’s collected, we’re signing it, we’re hashing it, and then we’re using ledger technology.”

The “smart contracts,” as mentioned by Spano, live on the blockchain to ensure their security, transparency, and immutability. Enterprise customers, including anyone from chief information officers to trust and safety teams, can access the technology through an API or SDK which they integrate into their own applications. In simple terms, HashMarq serves as a digital certificate for content that has passed its proof checks.

MARQ is a patent-pending set of APIs that accomplish two important tasks in the cyber trust and safety space: Authenticating content based on the start-up’s proprietary algorithm and protecting content in real-time against breaches or succumbing to cyber vulnerabilities.

MARQ has established its chain of custody and protecting provenance. Its blackbox is a protected space where metadata from IoT (Internet of Things) and data streams are protected and stored in real-time, off cloud and inexpensively. Depending on which IoT MARQ’s APIs are plugged into, ForceField’s tech can help accelerate investigations. While cloud and related platforms are not immune from cyber vulnerabilities, MARQ has been specially built to protect these data streams in real-time.

So how does ForceField’s technology assess the veracity of a given asset?

“We’re looking at about 90 proof points, but I can’t share all of them. The notion is that we’re looking at the geospatial intelligence around that device, what was around at the time, what signals, what other devices, and the time. What time was this device, specifically, collecting this video? And how long was it from the collection to the submission? Those points alone can tell journalists or news organisations or law enforcement so much more than what they would originally have, and it also can pinpoint a geographic location,” Spano said.

Though ForceField was established in 2021, Spano got her innovation idea in 2018 when she was reportedly assaulted in New York City, and subsequently faced major obstacles both in gathering and submitting the evidence required by law enforcement.

“I knew that there were cameras, I knew that the evidence was able to be gathered. But when I dealt with the NYPD to get the evidence, they wouldn’t get a subpoena — so I had to go to the owner of the camera myself to request the footage. I recorded it with my phone, and when I turned that recording into the NYPD, they said it wasn’t admissible. And that’s when I realised the justice system starts way earlier than in the courts,” she remarked.

Spano and ForceField have now put up a battle against the dark side of generative AI, where anyone with a laptop can create “plausible, but entirely fake, evidence.”

The “Erie” Experiment

As of October 2024, ForceField is developing a proof-of-concept (PoC) with insurance giant Erie. The start-up has also signed letters of intent with three additional customers, with plans to finalise the PoC and launch it commercially in the first half of 2025.

ForceField, as of now, is eyeing to protect the insurance market from the bad side of AI, Spano believes that with the advent of AI and the ability for even a layperson to create authentic-looking assets, no industry is immune from the phenomenon.

“A citizen journalist, for example, who has captured a video on their mobile device, could submit it to a news station, which would integrate with ForceField’s API to determine the authenticity of the source data. Law enforcement, too, could use the technology to verify witness or victim submissions,” she commented.

The start-up has so far been funded via a mixture of bootstrapping (with Spano selling her previous company) and capital provided by angels, including actor Debra Messing, Wilfredo Fernandez, X’s head of government affairs and a scout at VC firm Lightspeed. In 2023, ForceField received money through its participation in “Techstars Global Start-up Network.” The venture has recently taken its first institutional funding via a strategic investment from its customer, Erie Insurance.

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In today’s episode of the “Start-up of the week,” International Finance will talk in detail about the venture which claims that its software products reduce friction, cut costs and provide an unprecedented

digital experience for both investment managers and their investors.

Knowing Things In Detail

As of June 2024, Bloqhouse’s software solutions are helping more than 60 prominent fund management companies, when it comes to reducing friction, ensuring cost optimisations and providing an unprecedented digital experience for both investment managers and their investors.

Bloqhouse’s software solutions are also handling over 1.4 billion euro under their administration, apart from funding more than 460 investment projects to date. Bloqhouse received a massive boost in 2022, in the form of Sweden-based relational blockchain platform ChromaWay. The Swedish company invested 2.1 million euro in the Amsterdam-based investor management platform, apart from forging a partnership to bring innovative tokenisation solutions to the real estate industry.

ChromaWay and Bloqhouse now have a joint offering focused on digital asset investing through a distributed ledger using the Chromia blockchain. Bloqhouse’s cloud-based, one-stop-shop funding platform that meets all the current and future needs of fund managers, investment funds, and companies looking to raise capital, is now providing users with more transparency on the ledger and access to liquid assets initially via peer-to-peer transactions, through the partnership with ChromaWay.

Why the partnership a game-changing one? Just like Bloqhouse’s pioneer cloud-based, one-stop-shop funding platform, ChromaWay has disrupted the blockchain industry by introducing a “Relational Blockchain Platform,” a new virtual architecture that combines the power and flexibility of a relational database and the fault-tolerant decentralised security of a blockchain.

What Are Bloqhouse’s Key Products?

Bloqhouse’s “Fund Management Solution” has been tailor-made for modern fund managers. It’s the ideal choice for the next generation of fund managers, given its capability of enhancing the overall user experience for both managers and investors.

The “Fund Management Solution” comes equipped with an “Admin Portal,” that serves as a centralised control hub designed for system administrators to efficiently manage and oversee various aspects of the platform. This comprehensive interface provides administrators with the tools and information needed to monitor system performance, user activity, and system configurations.

After “Admin Portal,” the second most important element in the “Fund Management Solution” is the “Investor Dashboard,” which offers investors a user-friendly interface that provides real-time information and insights into their investments. Investors can access key metrics, performance data and documents allowing them to track their investments, before making informed decisions about their portfolios.

The third component of the architecture is “Investor Onboarding,” which is a guided virtual process that assists new investors in registering and setting up their accounts. This streamlined procedure ensures a smooth and user-friendly experience for investors, reducing friction during the onboarding process.

Talking about the simplified digital KYC features of the “Fund Management Solution,” the verification process enhances the onboarding process by streamlining identity verification for investors. This feature automates the collection and verification of necessary KYC information, ensuring compliance with regulatory requirements, apart from expediting account approval, thereby allowing investors to start using the platform more quickly.

“Fund Management Solution” also has its own “Online Marketplace,” which serves as a digital platform where various projects/investments can be bought and sold. This marketplace provides a secure and transparent environment for users to explore and engage with a diverse range of investment opportunities.

The “Fund Management Solution” also comes with “Digital Contracts,” replacing traditional paper contracts by offering an electronic platform for creating, signing, and storing contracts. This feature enhances efficiency, reduces paperwork, and ensures the security of contractual agreements. The system includes features for electronic signatures, version control, and secure storage, contributing to a more streamlined and eco-friendly process.

Also, the tool has been integrated with “Payment Service Providers” on the Bloqhouse platform, through which fund managers and investment platforms can rely on a reliable and advanced solution for managing incoming and outgoing payments. This enables these professionals to provide an efficient and secure payment process to their investors, resulting in an improved user experience and higher customer satisfaction.

The final component of the “Fund Management Solution” is something called “Bulletin Board Trading Functionality,” which offers a powerful bulletin board trading functionality, enabling buyers and sellers to identify and connect with each other. This functionality allows for peer discovery without the need for an order book or order matching, apart from facilitating private security resale transactions to investors.

Solutions For Marketplace Lending And More

Bloqhouse’s “Marketplace Lending platform” has been designed for the next generation of private credit and crowdfunding platforms, aiming to streamline capital raising and enhance the investor experience, thereby making it the ultimate choice for modern private credit and crowdfunding platforms.

Another tool is the “Captable Management Platform,” which takes care of the challenges posed by corporate finance, especially when it comes to law firms, and private equity companies looking to provide their clients with a captable management solution. While “Marketplace Lending platform” shares similar features like “Fund Management Solution,” “Captable Management Platform” has evolved into a personalised dashboard for captable participants, offering insights into returns and transactions, apart from serving as a centralised repository for crucial documents such as participation rules and valuation reports.

The “Captable Management Platform” comes with an “Investor/Employee Dashboard,” that ensures that investors and employees have a personalised and visually intuitive interface, fostering engagement and allowing easy access to critical stock-related information and tools.

The interactive tool serves as a central hub for stakeholders to monitor their investments or equity holdings and make informed decisions. The platform has another feature called “Employee Stock Ownership Tracking,” which provides a comprehensive solution for monitoring and managing employee ownership, ensuring transparency and helping employees stay informed about their stock holdings and transactions.

Then we have “Automated Vesting,” which automates the tracking and execution of vesting schedules, minimising administrative burdens, ensuring accuracy, and keeping employees informed about their equity vesting milestones through timely notifications.

“Captable Management Platform” also comes with “Equity Plan Management,” which streamlines the creation, modification, and administration of equity compensation plans, thereby providing administrators with an efficient platform to manage diverse equity instruments and participant details.

It is followed by “Management Reporting,” which offers customisable reports and insights, thereby empowering management to make informed decisions by providing a deep understanding of key metrics, equity performance, and compliance status through dynamic and tailored reports. It facilitates data-driven leadership, enabling proactive management strategies based on real-time and historical equity data.

Also, “Automated Communication” enhances the whole architecture’s efficiency by automating communication processes, delivering timely notifications, updates, and alerts to relevant parties, ensuring that stakeholders are well-informed about critical events and policy changes, thereby fostering a responsive and communicative environment, minimising delays and improving overall engagement with investors, employees, and other key stakeholders.

DLT Services

“Distributed Ledger Technology,” or DLT, has emerged at the core of Bloqhouse’s asset tokenization platform. Through ChromaWay, the start-up’s platform offers a secure and decentralised solution for managing financial instruments.

“Recently, the underlying tokenization smart contract was audited by the renowned security firm Hacken, and we are happy to have received a score of 10 out of 10. This audit confirms the robustness of our platform and gives users peace of mind when it comes to security,” Bloqhouse stated further.

Through DLT, a customer can connect his/her decentralised wallet to the fund manager account and create a new fund with just a few clicks on Bloqhouse’s portal, following which they can start minting their asset tokens and make them visible on the shared database, before publishing the funds and start accepting investments.

“Investors simply need to verify their identity, sign a digital contract, and process payment to finalise their investment. The investor portal allows for easy connection to their decentralised wallet and whitelisting for exclusive access to certain tokens. Claim your tokens and store them on your wallet, all registered on the shared database,” Bloqhouse stated further.

DLT is a part of ChromaWay’s Ledger Digital Asset Protocol (LDAP), through which sponsors can reach more investors while reducing the cost of issuance. On-chain issuance removes the need for intermediaries like brokers and centralised asset repositories, reduces compliance costs, and makes investment products with stable returns available to much wider investor segments worldwide.

The LDAP protocol is designed for a variety of projects issuing investable asset-backed tokens across a variety of industries including real estate, lending, climate projects, and start-up capital investments.

Image Credits: Bloqhouse

The post Start-up of the Week: Bloqhouse & the ‘all-in-one software solutions’ for investment industry appeared first on International Finance.

“The rise of AI and big data started in the early 2000s. When Google and Baidu, the emerging search engines at the time, used AI-powered recommendation systems for advertising, they found that the results were much better than expected. The more data they collected, the better the results would be. But at the time, no one realised that this would be the case in other fields as well,” stated Yang Qiang, an international expert in AI and data mining, back in 2018.

However, despite the 21st century being the “Century of AI,” the term “Fourth Industrial Revolution” has remained somewhat unheard of among the tech-savvy population.

Also known as Industry 4.0, the “Fourth Industrial Revolution” is a way of describing how connecting different advanced technologies could transform the way we manufacture things. A good example is the increasing usage of AI-powered factory robots, which, as per Forbes, “will help manufacturing by better understanding of demand for products and supply of inputs, with lesser impacts on what happens inside the plant.”

As per McKinsey, At the same time, advanced manufacturing (powered by AI) is now “flourishing in markets where stagnation had seemed intractable.”

The manufacturing sector in the United States, which had been languishing at 1.4% over the past two decades, saw boosts from AI, digital technologies, sustainable features, and higher skill, which has helped it to return to the growth path. The result here is evident, with industrialists in the world’s largest economy generating total shareholder returns of about 400 basis points higher than in the previous 15 years.

Industry 4.0 is all about intelligent machines, connected devices, and informed, data-driven decisions dominating the roost in 21st century global economic order. The phenomenon is revolutionising traditional business models, transforming supply chain management, and redefining stakeholder interactions, noted IMD, adding, “This revolution is reshaping industries and blurring the lines between our digital, physical, and biological realities.”

Factories where machines talk to each other, robots work alongside humans, and systems adapt and optimise themselves, are the prime examples of Industry 4.0 in the play. Technologies like the Internet of Things (IoT), cyber-physical systems, cloud computing, and cognitive computing will become integral to the way we do business.

It will not only revolutionise supply chain management but also open new doors to innovative business models, transforming how we interact with stakeholders along the way.

Meet the key pillars

Internet of Things (IoT) and Industrial Internet of Things (IIoT) are the things we are talking about here. IoT is a network where devices are constantly exchanging information. The same concept, applied in the manufacturing landscape, becomes IIoT. Sensors and other devices gather and analyse data from machinery, leading to increased operational efficiency and more informed decision-making.

“Adopting IoT and IIoT is a strategic move to automate data collection, empowering teams to make informed decisions and optimise operations,” IMD states.
In addition to IoT and IIoT, we also incorporate machine learning and artificial intelligence (AI). They bring to the table the element called predictive analytics (the process of using data to forecast future outcomes). Machine learning and AI enable businesses to anticipate market shifts and adapt quickly, while turning data into a strategic tool for agile decision-making.

Then comes robotics and automation. “It’s not enough to implement automation; the real advantage comes in understanding the symbiotic relationship between humans and machines. Integrating cobots into your workforce can elevate productivity and free human capital to focus on more strategic tasks,” IMD noted.

Another crucial pillar of Industry 4.0 is cyber-physical systems (CPS), which is a collection of physical and computer components that are integrated with each other to operate a process safely and efficiently. Examples of this concept include industrial control systems, water systems, robotics systems and smart grids.
“Successfully integrating CPS means mastering both the digital and physical aspects of the business’ operations. This is crucial for creating a seamless and efficient system that responds dynamically to operational demands,” IMD remarked.

Let’s also talk about 3D printing and additive manufacturing, which enables a venture to reimagine its production lines and supply chains entirely, apart from arming the business with the strategic advantage of speeding up its production cycles and customising products at scale.

Also, concepts like Digital Twin Technology, Augmented Reality and Virtual Reality, come with transformative opportunities for businesses, in terms of overhauling their training, operations, and stakeholder interactions. These technologies not only enhance the customer experience but also create immersive environments for skill-building and remote operations.

Case studies

Any “smart” or “cyber-physical” technology blurs the lines between the digital and physical worlds. Some companies have succeeded in implementing the concept into reality.

Siemens, with its advanced MindSphere system, is showcasing a prime example of “Industry 4.0.” MindSphere’s key component is known as “Insights Hub,” which drives smart manufacturing through the IIoT. Using this digital industry software, companies are gaining actionable insights with asset and operational data, while improving their manufacturing processes.

“Deliver business value with industrial IoT data by implementing reliable asset monitoring, enhancing manufacturing performance and efficiency and enabling quality prediction and much more. Make improved operational and business decisions with data-driven insights,” Siemens stated on its website, while explaining the solution.

“Insights Hub” helps its users connect their assets to the cloud, collect and explore their data, and strategically develop their IoT capabilities. Using intelligent analytic tools, the client ventures can transform their business, processes and products at scale, also creating a competitive advantage, reducing costs and improving quality across the entire product lifecycle and supply chain.

In what seems to be another brilliant application of “Industry 4.0,” global diamond mining firm De Beers in 2022 launched a proprietary blockchain-powered platform, known as Tracr, to manage its diamond production and distribution.

The platform was first piloted and tested back in 2018, with the aim of serving the wider diamond mining industry. De Beers has now incorporated the system into its global operations. The platform will give diamond industry producers and retailers access to tamper-proof records of a diamond’s provenance.

“Authorised bulk purchasers of rough diamonds will benefit from the immutable record of diamond credentials, which will, in turn, provide retailers with the added assurance of a diamond’s pedigree and origin,” reported Cointelegraph on the product back in 2022.

“De Beers has touted the performance of the platform to be able to scale to meet periods of high production. Tracr will be able to register one million diamonds per week on the platform, which is a major upgrade to centralised platforms that have been criticised for struggling with large volumes of data that historically cause bottlenecks in this process,” it added further.

Tracr allows companies and users to control the permission, use and access to diamond data. This goes down to an individual level, with each user given their own distributed version of the platform, much like a traditional node operator in other blockchain networks.

If Siemens’ MindSphere helps companies to optimise their manufacturing activities through real-time tech-assisted monitoring and predictive maintenance, Tracr is all about IoT and blockchain ensuring transparency in the supply chain.

Has Industry 4.0 reached its full potential?

No, as propagated by supply chain researcher Richard Markoff and Ralf Seifert, Professor of Operations Management, International Institute for Management Development.

In an article titled “Why the promised fourth industrial revolution hasn’t happened yet,” published on The Conversation, the two experts had a detailed view of the impact Industry 4.0 technologies have had on the supply and manufacturing chains.

As part of their assignment, Seifert undertook a survey of several hundred senior executives conducted, with the topic being managing supply chains.

“None of the top priorities listed by the executives relate to Industry 4.0. Headline-grabbing technologies strongly associated with the fourth industrial revolution, such as AI and machine learning, the internet of things, robotics and 3D printing are in the bottom third of priorities,” the article stated further.
“Before 2020, digitalisation in the supply chain rapidly gained in importance, while traditional topics, such as integrating supply chain and business strategy, supply chain segmentation and systematically applying sales operations and planning (SO&P) processes were still on top of the agenda in most organisations,” Seifert noted in his survey.

By 2022, the global economy and supply chains, which were in their recovery phases post a tumultuous COVID period, faced threats like geopolitics (Ukraine war) and inflation. Around the same point of time, new topics like supply chain resilience, cybersecurity, and maintaining the talent pool emerged as additional top-priority topics for supply chain executives.

Coming back to Seifert’s survey, done in collaboration with independent research associate Katrin Siebenburger Hacki, it found out most of the respondents continue to report massive gaps between the relative importance of the above-mentioned “Top Priority Topics” and the implementation progress achieved.
“Supply chain executives are busier than ever before and are being asked to keep ever more balls in the air, while dealing with topics where making tangible change is slow,” the survey noted.

Around 350 experts from leading international companies, across a range of industries, participated in a November 2022 edition of IMD’s Global Supply Chain Survey (the one conducted by the Seifert and Hacki). The survey found a prolonged decrease in the relative importance of blockchain for supply chains.

“The weight of AI, as well as of last-mile delivery and micro-fulfilment solutions, also decreased, but they remained more important overall compared to other topics. Meanwhile, maintaining the talent pool in the supply chain organisation, compliance and governance, as well as supply chain sustainability, have steadily risen in importance, the goalposts seem to be moving. Indeed, globalisation of supply chain footprints is the only topic where progress achieved now beats its relative importance,” the study noted further.

According to survey respondents, during 2017-2022, implementation gaps remained in basic competencies such as integration of the supply chain with business strategy and applying a S&OP (Sales and Operations Planning) throughout the entire supply chain. While progress was seen on fronts like digitalisation, big data and real-time data use, and AI, the gap between importance and degree of implementation remained high.

“Certain topics at the forefront of digitalisation and innovation do not yet seem to have reached critical implementation mass in global supply chains – most notably digital twins and control supply towers, as well as autonomous vehicles. We will make sure their importance is tracked over the next few years when technologies and implementation are likely to mature. Furthermore, we are taking a closer look at the gaps between top and bottom quartile companies in all of those areas,” the study said.

As per a 2020 study by accounting giant KPMG, among all Industry 4.0 technologies, only cloud computing had reached an advanced level of implementation. The report also found that less than half of business leaders had a good understanding of the term “Fourth Industrial Revolution”.

The above studies point out two things: a lack of awareness of the adoption of Industry 4.0 technologies and the need to build a business case for expenditure on new technological solutions.

“The more ambitious the technology, the higher the risk and scrutiny is. Not every company has leaders ready to champion and sponsor innovation in the face of uncertain or less tangible outcomes. Industry 4.0 initiatives can also lead to resistance to change among workers. IT departments, trained for years to seek out large enterprise solution providers, hesitate to recommend niche solutions from small companies, especially for technologies they’re not familiar with,” Markoff and Seifert mentioned.

To address this, there is a requirement for committing resources to build separate teams tasked with identifying and prioritising Industry 4.0 capabilities. However, to make this work, Markoff and Seifert bat for “an alignment with the broader business strategies of a company.”

The unprecedented supply chain disruptions since 2020 have pushed executives to consider reconfiguring their supply chains. They are opting for conventional options like “Reshoring” (returning manufacturing to the company’s original country) and “Nearshoring” (transferring manufacturing to a closer-by, rather than more distant, country), as they look to restore the pre-COVID resilience in their supply chains.

Talking about “Reshoring,” we have a June 2023 report from Investment Monitor report, which back then claimed, “Many industries are still feeling the pain of major overseas supply chain disruptions and international trade challenges. Meanwhile, the climate crisis and geopolitical instability demand more robust and future-proofed supply chains. According to an Everstream Analytics survey of more than 10,000 supply chain professionals, 98% of global supply chains have been affected negatively over the past three years.”

Forward-thinking business executives are weighing “Reshoring” as the better choice against the higher costs that may come with another globally disruptive event (chances of which can’t be ruled out).

The 2021 Kearney Reshoring Index saw 92% of executives surveyed had positive feelings toward reshoring and 79% who had operations in China have either started or will be moving at least part of their manufacturing back to the United States over the next three years.

Markoff and Seifert see “Industry 4.0” playing a role in this scenario. Driverless forklifts, or automated guided vehicles (AGVs) can be the best case studies of robotics mitigating rising labour costs. Additive manufacturing (the industrial name for 3D printing) can simplify and reduce the cost of production processes that involve two or more costly steps.

“For supply chains that cross international borders, there will be an added incentive to use digital platforms for improving the ability to track inventory, a term covering everything from raw materials to finished products, and to help transport goods. This will help companies identify unplanned disruptions more quickly and react to them appropriately,” the experts stated further, while concluding, “the very supply chain dysfunctions that made headlines and arguably slowed the short-term progress of Industry 4.0 may yet prove to be the engine that finally delivers its promise.”

The post Are we in Industry 4.0 yet? appeared first on International Finance.

There is also a lot of anticipation for the altcoin season when scores of other coins are expected to peak in value. Many revolutionary technologies in the decentralised currency, apps, and finance protocol ecosystems that are in development could radically alter the way we interact with each other.

Blockchain and subsequent technologies have been at their core working towards decentralisation and moving power away from behemoth financial institutions like central banks and toward common folks such as ourselves worldwide. The promise has always been an escape from a government-controlled environment to more democratic, peer-to-peer-regulated systems.

This hope of freedom remains strong in the cryptocurrency movement. However, there is pushback from governments around the world that aim to use blockchain technology to consolidate even more power by developing digital currencies (Central Bank Digital Currencies, or CBDC) issued by their respective central banks.

Blockchain is a double-edged sword that you can use to either decentralise and democratise or centralise and wield unlimited power, just as you can harness atomic energy to power megacities and annihilate human civilisations.

What is CBDC?

CBDCs are central bank-issued digital currencies that complement cash rather than replace it. In a CBDC world, the wallet holder can easily transfer each virtual currency unit’s digital code to other people’s digital wallets.

These digital currencies, unlike “traditional cryptocurrencies,” are not decentralised; central banks issue them instead of independent entities like Bitcoin. Theoretically, the value of CBDCs would be as stable as the fiat currency of the country issuing them, unlike other crypto assets that can experience significant fluctuations.

Furthermore, different countries are testing a variety of CBDC strategies. The Eastern Caribbean is implementing DCash, an account-based concept that is one kind of CBDC. Customers maintain direct deposit accounts with the central bank through DCash.

China’s e-CNY, a CBDC pilot programme, is at the other extreme of the spectrum. It is up to private-sector banks to provide and manage digital currency accounts for their clients. In 2022, China will present e-CNY at the Beijing Olympic Games. The money was usable for purchases made within the Olympic Village by athletes and visitors.

The European Central Bank is also considering a different model, in which authorised financial institutions run individual permissions nodes on the blockchain network to facilitate the issuance of virtual euros. To preserve user privacy, the last model, well-liked by “cryptophiles” but not thoroughly tested by central banks, distributes fiat currency, government-issued money unbacked by a commodity, as anonymous fungible tokens.

Some 87 countries, or more than 90% of the world’s GDP, are exploring the possibility of CBDCs. Let’s take a deeper look:

Launched in June 2022, the JAM-DEX from Jamaica is the first officially recognised CBDC as a legal tender. There are no sophisticated use cases (such as cross-border payment for smart contracts) and the offering is somewhat basic. Unlike the Bahamas’ Sand Dollar and the Eastern Caribbean Central Bank’s DCash, Jam-Dex is not based on blockchain technology.

Nigeria introduced eNaira in October 2021, becoming the first nation in Africa to implement a CBDC.

Africa’s Sub-Saharan region is about to embrace CBDCs. The extensive adoption of the mobile money transfer service M-PESA has created a robust financial and social framework for the possible future application of CBDCs.

The central banks of Saudi Arabia and the United Arab Emirates collaborated to create Project Aber. This project explored the use of a jointly issued digital currency as a tool for domestic and international payments between the two nations.

Why are governments pursuing CBDCs?

Some proponents of blockchain technology believe that new digital instruments, like CBDCs, may solve problems with efficiency, security, and accessibility that plague the current physical infrastructure and alternate cryptocurrency assets. Money is expensive to print and some cryptocurrencies, such as Ethereum, have exorbitant gas fees (transaction fees) that aren’t viable for day-to-day transactions. CBDC enthusiasts (mostly big tech and banks) believe centralised digital currencies are the answer.

Among the frequently cited benefits are:

Lower Operational Costs: Financial service providers can potentially reduce their yearly direct costs by $400 billion by allocating funds toward digital banking instead of physical infrastructure. However, we must weigh the lower costs against the substantial new technology investments that CBDCs would require.

Faster Transactions: The electronic payment systems in many nations could operate more quickly and effectively thanks to CBDCs. As we’ll see below, this argument is becoming less persuasive.

Improved Accessibility: The percentage of US adults without bank accounts is less than 5%, whereas the global unbanked population was 1.6 billion in 2016. Mobile-accessible CBDCs have the potential to improve financial inclusion. Additionally, mobile money gives digital financial service companies access to untapped areas. But adoption isn’t a given; a lot of underbanked individuals could prefer the complete secrecy that cash provides.

Increased Safety: Implementing a regulated digital currency accessible through mobile devices may improve payment security and lower the likelihood of fraud by guaranteeing a complete and irreversible transaction, even in the absence of a formal bank account. Users may be able to “sign” transactions digitally through the controlled use of private-key cryptography. This would boost the confidence of all stakeholders and expedite the transaction’s completion.

Interoperability: For those who are unaware, some argue that blockchain interoperability holds the key to resolving the disjointed and compartmentalised characteristics of blockchains. Without external intervention, blockchains cannot communicate with one another because they are trustless systems. Cross-chain solutions can be helpful. Cross-chain solutions facilitate the smooth transfer of data between blockchains. Users of defi protocols and dApps practically need to interact with cross-chain solutions, as many of the most significant and fascinating projects currently exist outside of platforms like the Ethereum L1 blockchain.

Currently, blockchain interoperability is fragmented and incompatible. Many rival interoperability efforts compete with one another to become the most successful, resulting in customised cross-chain products with differing levels of security and reputation that ultimately serve only to manipulate the blockchain environment. One of the biggest ironies of blockchain technology is that various cross-chain solutions are still incompatible with one another. Even worse, this incompatibility makes it more difficult for consumers, businesses, and authorities to evaluate the security of each choice, endangering the general acceptance of blockchain technology.

According to some, a common interoperability framework is the answer.

One project cannot be responsible for ensuring blockchain compatibility. There must be an industry-wide initiative. We need to come together and establish once and for all how we want to send, receive, and verify data from another blockchain rather than taking an “everyone for himself” approach.

Adopting a common framework for interoperability might jeopardise the viability of the economic models behind ongoing interoperability projects. Instead, it would merely serve as the framework for an extremely secure layer of basic infrastructure, atop which individual projects might construct products that incorporate various trade-offs specifically designed for certain use cases. This distinction is what matters.

CBDC utilisation and development

Many nations’ central banks have started research projects and pilot programmes to ascertain if a CBDC would be useful and viable in their respective economies.

The first nation to enact a CBDC was the Bahamas. It intended to improve financial inclusion for its 700 island-dwelling citizens, some of whom have restricted access to ATMs and banking services, so it introduced the Sand Dollar in 2020.

As of March 2024, the Bahamas, Jamaica, and Nigeria were the three nations with operational CBDCs. For technical reasons, the Eastern Caribbean Currency Union suspended its CBDC and launched a new trial programme.

Nineteen of the G20 have programmes under development, while 36 CBDC pilots are now in operation. A CBDC is being considered by the BRICS nations: Brazil, Russia, India, China, and South Africa.

The United Kingdom’s Britcoin, which was in existence from 2011 to 2019, is one instance of a CBDC endeavour that was unsuccessful.

The United States is one of the nations investigating whether a CBDC “might improve on an existing safe and efficient U.S. domestic payments system,” according to the Federal Reserve.

When it comes to the authoritarian use of technology, China is always ahead. It has outlawed private cryptocurrencies, but the nation has experimented with virtual money. The Central Bank of China (PBOC) has developed the most sophisticated market application of CBDC to date. Private-sector banks are required to distribute and manage these accounts for their clients under China’s CBDC e-CNY pilot programme.

In late 2019, PBOC began testing e-CNY for use in consumer lifestyle applications such as shopping, transit, government services, and wallet-based payments. After starting in four cities, the pilot programme swiftly spread to five more. By May 2022, the e-CNY pilot had processed 260 million transactions totalling over 83 billion yuan through 4.5 million merchant wallets.

Proponents claim China’s CBDC experiment revealed the following possible advantages. To use e-CNY, you do not need to have a bank account. Six approved state-owned banks offer digital wallets that customers without an account can download and use. CBDC, like blockchain-based cryptocurrencies, allows users to authenticate themselves with banks using personal digital fingerprints. By doing this, banks avoid doing business with unreliable parties, which may prevent them from becoming involved in fraud and other illegal actions like money laundering.

Banks may save money using CBDC to reduce transaction reporting and monitoring costs. At the same point of time, it could be feasible for e-CNY to simplify the allocation of subsidies, like employee transportation.

However, it is important to see how China’s social credit system and CBDC go hand in hand to have absolute control over the populace. With CBDC, the government can monitor each individual’s transactions in real-time, and it can even control spending limits and what one can buy with their money. Because of this, CBDCs are a source of fear for many in the tech and economic circles.

Battle for the soul

We are witnessing an epic struggle for the very spirit of the financial system, even though the fighting is mainly silent and hidden from the public eye. Central banks are considering replacing the bank-issued digital currency that consumers use daily with publicly issued digital currency. This could significantly alter and weaken the financial system’s stability.

Fear of losing in a growing arms race often drives government decisions. If another central bank introduces a more appealing form of exchange, no one wants to deal with falling demand for their currency or soaring withdrawals from their financial institutions. However, the rush to get ready for the economic equivalent of military mobilisation could create a highly unstable international order that undermines monetary authority.

The digital currency of central banks (CBDC) might be in several formats. Some versions might be harmless, but the most extreme, one that is widely accessible, elastically supplied, and interest-bearing, can cause unsettling changes in the financial system, erode the availability of credit, and jeopardise privacy.

The financial system that exists now is the result of several factors that came together over the last century. First, authorities obstruct the issuance of private paper money by combining harsh taxes with outright prohibitions. Governments grant licences to private intermediaries, typically commercial banks, so long as the liabilities issued by the latter are convertible into liabilities of the central bank on an equal footing. Last but not least, the private sector manages the retail payments system for the rest of us, while the central bank oversees the wholesale payments system for banks.

All of this indicates that almost everything that people consider to be money in our day and age is a commercial bank’s digital liability. For instance, demand and time deposits, which are digital entries on bank ledgers, make up 97% of the overall amount of M3, or 144% of GDP, in the United Kingdom, where the total quantity of M3 is 148% of GDP. In the euro region, 91% of M3 is digital. Furthermore, in China, 96% of broad money, which accounts for over 200% of GDP, is digital.

Most people are unaware of this, as Bank of England Deputy Governor Jon Cunliffe pointed out in a recent lecture. When they buy groceries, buy a new phone, or renew a software subscription, they are unaware that their bank is creating digital money for them. Crucially, we can depend on this system because the central bank provides the necessary framework.

Authorities genuinely pledge to turn specific bank liabilities into the means of exchange, the liquid, safe asset known as reserves, under as many different global conditions as they can to accomplish this. Experience tells us that under most global conditions, central banks dedicated to price stability are better able to accomplish this than private entities. We depend on this framework, in Cunliffe’s words, to “tether private money to the public money issued by the state.”

Central banks are moving forward, frequently citing goals like monetary policy execution, financial inclusion, and payment efficiency. Two more significant drivers are visible. First, there is a desire to stop the issuance of private monetary instruments like Libra (now Diem) and replace cryptocurrencies like Bitcoin. Governments, on the other hand, have extensive experience with these private currencies and can either apply harsh taxes or outright bans when they come to light. The second is FOMO or fear of missing out. Central bankers want to ensure that they can issue CBDC as soon as others do. This, in our opinion, leads to instability, since, theoretically, a sudden and unexpected incident can prompt several central banks to quickly mobilise their digital currencies to avoid falling behind.

This brings up some important information concerning CBDC. Before releasing retail digital currency, a central bank must decide on several design elements. Is this an instrument for anonymous bearers? Will a person’s holdings be subject to quantity restrictions? Is it only available to citizens of the issuing jurisdiction to hold? Will it also have 0% interest, like paper money?

We are aware of the solutions to these queries regarding paper money. It is an anonymous-bearer instrument. The supply is elastic enough to permit, in most cases, the limitless conversion of certain bank obligations at par into the medium of exchange. Everyone has the option of using paper money. It also has no interest.

The CBDC’s likely characteristics are also readily apparent. CBDC must maintain its anonymity to avoid promoting illicit activities. For CBDC to truly serve as a substitute for paper money, its distribution must be flexible. People may store an infinite amount; lacking such an opportunity, bank obligations may not convert into CBDC on an equal basis. Limiting citizens’ possessions is an example of capital controls that are foolish and unworkable. Lastly, we observe two justifications for CBDC’s need for interest. First, we believe that a central bank paying interest on commercial banks’ reserve deposits but not on individual deposits is politically untenable. Second, in its absence, authorities would be unable to reduce nominal interest rates below the effective lower bound.

Four major issues arise from inventing such a “universal” CBDC: disintermediation, currency replacement, lack of privacy, and the impossibility of guaranteeing compliance. On the first hand, financial strains would eventually force uninsured deposits to leave private banks for the central bank, even though inertia (along with interest rate rises and service enhancements) would keep money in the banking system for a while. Furthermore, these inflows will come from highly reputable central banks, based in rather stable political and financial environments. Imagine what would happen if the Fed gave universal, unlimited accounts, given the current high overseas demand for US paper money. The implications might be disastrous for emerging markets and developing economies.

Privacy and compliance are the last two linked difficulties that arise from CBDC’s non-anonymity. Everything we do on the first day becomes traceable. Although we do not support free banking or libertarianism, we do agree that there are significant risks associated with giving governments access to this kind of in-depth data on our daily activities. It is therefore difficult to understand why democratic nations would consent to such a concentration of power.

Moving on to compliance, someone will need to put in the effort to make sure CBDC users follow the law. These KYC and anti-money laundering initiatives are expensive. Nowadays, we outsource these responsibilities to commercial banks. In addition, banks offer a wide range of other services. Who will pay the price, and who will carry out this task?

The establishment of an intermediated CBDC is one method of addressing privacy and compliance concerns. Under this arrangement, banks or brokers manage individual accounts, protect customer privacy, oversee compliance, and aggregate balances into central bank accounts (which are likely to generate interest). Despite this strategy, the dangers of currency substitution or domestic disintermediation remain. Even so, money would continue to enter the central bank indirectly, through what are essentially narrow banks.

In light of this, it is easy to understand why the People’s Bank of China is developing a digital renminbi before other central banks. Even during a financial crisis, there is little chance of disintermediation because most of the big banks are state-owned. Strict capital controls currently impose significant restrictions on currency inflows. Expectations of personal privacy are already low. Last but not least, state-owned banks can readily finance access if the government so chooses.

Returning to the original query: In what areas is the current monetary system deficient? We respond that, independent of new digital currencies from central banks or private issuers, there is a great deal of room to enhance the payment system and increase financial accessibility.

Both the public and private sectors are already making efforts to offer retail payment systems that are more affordable, quicker, more dependable, and easier to use both domestically and internationally. The TIPS system, for instance, costs €0.002 per transaction and has a processing time of 10 seconds in the euro region. Furthermore, the US Federal Reserve plans to introduce FedNow in 2023; the UK has faster payments; and Canada is trying real-time rail (RTR). None of these initiatives advocate for CBDC.

In terms of financial accessibility, India’s example is useful. Launched in 2014, the Pradhan Mantri Jan Dhan Yojana (PMJDY) uses the nation’s universal biometric personal identity to save expenses and offer free basic bank accounts. Account balances average almost $50 for the approximately 420 million users brought into the system. Once more, subsidies were necessary for India’s success—not the issuance of CBDC.

All of this makes us worried. To be clear, we are ardent supporters of technologies that raise welfare and save costs. However, the most significant innovations, those that enhance credit availability and payment infrastructure, do not necessitate ubiquitous CBDC and its associated dangers. Why, then, are central banks working so hard to get ready? Why would someone make such a plan for contingencies?

We don’t see any simple ways to stop this unfavourable result. The cooperative equilibrium in which no one introduces CBDC is difficult to enforce, much like in a traditional prisoner’s dilemma. First, central banks cannot promise that they will never issue CBDC. Second, others now believe it is too late to oppose China’s move toward the CBDC; even though they are fully aware of the dangers, they feel obliged to prepare.

The best chance may be in the central banks, all moving extremely cautiously and working to “get the design right.” That, in our opinion, entails going considerably beyond universally available, elastically supplied, interest-bearing CBDC.

Taking everything into consideration, we conclude that issuing universally accessible, elastically supplied, interest-bearing CBDC is a foolish move on the part of central banks. On a domestic level, it might displace private middlemen by enticing authorities to direct credit through direct deposit inflows into the central bank. An elaborate collateral and haircut system would be required, which would significantly increase officials’ power over credit distribution even if the central bank were to re-circulate the funds to potential lenders through an auction process.

Worldwide, there might be a tidal wave of money moving from areas seen as less stable to those seen as safe, which would increase inequality and the power of the wealthy receivers. And lastly, privacy. Although this issue might be solvable, the fact that CBDC grants access to all of our activities would undoubtedly entice totalitarian regimes.

For now, Federal Reserve Chair Jerome Powell’s words are of some reassurance: “We would not want a world in which the government sees, in real-time, every money transfer that anyone makes with a CBDC.”

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