If the government launches a CBDC, can it 'force' people to use it? Is there still space for private stablecoins?
The answer depends on political system and policy choices, but from global existing cases, coercive power is limited.
Possibility of forced use: technically, governments can design CBDCs as the only payment tool for specific scenarios (government subsidies, tax payments) and legally require certain transaction types to only use CBDC. China's e-CNY is the closest case to forced promotion, but even China hasn't fully banned cash or private payment tools.
Why full coercion is difficult: in democratic systems, legislation to completely abolish cash or mandate CBDCs faces enormous resistance (involving fundamental property and privacy rights); even with mandates, crypto-native private stablecoins are technically difficult to completely block (especially decentralized designs like DAI); businesses and institutions requiring cross-border payments still need private stablecoins (CBDCs inherently have geographic boundaries).
Most likely landscape: CBDCs dominate in government-controlled scenarios (subsidy distribution, taxation, government contract payments); private stablecoins continue existing in cross-border payments, DeFi, and free market commercial scenarios. Full forced replacement isn't the most likely scenario — layered coexistence is.
How is the EU's Digital Euro progressing? Will it replace USDC's position in Europe?
As of 2026, the Digital Euro's advancement is slower than expected, and its design objectives have fundamental differences from USDC — they don't constitute a direct replacement relationship.
Digital Euro progress: the European Central Bank (ECB) completed its 'investigation phase' in 2023 and entered the 'preparation phase,' planning limited pilots in 2026-2027. Compared to China's e-CNY, the ECB's advancement is more cautious, primarily due to concerns about 'bank disintermediation' (if users hold digital euros directly at ECB, commercial bank deposit bases are impacted) and high privacy requirements (Europe's GDPR framework).
Design objective differences: the Digital Euro's primary design objectives are 'retail payment instrument within the Eurozone' and 'strategic autonomy of sovereign digital currency.' USDC's primary use cases are 'cross-border dollar payments' and 'DeFi ecosystem.' Both have completely different target user groups, use cases, and underlying architectures.
Practical competitive relationship: after the Digital Euro launches, it may have slight competition with USDC in daily retail payments within the Eurozone (consumers have a new 'digital cash' option). But USDC's position in cross-border dollar payments, DeFi, and institutional scenarios won't be affected by the Digital Euro — because the Digital Euro is euros, not dollars, and inherently has geographic boundaries.
From a financial privacy perspective, which is more user-friendly — CBDC or USDC?
Financial privacy is one of the most contentious areas between CBDCs and private stablecoins, and the answer is more complex than most people imagine.
CBDC's privacy issues: taking e-CNY as an example, the People's Bank of China can theoretically track every e-CNY transaction — amount, time, both parties. Further, 'programmable money' design allows government to restrict or freeze specific users' e-CNY based on specific conditions. Many privacy advocates view this as unprecedented government financial surveillance capability. Europe's Digital Euro design is responding to this criticism, planning 'small-amount offline anonymity,' but it's still in discussion.
USDC's current privacy: Circle can (and has) frozen specific USDC addresses, complying with law enforcement requests. All on-chain USDC transactions are publicly viewable (Ethereum's transparency) — anyone can trace a specific address's complete transaction history, though this can't be directly linked to real identity (unless through KYC data matching).
DAI's privacy advantage: DAI has no centralized issuer to freeze addresses, and privacy technology (like Tornado Cash, now sanctioned) can further obscure transaction records. But using DAI still requires an Ethereum address, technically still traceable through on-chain analysis.
Conclusion: purely for privacy, cash remains the best option. Among digital tools: decentralized-design DAI > systems that can't freeze specific user addresses; USDC > has freeze mechanisms but fewer restrictions than CBDCs; CBDC > government complete visibility with potential mandatory restrictions. Which to choose depends on which type of surveillance makes you most uncomfortable.
From an investor or entrepreneur perspective, what opportunities does the long-term coexistence of CBDCs and private stablecoins mean?
This is a forward-looking question, and by 2026 some clear outlines have begun to emerge.
Infrastructure layer opportunities: CBDC launches require massive infrastructure building — wallet service providers, middleware, KYC/AML systems, cross-border settlement bridges. This infrastructure serves both CBDCs and private stablecoins simultaneously — neutral commercial opportunities not dependent on 'who wins.' Multiple companies (like Fireblocks, Copper) are already positioning here.
Private stablecoin regulatory compliance opportunities: MiCA and GENIUS Act have created a new 'compliant stablecoin issuer' market. In Europe, only a small number of stablecoins have obtained MiCA EMI licenses, meaning there's still space for new compliant issuers. For entrepreneurs with financial regulatory backgrounds, this is a new market entry with clear regulatory guidelines.
Emerging market last-mile opportunities: one of the biggest unsolved commercial opportunities is off-ramp/on-ramp infrastructure for 'making USDT/USDC easier to exchange for local currency.' In Turkey, Nigeria, Argentina, and similar markets, this demand is enormous but existing solutions are still inadequate.
A cautious note: the competitive landscape between CBDCs and private stablecoins is still evolving; regulatory uncertainty means investment in this space requires strong policy environment tracking. Any commercial positioning needs to include 'regulatory direction change' as a core risk consideration.
Using China and US contrast cases to illustrate the role division between CBDCs and private stablecoins in different political environments.
Case 1: China — CBDC advancement + private stablecoin restriction
China's chosen path: aggressively advancing e-CNY while comprehensively restricting foreign private stablecoins like USDC and USDT from circulating domestically.
Result: e-CNY has technical foundations and government promotion, but user adoption rates are far below expectations — WeChat Pay and Alipay remain mainstream (these are technically 'electronic money' rather than CBDCs). Foreign private stablecoins are restricted but hard to completely eliminate (underground channels still exist).
Case 2: US — private stablecoin regulation + CBDC not yet launched
US chosen path: not launching a retail dollar CBDC; instead establishing a private stablecoin regulatory framework through GENIUS Act, making compliant private stablecoins like USDC the de facto 'digital dollar.'
Result: USDC continues growing in global cross-border payments and DeFi, becoming an informal extension of dollar hegemony; the US avoids the 'bank disintermediation' risk that CBDCs would trigger.
Lesson for Taiwan users: Taiwan is closer to the US model (regulating private stablecoins rather than forcefully promoting CBDCs), making the long-term usage environment for USDC and USDT in Taiwan relatively favorable. Full government control of the Chinese CBDC model is unlikely in Taiwan in the short term.
The fundamental trade-off between CBDCs and private stablecoins is a choice between 'sovereign credit in exchange for political control' and 'corporate credit in exchange for more autonomy.'
Choosing CBDC means: highest default safety (national sovereignty backing); most likely legal tender status (legally mandated acceptance); cost is government's stronger visibility into your financial behavior and potential programmable control capability.
Choosing private stablecoins means: more cash-like financial autonomy (issuers can't restrict you for policy reasons); cross-border flexibility (not subject to sovereign geographic boundaries); cost is dependence on issuer's commercial continuity and compliance (if the issuer fails or violates rules, your funds may be affected).
Both are real trade-offs with no absolute superiority. The most important question when choosing: 'In the political and commercial environment where you live, are you more concerned about financial default risk, or the risk of financial autonomy being restricted?' This question may have completely different answers in stable democracies vs. authoritarian unstable countries.