Cena Dai

$GRVT The crypto industry often treats a stablecoin depeg as a market anomaly. My position differs: a depeg is an event in settlement infrastructure. The parity of 1 dollar does not hold because of a promise or a chart. It holds because of redemption, collateral, and governance. When one function deteriorates, arbitrage loses correction capacity, and a discount appears. The sector must evaluate stablecoins with counterparty risk criteria, not only market capitalization or volume. Redemption and arbitrage: operational conditions The parity mechanism depends on economic incentives. If a stablecoin trades below 1 dollar, agents buy and redeem with the issuer. If it trades above 1 dollar, agents mint and sell. The process requires open redemption, sufficient liquidity, and confidence in the reserve. When redemption is limited, delayed, or conditional, arbitrage cannot close the gap. Parity stops being a market function and becomes an expectation about issuer solvency. Opacity in redemption is a direct source of depeg. UST and the limit of algorithmic mechanisms The UST case showed a design failure. Algorithmic stability depended on minting LUNA to absorb sell pressure. With insufficient liquidity and reflexivity between both assets, the system entered a negative feedback loop. Governance did not limit growth when coverage did not scale. The lesson for the sector is technical: no algorithmic mechanism replaces liquid collateral and organic demand. Parity requires capital available in stress, not only incentives in normal conditions. USDC and bank risk The USDC case showed bank risk. Parity broke because of Circle exposure to Silicon Valley Bank. Although most of the reserve was in other instruments, uncertainty over 33 billion dollars blocked affected short-term redemption. The depeg was not algorithmic; it was a counterparty risk event and a maturity mismatch. The conclusion for the sector is that reserve transparency must include custody, diversification, and operational access in stress. A quarterly attestation does not cover intraday settlement risk. xUSD, USDX, and strategy risk The xUSD and USDX cases added strategy risk. Stablecoins with yield often use delta-neutral strategies, leverage, and external managers. The investor assumes counterparty risk without complete visibility. When a counterparty reports losses, redemption stops, and a discount appears. My position is that a yield-bearing stablecoin must separate payment function and investment strategy. Mixing both introduces systemic risk into DeFi. Parity should not depend on the yield of an external fund. DeFi composability and contagion DeFi composability amplifies any depeg. Protocols accept stablecoins as collateral, oracles set prices, and liquidations execute automatically. If an asset loses parity, liquidity concentrates in exits, and contagion risk grows. DAI and its PSM illustrate operational dependence: 1:1 convertibility with USDC transmitted tension to an asset with a different design. Composability requires exposure limits, dynamic haircuts, and technical circuit breakers. Without controls, risk propagates through smart contracts before governance reacts. Proof of reserves: scope and limits Proof of reserves is not sufficient if published with delay and without liabilities. A quarterly attestation does not replace daily data on collateral, maturities, and counterparties. For the sector, the minimum standard should include on-chain addresses, reconciliation with custodians, and redemption audit. Transparency reduces information risk and improves market confidence. Proof of reserves must cover asset quality, not only quantity. A reserve with duration risk can fail liquidity even when nominal value is correct. Duration risk and reserve composition A reserve with short-term Treasury bills has lower duration risk than a portfolio with longer-term bonds. Liquidity in stress does not depend only on nominal value. It depends on market depth, counterparty haircuts, and access to liquidity facilities. If the issuer must sell assets at a discount to meet redemptions, collateral can fall below 100 percent. Liability management is as relevant as asset management. Parity requires matching between redemption and available liquidity. Governance and operational control Governance defines the risk profile. Who can change collateral, pause redemption, or alter fees determines holder exposure. Contracts with admin keys without timelock or multisig introduce operational risk. Decentralization must be measured in treasury control, contract upgrades, and dispute resolution. A depeg can originate in a governance decision, not only in market conditions. Verifiable governance is a security component for stablecoins. Liquidity of last resort Arbitrage requires capital and access. In stress, market makers reduce exposure, and spreads widen. If redemption has limits, KYC requirements, or time windows, arbitrage cannot close the gap. Parity depends on liquidity of last resort. For the sector, redemption should be programmatic, predictable, and documented. Opacity in redemption is a direct source of depeg. Liquidity is not improvised in a bank run; it is designed in governance. Oracles and liquidations in protocols Oracles introduce market risk and manipulation risk. A deviated price can trigger unnecessary liquidations or failed arbitrage. Protocols should use medians from multiple sources, time windows, and deviation limits. Automatic liquidation without circuit breakers can amplify depeg and contagion. Oracle governance is part of stablecoin security. Composability requires price standards, not only audited contracts. Stress tests and continuous monitoring Risk management must be continuous. Stress tests with bank run scenarios, maturity mismatch, and collateral decline are necessary. Oracles need fallbacks and deviation limits. Protocols should apply dynamic haircuts and caps per issuer. Composability multiplies risk, but also allows real-time monitoring. The industry has tools; implementation discipline is missing. Parity is sustained by processes, not by declarations. Regulation can require high-quality reserves, custody segregation, and periodic disclosure. My position is that the industry should not wait for mandates to adopt verifiable practices. A redemption standard should publish timelines, limits, fees, and rights in stress. Governance transparency should include collateral changes and contract pauses. Trust is built with auditable data, not with corporate communication. Parity is an operational commitment. What the crypto sector should demand Issuers should publish reserve composition, duration, custodians, and redemption rights. Users should evaluate counterparty risk, not only market capitalization. Developers should integrate limits and depeg alerts. Regulators should require segregation and audit. Parity is an outcome of governance, liquidity, and transparency. Without governance, liquidity, and transparency, 1 dollar is an expectation, not a guarantee. The crypto industry should set standards before a crisis imposes them. Cost of inaction The cost of a depeg is not limited to a temporary discount. It includes liquidations in DeFi, losses in lending protocols, contagion to DAI, and liquidity exits on exchanges. The industry pays with market fragmentation and a risk premium on new stablecoins. Users pay with capital loss and redemption time. Developers pay with technical debt and emergency patches. Prevention has a cost, but systemic risk has a greater cost. Stablecoin depeg is a financial infrastructure event. Parity breaks when redemption, collateral, and governance fail at the same time. The crypto sector must abandon the idea that arbitrage and confidence are sufficient. Stability is designed with verifiable reserves, liquidity, and clear rules. The next stablecoin crisis will be defined by issuer settlement capacity, not by exchange price. The industry must act before the market imposes costs.

Crypto Investor Loses Nearly $25 Million for the Second Time A crypto investor has reportedly lost almost $25 million in digital assets after funds from two wallets were transferred to a new address on August 12. The stolen assets included DAI, WBTC, aUSDC, LDO, sUSDe and ETH. Scam Sniffer believes the wallets may have been compromised after the private key was exposed. Most of the assets were quickly converted into DAI and ETH within about an hour. Around $20 million in DAI and 3,000 ETH are still held in related wallets. This is not the first major loss for the investor. In September 2023, the same user reportedly lost around $24 million in a phishing attack. However, the case has raised some doubts. Some users on X suggested that the wallets could be connected to money laundering. Their theory is based on the fact that, after the 2023 incident, the attackers reportedly returned around 90% of the stolen funds to the owner. The exact circumstances of the latest incident remain unclear.

A crypto investor has reportedly lost almost $25 million in digital assets after funds from two wallets were transferred to a new address on August 12. The stolen assets included DAI, WBTC, aUSDC, LDO, sUSDe and ETH. Scam Sniffer believes the wallets may have been compromised after the private key was exposed. Most of the assets were quickly converted into DAI and ETH within about an hour. Around $20 million in DAI and 3,000 ETH are still held in related wallets. This is not the first major loss for the investor. In September 2023, the same user reportedly lost around $24 million in a phishing attack. However, the case has raised some doubts. Some users on X suggested that the wallets could be connected to money laundering. Their theory is based on the fact that, after the 2023 incident, the attackers reportedly returned around 90% of the stolen funds to the owner. The exact circumstances of the latest incident remain unclear.

Types of stablecoins Today, we’ll tell you about the three main categories of stablecoins. ▪️ Stablecoins backed by fiat currencies These coins are backed by real-life assets, fiat money, or paper money. Two examples of this stablecoin are Tether (USDT) and USD Coin (USDC). The companies issuing these coins own large reserves to support every issued coin; however, Tether has come under intense scrutiny in the past for this specific issue. ▪️ Stablecoins backed by cryptocurrencies Some projects are so bold that they’re willing to back their stablecoin with other cryptocurrencies (not real assets or money). For example, a crypto-backed stablecoin with a value of $1 could be supported by a crypto asset worth $2. The logic here is that if the underlying asset’s value were to drop, the stablecoin would still be able to maintain its dollar peg. The most famous crypto-backed stablecoin is Dai (DAI). ▪️ Algorithmic stablecoins Algorithmic stablecoins are not backed by assets or fiat currencies, which makes it difficult to understand why or how they’re stablecoins in the first place. As their name indicates, the value of these coins is controlled by computer algorithms. If the stablecoin’s value is pegged to $1 but rises above $1, the code will automatically mint and release more coins into circulation to lower the stablecoin’s value back to $1. Conversely, if the value drops below $1, the algorithm will remove—or burn—coins from circulation to lift the value back up to $1. The amount of coins you hold will change, but they’ll always reflect the value you own. Please note: Stablecoins are not dollars—they’re cryptocurrencies. Even when dealing with stablecoins, investing in crypto carries inherent risks—case in point the collapse of Terra’s algorithmic stablecoin TerraUSD. $TUSD $USDC