The Global Economy Struggles Amid Major Banks’ Negligence
Disclosure: The views expressed here belong solely to the author and do not represent the opinions of the editorial team at crypto.news.
Financial entities and major banks have had a decade to investigate the potential of crypto for cross-border and interbank settlements. They could have launched pilot projects, enhanced their knowledge, and created compliant solutions poised for deployment once regulators granted approval. However, they fell short.
Summary
- Banks had an entire decade to establish blockchain-based settlement systems but largely failed to act, leading to a world dependent on slow, costly legacy systems that create unnecessary economic hurdles.
- Utilizing blockchain technology can drastically shorten settlement times, alter liquidity dynamics, and facilitate real-time capital movement—advantages already visible in crypto markets, particularly for emerging economies.
- Without broad acceptance of these systems by financial institutions, both businesses and consumers will continue to confront unwarranted delays, idle capital, and costs from outdated infrastructure.
There have been notable exceptions (such as JPMorgan’s Onyx, now Kinexys) that proved the feasibility of institutional blockchain settlement. Nonetheless, these attempts remain isolated events rather than standard practice. When regulators finally opened the gates, the sector should have been prepared with ready-to-launch solutions. The resulting inaction is now costing the global economy billions due to needless friction, forcing us to continue dealing with banks’ reliance on outdated systems that impede money movement in the digital era.
The Cost of Indifference
Traditional finance is plagued by inefficiencies. Securities settlement lines, bank cut-off times, and even standard foreign exchange transactions can span several days. Each of these delays effectively acts as a fee on capital, a hidden expense stemming from idle funds trapped in intermediary accounts. That capital could otherwise be generating returns, financing new ventures, or growing in other markets.
In Brazil, for instance, retail cross-border payments often pass through offshore bank branches (typically in the Caribbean) before reaching the United States, Europe, or other Latin American regions. Each additional stop results in costs, delays, and compliance complexities. For retail users, this equates to higher fees. For institutions, it undermines liquidity and capital efficiency.
If settlement takes longer, it’s indisputable that someone is absorbing the costs of that delay. Much like how risks in credit markets affect interest rates, inefficiencies in payments show up as spreads and fees.
Banks are fully aware of this. They should have taken the opportunity to optimize the system, if only to stay ahead of competition. So, why did they hesitate?
“Smart Contract Risk” Will Diminish
At the turn of the millennium, analysts frequently included “internet risk” in their evaluations, fearing potential operational disruptions due to online infrastructure failures. Two decades later, no valuation model factors in “internet risk,” even though a single day offline could lead to billions in losses. The internet has now been accepted as essential infrastructure.
A similar transformation is on the horizon for blockchains. By 2030, mentioning “smart contract risk” in a business model will seem as outdated as factoring in “email risk” does today. As security audits, insurance standards, and redundancy frameworks advance, the prevailing view will shift: blockchains will be recognized as risk-mitigating infrastructure instead of potential liabilities.
Liquidity Premium Transformed by Capital’s New Velocity
Inefficiencies in the financial system result in opportunity costs for investors.
In conventional private equity or venture capital, investors often find themselves tied up for 10–20 years before accessing liquidity. In the crypto world, tokens typically vest within a fraction of that timeframe, trading freely on global markets (exchanges, OTC desks, DeFi platforms) and collapsing the previously multi-stage process of VC rounds, growth financing, and IPOs.
Furthermore, unvested tokens can even be staked to generate yield or leveraged as collateral in structured products, all while remaining non-transferable.
Essentially, the capital that would sit idle in traditional finance continues to circulate within web3. The idea of a “liquidity premium”—the extra return investors seek for holding illiquid assets—begins to fade when assets can be unlocked or re-hypothecated in real time.
The implications of blockchain technology also extend to fixed income and private credit markets. Traditional bonds distribute coupon payments semiannually, while private credit operations typically issue interest monthly, but on-chain yields accumulate every few seconds, block by block.
In traditional finance, meeting a margin call can take days as collateral moves through custodians and clearinghouses. In contrast, in decentralized finance, collateral shifts instantaneously. During the crypto market’s most significant nominal liquidation event in October 2025, the on-chain ecosystem successfully settled billions within hours. This efficiency was also observed during other crypto black swan incidents, including the Terra collapse.
Blockchains Revolutionize Finance for Developing Nations
Emerging economies disproportionately suffer from the inefficiencies of the banking system. In Brazil, for instance, residents are unable to hold foreign currencies directly in local bank accounts, necessitating a foreign exchange step in any international payment.
Additionally, Latin American FX pairs often settle through the U.S. dollar as an intermediary. For example, converting Brazilian reals (BRL) to Chilean pesos (CLP) requires two trades: BRL to USD and then USD to CLP. Each stage incurs costs and delays. In contrast, blockchain technology allows BRL and CLP stablecoins to settle directly on-chain.
Legacy systems impose rigid cut-off times as well. In Brazil, same-day (T+0) FX operations usually need to wrap up between noon and 1 p.m. local time. Missing that window incurs added spreads and delays. Even T+1 transactions face end-of-day cut-offs around 4 p.m. For businesses operating across different time zones, real-time settlement becomes nearly impossible. Blockchains, functioning 24/7, eliminate that restriction altogether.
These are concrete examples of problems that banks could have addressed years ago. It is worth noting that Brazil has not faced the same regulatory resistance to crypto as the United States. There is no valid reason for these ongoing challenges.
The finance sector has historically viewed waiting as a risk, and rightly so. Blockchain technology mitigates that risk by shortening the duration between transaction and settlement. The capacity to release and reallocate capital instantly represents a transformative shift. Yet banks persist in withholding these advantages from their clientele without justification.
Until banks, payment providers, and financial service companies fully adopt blockchain-based settlement, the global economy will continue to suffer from their inaction. In a world where time equates to value, that cost compounds with each passing day.
