What Are Stablecoins? The Complete Guide to How They Work, Their Types, and What Risks Actually Matter
TL;DR: A stablecoin is a crypto asset designed to hold a fixed value, typically pegged to $1. They come in four main types: fiat-backed, crypto-collateralized, algorithmic, and RWA-backed. Yield-bearing stablecoins earn a return on top of that peg. Understanding which mechanism backs a stablecoin, and how resilient that mechanism is under stress, is the only framework that matters when evaluating one. This guide covers all of it: how stablecoins work, how they are used for payments, how they are regulated, and what risks actually matter.
1. What Is a Stablecoin?
A stablecoin is a crypto asset engineered to maintain a stable value, most commonly a 1:1 peg to the US dollar. Unlike Bitcoin or Ether, which fluctuate in price by double-digit percentages within a single trading session, a stablecoin is designed to be worth $1 today, $1 tomorrow, and $1 in six months.
That is the simple version. The more useful version asks: stable relative to what, and maintained by whom, through what mechanism?
Stable relative to what matters because most stablecoins target the US dollar, but some track the euro, gold, or other assets. The target asset determines who the stablecoin is useful for and what macro risks it inherits. A dollar-pegged stablecoin is exposed to dollar inflation. A gold-backed stablecoin introduces commodity price dynamics.
Maintained by whom and through what mechanism matters even more. Two stablecoins can both display $1.00 on a price feed and carry completely different risk profiles. One might be backed by US Treasury bills held in a regulated custodian. Another might rely on an algorithmic flywheel that collapses if confidence in the protocol slips.
That is why this guide spends as much time on how stablecoins work as on what they are.
2. Why Stablecoins Exist
Crypto markets solve one set of problems very well: permissionless value transfer, programmable money, and borderless access to financial infrastructure. But they solve these problems with assets that swing 10% in a day. That price volatility is manageable for speculation. It is disqualifying for the kind of activities that need a stable unit of account: paying salaries, earning yield on idle treasury capital, or moving value across borders without exchange rate risk.
Stablecoins bridge that gap. They let capital sit inside crypto-native infrastructure without being subject to the price swings of the underlying blockchain assets.
The use cases this enables are substantial. Treasury management teams at DAOs and crypto-native companies hold stablecoins instead of converting to fiat between transactions. DeFi lending protocols use stablecoins as the primary borrowing and lending asset. Cross-border transaction corridors use them to move dollars without correspondent banking overhead. And increasingly, institutional capital allocators are using stablecoins as the entry point for accessing onchain yield markets, where over $20 billion in yield-bearing assets now sit.
3. How Stablecoins Maintain Their Peg
Every stablecoin uses one of four core mechanisms to maintain a stable value. Understanding which mechanism backs a stablecoin is the first step in understanding its risk and global stablecoin market.
Fiat-Backed Stablecoins
The simplest and most widely used structure. For every stablecoin in circulation, the issuer holds an equivalent amount of fiat currency or cash-equivalent reserve assets in custody. When you buy USDC, Circle puts a dollar into its reserve. When you redeem, it returns a dollar and burns the token.
The peg is maintained by the direct 1:1 redemption guarantee. If the stablecoin trades at $0.99, arbitrageurs can buy it on the open market and redeem at $1.00 for a profit, pushing the price back up. Reserve assets typically include short-term treasury bills, cash deposits, and government money market mutual funds, instruments chosen for their liquidity and credit quality.
Where the risk lives: counterparty and custody risk. The peg is only as good as the institution holding the reserves and the transparency of the attestation process. USDC and USDT dominate this category, but they differ significantly in reserve composition and audit cadence. Reserve quality matters as much as reserve quantity. An issuer holding treasury bills in a segregated, audited account is categorically safer than one holding opaque or illiquid reserve assets.
Crypto-Collateralized Stablecoins
Instead of fiat, these stablecoins are backed by onchain crypto assets, typically ETH or other major tokens. Because crypto assets are volatile, they are overcollateralized: you might deposit $150 worth of ETH or other cryptocurrencies to mint $100 of stablecoin. The excess collateral acts as a buffer against price declines.
USDS (formerly DAI) from Sky Protocol is the canonical example. Users lock collateral into smart contracts and mint stablecoins against it. If the collateral value falls below a liquidation threshold, the position is automatically liquidated to protect the peg. The system relies on smart contracts rather than a central bank or regulated issuer to enforce its rules.
Where the risk lives: collateral volatility and liquidation cascade risk. A sharp, fast market decline can outpace liquidation mechanisms, leaving the system undercollateralized. Protocol design quality, liquidation efficiency, and collateral diversification are the key variables.
Algorithmic Stablecoins
Algorithmic stablecoins attempt to maintain their peg through supply-and-demand incentive mechanisms rather than collateral. When the price is above $1, the protocol mints more supply to push it down. When it is below $1, the protocol burns supply to push it back up. Some use a companion token to absorb volatility.
The most instructive data point in this category is Terra/UST, which collapsed in May 2022 and wiped out approximately $40 billion in market value within days. The mechanism that was supposed to restore the peg at small deviations became a death spiral at large ones. Market confidence was the actual collateral, and when it broke, there was nothing underneath.
Where the risk lives: reflexivity. Algorithmic stablecoins rely on arbitrageurs acting rationally even during panic. History suggests this assumption fails precisely when it is most needed. This does not mean all algorithmic designs are fatally flawed, but it means the mechanism requires far more rigorous stress-testing than collateral-backed alternatives.
RWA-Backed Stablecoins
The fastest-growing category as of 2026. Real-world asset (RWA) backed stablecoins are collateralized by tokenized traditional assets, most commonly US Treasury bills, money market funds, or short-duration government bonds. The yield from those underlying reserve assets is either retained by the issuer or passed through to the stablecoin holder.
USDY from Ondo Finance and BUIDL from BlackRock/Securitize are prominent examples. The appeal to institutional capital is clear: dollar stability with yield tied to traditional fixed-income instruments rather than purely crypto-native mechanisms. These backed stablecoins sit at the intersection of traditional finance and onchain infrastructure, which is precisely what makes them attractive to regulated entities.
Where the risk lives: issuer counterparty risk, legal structure risk, and the quality of the underlying RWA portfolio. These instruments sit at the intersection of TradFi legal frameworks and crypto-native infrastructure, meaning both sets of risks apply. Regulatory regime is still evolving, though frameworks like the GENIUS Act and MiCA are beginning to define the compliance requirements for RWA-backed stablecoin issuers.
Commodity backed stablecoins
It is also worth noting that commodity backed stablecoins represent a smaller but distinct category: stablecoins pegged to gold or other commodities rather than fiat currency. These maintain a stable value relative to the commodity rather than the dollar, and carry their own specific risk and liquidity profiles.
4. Types of Stablecoins in 2026
The four-mechanism taxonomy above describes how stablecoins maintain their peg. But in 2026, the more practically useful distinction for capital allocation is between plain stablecoins and yield-bearing stablecoins.
A plain stablecoin holds its value at $1 and does nothing else. USDT and USDC are the dominant examples. Their function is unit of account and transfer medium. They are extremely liquid, widely accepted, and generate no return for the holder. The issuer captures the yield from the reserve assets, which typically means the return on treasury bills and other short-duration instruments in the backing portfolio.
A yield-bearing stablecoin does everything a plain stablecoin does, and also earns a return. The stablecoin itself is still pegged to $1 with a similar price stability, but over time it accrues interest, rebases upward, or accumulates yield that the holder can claim. The return is generated by deploying the backing capital into yield-producing strategies: lending, Treasury bill returns, or protocol fees.
This distinction matters enormously for treasury teams, asset managers, and sophisticated individual allocators. Holding plain stablecoins in a DeFi-native context means leaving yield on the table. But moving into multiple stablecoins means taking on additional risk layers that need to be tracked and evaluated properly.
5. What Are Yield-Bearing Stablecoins?
Yield-bearing stablecoins are the same stablecoins but generating a return for the holder. Understanding them requires understanding where the yield comes from, because the source of yield determines the risk profile.
Lending Yield
The backing capital is deployed into lending protocols where borrowers pay interest. The interest flows back to stablecoin holders. sUSDS (formerly sDAI) from Sky Protocol is the canonical example: deposits into the Sky Savings Rate earn the protocol's published rate, funded by borrowing demand within the Sky ecosystem. The yield is real, protocol-native, and relatively transparent.
RWA Yield
The backing capital is invested in tokenized real-world assets as an underlying asset, primarily Treasury bills and money market instruments. The yield from those reserve assets is distributed to holders. USDY from Ondo Finance and USYC from Hashnote operate this way. The yield is tied to traditional financial system, which makes it more predictable but also more sensitive to rate changes. When central bank rates move, the yield on these instruments moves with them.
Protocol Fee Yield
Some yield-bearing assets distribute fees generated by the broader protocol. sUSDe from Ethena, for example, is backed by a delta-neutral derivatives strategy, with yield sourced from funding rates in perpetual futures markets. The yield can be high during periods of elevated market activity and low or negative during calm markets.
Stablewatch tracks 60+ assets across major protocols, providing real-time APY, TVL, and risk data for each. The key analytical point is that a high APY number without context about its source and price fluctuations is not useful information. It is a number that demands a question: where does this yield come from, and what happens to it when conditions change?
6. Stablecoins and Cross Border Payments
One of the most consequential applications of stablecoins is in payments, particularly global finance payments in regions with limited banking access. This use case has moved from theoretical to operational over the past two years, and it deserves dedicated treatment because it attracts a distinct set of users and raises distinct regulatory questions.
Traditional cross-border payment infrastructure is slow, expensive, and opaque. A wire transfer between countries can take two to five business days, pass through multiple correspondent banks each taking a fee, and arrive in an amount the recipient cannot predict with certainty. For businesses operating across borders, this is a significant operational cost. For individuals sending remittances to family in other countries, it can mean losing 5% to 10% of the transfer to fees and exchange rate margins.
A dollar-pegged stablecoin can be sent anywhere in the world with internet access in seconds, at a fraction of the cost of traditional wire transfers, and settled with finality on the blockchain. The recipient gets dollars without needing access to a US bank account. The sender avoids correspondent banking fees entirely.
This is particularly significant for emerging markets where access to stable foreign currency is limited and traditional banking infrastructure is thin. In countries experiencing high inflation, holding savings in a dollar stablecoin provides a form of financial stability that local currency cannot offer. The stablecoin functions as a digital dollar for people who could not previously access the dollar banking system.
For companies, stablecoin payments enable cost-effective payments across borders. It enables businesses to pay a supplier in another country instantly, with the payment triggered automatically by a smart contract when delivery is confirmed. Traditional payment systems cannot offer this combination of speed, cost, and programmability.
The growth of stablecoin payments has not gone unnoticed by regulators. Anti-money laundering requirements, know-your-customer standards, and sanctions compliance all apply to stablecoin transactions in most jurisdictions, and those who issue stablecoins are increasingly required to implement the same compliance frameworks as traditional financial institutions.
7. How to Evaluate Stablecoin Risk
Assessing stablecoin risk requires looking at five dimensions. These are not independent: they interact, and weakness in one dimension can cascade into others. This is the framework that rigorous risk teams apply to stablecoin allocation decisions.
Collateral Quality
What reserve assets back the stablecoin, and how reliably can they be liquidated to restore the peg? US Treasury bills are highly liquid and credit risk-free. ETH is volatile but has deep markets. Illiquid RWAs, native protocol tokens, or concentrated positions represent weaker collateral. The question to ask: if 20% of supply was redeemed simultaneously, what happens to the backing?
Peg Mechanism Resilience
How does the peg actually hold under stress? For fiat-backed stablecoins, the redemption mechanism needs to be tested: is redemption instant or subject to processing time? Are there redemption limits? For algorithmic designs, what assumptions does the peg mechanism make about market behavior, and when do those assumptions break?
Smart Contract Risk
DeFi-native stablecoins live in code. Smart contracts can have bugs, upgrade mechanisms can be compromised, and governance systems can be captured. Audit history, time under deployment, TVL concentration, and upgrade key management are all relevant variables. This risk applies even to otherwise well-designed collateral structures.
Liquidity Depth
A stablecoin that trades at $1.00 in theory but cannot be exited at that price in size is not actually worth $1.00 to a large holder. Onchain DEX liquidity depth, CEX trading volumes, and the spread between bid and ask for large orders are all liquidity signals. Thin liquidity is particularly dangerous during stress events when everyone is trying to exit simultaneously. Financial stability depends not just on peg mechanism design but on whether secondary markets can absorb redemption pressure.
Counterparty and Issuer Risk
Who operates this stablecoin, and what is the risk that they cannot or do not honor their obligations? For fiat-backed issuers, this is banking relationship risk, regulatory risk, and reserve management quality. For RWA-backed products, it is legal structure risk and the quality of the custody and compliance framework. For DeFi-native protocols, it is governance risk and the track record of the team.
8. Reserve Transparency
One of the most underappreciated dimensions of stablecoin risk is reserve transparency. A stablecoin can be displaying $1.00 perfectly while carrying reserves that are opaque, illiquid, or of lower quality than the issuer claims. The peg is visible but the reserves are not, unless the issuer makes them so.
Reserve transparency refers to how clearly, frequently, and verifiably a stablecoin issuer discloses the composition of its reserve assets. At the high end of this spectrum, issuers publish daily attestations from regulated accounting firms, specifying the exact breakdown of reserve assets: what percentage is held in overnight treasury bills, what percentage in bank deposits, what percentage in money market funds, and with which custodians. USDC from Circle is among the more transparent issuers in this regard, publishing monthly attestations and maintaining reserves in regulated US financial institutions.
At the lower end, some issuers publish infrequent or unaudited reserve reports, use vague categories like "cash and cash equivalents" that could include less liquid instruments, or rely on internal verification rather than third-party attestation. The market has generally learned to apply a risk premium to opacity in this dimension, but the lesson has often come after the fact rather than before. Infrastructure like Accountable takes reserve transparency a step further, enabling stablecoin issuers to publish continuous, cryptographically verified proof of both assets and liabilities in real time through Data Verification Network, replacing periodic attestations with live, independently verifiable balance sheet data.
For institutional allocators, reserve transparency is a due diligence requirement, not an optional consideration. A risk committee cannot approve an allocation to a fiat-backed stablecoin without understanding what is actually in the reserve and who is verifying it. The questions to ask of any fiat-backed or RWA-backed stablecoin issuer: How often are reserves attested? Who conducts the attestation? What are the specific reserve assets and their proportions? Are assets segregated from the issuer's operating capital? What happens to reserves in the event of issuer insolvency?
These questions also sit at the center of most regulatory frameworks for stablecoins. The GENIUS Act in the United States, for example, establishes specific reserve requirements including the types of assets that can constitute a reserve, the frequency of attestation, and the segregation requirements that protect holders in the event of issuer failure.
9. Common Misconceptions About Stablecoins
"If it is backed 1:1 it is safe"
This conflates collateral quantity with collateral quality. A stablecoin backed 1:1 by liquid US Treasuries held in a regulated custodian is categorically different from one backed 1:1 by illiquid protocol tokens or opaque reserve assets. The ratio says nothing about what is inside the ratio. Read the reserve composition, not just the collateralization figure.
"APY tells you everything"
APY tells you the current yield. It tells you nothing about where that yield comes from, how volatile it is, whether it will persist, or what risks you are taking to access it. A 20% APY sourced from funding rates in a derivatives market behaves completely differently from a 5% APY sourced from treasury bills. Comparing APY numbers without comparing their sources is not analysis.
"Decentralized means lower risk"
Decentralization removes certain risks (issuer failure, censorship, regulatory seizure of reserves) while introducing others (smart contract bugs, governance attacks, oracle manipulation). Neither centralized nor decentralized backed stablecoins are categorically safer. The right question is which specific risks a given user or institution is most sensitive to, and which design best mitigates those particular risks.
"If the price shows $1.00, it is worth $1.00"
Price feeds update periodically, DEX prices can be thin, and onchain liquidity can be concentrated. A stablecoin displaying $1.00 on a dashboard while having $2 million in DEX liquidity against $800 million in supply is not actually redeemable at $1.00 in size. For institutional-scale positions, liquidity due diligence is as important as peg mechanism analysis.
"Stablecoins are just like bank deposits"
Bank deposits at regulated institutions are insured up to statutory limits and backed by a central bank acting as lender of last resort. Stablecoins rely on their own mechanisms for financial stability and do not benefit from deposit insurance or central bank backstops. This does not make them worse than bank deposits, but it makes them different, and the difference matters for how risk is assessed.
10. The Regulatory Landscape
Stablecoin regulation has moved from a theoretical discussion to an active legislative reality in 2025 and 2026. The regulatory landscape is now defined enough that institutional allocators need to understand it, and evolving enough that it continues to affect which stablecoin structures are viable for regulated entities.
The GENIUS Act (United States)
The Guiding and Establishing National Innovation for US Stablecoins Act, passed in the United States in 2025, is the first comprehensive federal regulatory framework for payment stablecoins. Its core provisions establish that payment stablecoin issuers must maintain reserve assets consisting exclusively of high-quality liquid assets: US dollars, insured bank deposits, treasury bills with maturities of 93 days or less, and government money market funds. Issuers must publish monthly attestations of reserve composition, certified by a registered public accounting firm.
For stablecoin issuers, it creates clarity and compliance burden simultaneously. For institutional allocators, it creates a new due diligence criterion: is this stablecoin issued by a GENIUS Act-compliant entity, and does that matter for our regulatory obligations?
MiCA (European Union)
The Markets in Crypto-Assets regulation took effect in the EU in 2024 and establishes a comprehensive regulatory framework for crypto assets including stablecoins, which MiCA categorizes as either e-money tokens (pegged to a single fiat currency) or asset-referenced tokens (pegged to a basket of assets or other references). E-money tokens are subject to requirements equivalent to those for electronic money institutions: reserve requirements, redemption rights, and regulatory authorization.
MiCA also imposes significant reserve requirements: reserves must be held in segregated accounts, invested in low-risk assets, and subject to regular audits. Issuers of significant stablecoins face additional requirements including stress tests and interoperability standards.
What Comes Next
The UK has its own stablecoin regulatory framework under development, expected to take shape through 2026. Several other major jurisdictions including Singapore, the UAE, and Hong Kong have introduced or are developing regulatory frameworks that take different approaches on reserve requirements, permitted issuers, and the treatment of yield-bearing structures.
The trajectory across all major jurisdictions is toward greater reserve transparency requirements, stronger anti-money laundering compliance standards, and clearer consumer protection frameworks. For stablecoin issuers, this means compliance investment is a permanent cost of operating at scale. For allocators, it means the regulatory landscape is increasingly a criterion in stablecoin selection alongside the traditional risk dimensions.
11. Stablecoins and Institutional Capital
The institutional interest in stablecoins has moved from observation to active allocation over 2025 and 2026. Treasury teams at asset managers, family offices, and corporate treasuries are increasingly treating yield-bearing assets as an allocation category rather than a curiosity.
But institutional capital requires institutional-grade analysis. The tools that work for retail participants (APY dashboards, TVL trackers, market cap) are insufficient for a risk committee that needs to answer questions like: what is our exposure if this collateral type sells off 30%? What is the counterparty risk concentration across our stablecoin positions? How does our yield exposure change if central bank rates move 100 basis points? Are the stablecoins we hold issued by MiCA-compliant entities?
12. The Stablecoin Market in 2026
The stablecoin market has undergone significant structural development since 2023. Several trends define where things stand entering mid-2026.
RWA Yield Is the Dominant Growth Category
Tokenized Treasury products have seen the sharpest growth, driven by both the rate environment and increasing institutional familiarity with the legal structures. The tokenized Treasury market, essentially nonexistent in 2022, now represents a meaningful portion of the yield-bearing stablecoin landscape. BlackRock's BUIDL fund, Ondo's USDY and OUSG, and Hashnote's USYC have established that institutional-grade RWA-backed stablecoins are viable at scale.
Protocol-Native Yield Is Maturing
The pure DeFi yield products, led by Ethena's USDe/sUSDe and Sky Protocol's USDS/sUSDS, have survived multiple market cycles and demonstrated that large-scale yield-bearing stablecoins can maintain their pegs under stress. The methodology questions that plagued this category two years ago are now answered, at least partially, by track record.
Stablecoin Payments Are Becoming Infrastructure
Cross-border stablecoin payments have moved from niche to mainstream in several corridors. Businesses integrating stablecoins into their payment operations are finding that the settlement speed and cost advantages are durable, not just theoretical. This is driving adoption beyond the DeFi-native user base into traditional businesses with genuine cross-border payment needs.
The Intelligence Gap Remains
Despite market maturation, the analytical tools available to most market participants have not kept pace. The dominant interface for most stablecoin analysis is still a TVL and APY dashboard with no risk context. The gap between what is needed (structured risk methodology, comparable data across protocols, transparent framework) and what is available creates meaningful differentiation for platforms that provide genuine analytical depth.
Frequently Asked Questions
What are the benefits of stablecoins?
Stablecoins bridge the gap between traditional finance and crypto-assets by providing the speed and security of blockchain technology with the price stability of traditional fiat money. Global accessibility of stablecoins allows anyone with an internet connection to receive or hold them, providing stability to unbanked adults in high-inflation regions. Stablecoins provide a faster and more efficient means of transaction compared to traditional banking systems, with transactions completed in seconds rather than days. In countries with volatile fiat currencies, stablecoins serve as a reliable store of value, allowing users to preserve their purchasing power and transact in a more stable currency.
Are stablecoins regulated like central banks?
In July 2025, the United States passed the GENIUS Act, establishing a federal regulatory framework for stablecoins that requires issuers to back their stablecoins one-to-one with reserves of cash or other permitted assets, and to report monthly on the composition of their reserves. The European Union introduced the Markets in Crypto-Assets Regulation (MiCAR) in June 2023, which mandates full reserve backing for stablecoins and prohibits them from paying interest, with compliance required by the end of 2024. The UK, Singapore, UAE, and Hong Kong all have frameworks at various stages of development. Regulatory treatment varies by jurisdiction, stablecoin type, and issuer structure. For institutional allocators, compliance with applicable regulatory frameworks is a prerequisite, not an afterthought.
What's the difference between commodity backed stablecoins and crypto backed stablecoins? Especially in high inflation economies.
Stablecoins can be categorized into four primary types based on their underlying collateral structures: fiat-backed, crypto-backed, commodity-backed, and algorithmic stablecoins. Commodity-backed stablecoins are pegged to physical assets such as gold or oil, allowing token holders to redeem their tokens for the underlying commodity, with examples including PAX Gold and Tether Gold. Stablecoins are increasingly used in countries with volatile fiat currencies, such as Venezuela, where residents use dollar-pegged stablecoins to preserve value and transact more reliably.
Should I treat stablecoins like a digital asset or digital currencies?
Despite functioning as cash in daily transactions, stablecoins are strictly classified as digital assets (specifically tokenized IOUs) rather than digital currencies across tax, legal, and accounting frameworks. The IRS treats stablecoins as property, meaning every swap or purchase is a taxable disposition requiring cost-basis tracking, a core classification unaltered by the simplified 2025 Form 1099-DA reporting. Legislatively, the July 2025 GENIUS Act and concurrent SEC guidance explicitly define fully-reserved payment stablecoins as "digital assets" outside the purview of securities or commodities, while the FDIC maintains they lack deposit insurance. Accounting and international standards reinforce this asset taxonomy: FASB (ASU 2023-08) categorizes them as financial-asset receivables against the issuer, the EU's MiCA designates them as crypto-asset e-money tokens, and the Bank for International Settlements concludes they fail the fundamental economic tests of money. Practical takeaway: use it like cash; account for it like an asset. Track cost basis, treat every swap or spend as a taxable event, know who the issuer is and what backs the claim, and don't expect FDIC or SIPC behind it.
What are other use cases for stablecoins?
In 2023, the United Nations High Commissioner for Refugees (UNHCR) conducted a pilot program using the USDC stablecoin to distribute cash assistance to displaced Ukrainians, demonstrating stablecoins' potential in humanitarian aid. A 2025 study found that 26% of U.S.-based adults who sent remittances within the previous year reported using stablecoins for cross-border transfers, highlighting their growing role in international payments. Stablecoins are used for online gambling and other illicit activities, with estimates suggesting that $25 billion to $32 billion in stablecoins were received by illicit actors in 2024, representing about 12% to 16% of total market capitalization.
What are the risks of stablecoins?
Stablecoins are generally not FDIC-insured, posing a counterparty risk that holders depend on the issuer's transparency and reserve quality. Stablecoin transactions have no chargebacks or dispute windows, resulting in permanent loss if mistakes are made. Stablecoins are not necessarily stable, as they rely on stabilization tools such as reserve assets or algorithms to maintain their value, and many have historically failed to do so. Algorithmic stablecoins are particularly vulnerable to a de-pegging process known as 'death spiral', which can occur when external events trigger heavy redemptions, leading to a rapid decline in value. The lack of transparency regarding reserves held by stablecoin issuers can lead to regulatory scrutiny and concerns about the stability of the stablecoin, as seen in the case of Tether, which faced fines for misleading consumers about its reserves.
For real-time yield data, risk analytics, and market intelligence on yield-bearing stablecoins, visit stablewatch.io. This article is for informational purposes only and does not constitute financial or investment advice.
