Web3 promises a more inclusive financial system, accessible to anyone with a smartphone and internet connection. While this represents significant progress, mere access does not guarantee safety or practicality.
Users can still lose funds by selecting the wrong network, overpaying on fees, or sending assets to an unsupported destination. When such errors occur repeatedly, they signal a product flaw, even if the industry attributes them to “client error.”
Permissionless access addresses a limited question: can an individual enter the system? True financial inclusion requires addressing more complex issues: can that person understand their actions, identify risks before confirming, and use the product without incurring significant financial losses during the learning process?
This distinction is crucial because cryptocurrency is no longer solely for traders with disposable income. In regions where local currencies are collapsing, inflation is rampant, remittances are prohibitively expensive, or foreign currency is scarce, crypto serves a genuine, practical need.
Consider sub-Saharan Africa. Between July 2024 and June 2025, the region saw $205.7 billion in on-chain value, a 51.7% increase year-over-year, with Nigeria alone accounting for $92.1 billion. Chainalysis attributes much of this activity to inflation, currency devaluation, limited access to foreign exchange, and the growing use of crypto for cross-border payments.
A preview chapter of Chainalysis’s 2025 Geography of Cryptocurrency Report highlights this trend, noting a 52% growth in Sub-Saharan Africa’s crypto market to $205 billion, making it the world’s third fastest-growing region. The report indicates that Nigeria and South Africa are leading institutional adoption, while retail…
For many users, crypto is a valuable tool for saving, paying, or sending funds internationally. Stablecoins and blockchain payments can reduce costs by eliminating intermediaries and streamlining clearing processes. However, cheaper technology does not automatically equate to greater accessibility. If users must understand networks, gas fees, bridges, wallet permissions, slippage, address formats, and finality to use a product, the complexity has merely shifted from the bank to the customer.
Every user of a financial product has an “error budget”—the amount of money they can afford to lose while learning its intricacies before continued use becomes economically irrational.
Imagine two users performing the same on-chain operation simultaneously, each paying $25 in network and bridge fees. One is transferring $10,000, the other $100. From the protocol’s perspective, the outcomes are identical. However, for the first user, $25 is a minor inconvenience; for the second, it represents a quarter of their transaction.
Blockchain protocols are unaware of a client’s income, savings, or financial situation, nor should they be. Products, however, often possess sufficient transaction data to recognize anomalies. They can observe the transfer amount, estimate network fees, compare available routes, calculate the expected arrival amount, and sometimes identify when a selected destination does not support the chosen network.
Despite this, many interfaces continue to present technical decisions as if all users possess equal capital, experience, and risk tolerance. This is not the case. Fixed and unpredictable costs disproportionately affect those sending smaller amounts, while irreversible mistakes carry greater consequences for individuals with limited savings. The less capital a person has, the smaller their error budget.
Consequently, a financial system that demands costly lessons before safe usage may be open, but openness alone does not ensure inclusivity.
This critique is not an argument against self-custody. Rather, it asserts that users should not be compelled to relinquish control simply because the underlying technology is complex. The crypto industry often presents a false dichotomy: either a centralized platform dictates the user experience, or the user must manage all technical and security decisions independently.
In practice, self-custody can involve managing keys, recovery phrases, gas tokens, networks, approvals, bridges, and backups. Users gain financial freedom, but with a workload typically handled by multiple teams within a bank. This can feel like a precarious exchange: “Here is your financial freedom, just try not to click the wrong button.” The core principle is that control over assets and product assistance are not mutually exclusive.
A self-custodial product could detect incompatible networks, explain permissions in clear language, simulate transaction outcomes, flag fees disproportionate to the transfer amount, and clearly differentiate dangerous actions from routine ones. It could even suggest a safer route without seizing control of the funds.
This is one of the driving forces behind ChangeNOW’s evolution beyond its initial role as an instant exchange into a comprehensive crypto platform. The objective of a crypto super app should be to minimize the technical decisions users must make for ordinary financial tasks. Buying, storing, exchanging, sending, trading, or growing funds may rely on diverse underlying infrastructure operating in the background, but the user should not be responsible for connecting each component.
Naturally, users retain their own responsibilities. No financial product can prevent every poor decision, thwart every attack, or reverse every completed transaction. Web3 involves inherent trade-offs, and pretending otherwise—suggesting it is entirely risk-free—would be disingenuous. However, responsibility is not absolute. While an individual can make a single bad call, persistent, similar mistakes across multiple clients likely indicate room for product improvement.
The industry’s default response is often education: read the documentation, watch tutorials, understand gas mechanics, and differentiate between networks, wallets, bridges, and exchanges before sending funds. While education is important, it cannot excuse predictable failure modes. Sending $100 should not necessitate a degree in distributed systems.
If users repeatedly confuse networks, another article is insufficient. If they approve permissions they do not comprehend, a longer disclaimer is not a solution. If the true cost is only revealed post-confirmation, the interface is failing to provide informed consent.
Web3 has already achieved a significant feat: building open, global financial infrastructure outside the traditional banking system. The next priority, though less glamorous, is crucial for widespread adoption: making this technology genuinely usable without requiring users to become experts.
This entails developing products that consolidate fragmented tools into intuitive experiences, prevent predictable errors, and help users achieve financial outcomes rather than merely completing blockchain transactions. This is the direction ChangeNOW is pursuing with its super app. The goal is not to obscure Web3 or diminish user control, but rather to assume responsibility for the complexity that products have too long offloaded onto users.
The next billion users should not need substantial disposable income to navigate the Web3 learning curve. Financial freedom cannot be predicated on open access while the cost of learning is prohibitive for most. Web3 will achieve genuine inclusivity not when anyone can open a wallet, but when ordinary people can use one without an expensive mistake being the mandatory price of entry.
