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Real-time stablecoin depeg monitoring that warns you before the price breaks and automates the audit trail for treasury, risk, and compliance teams. Suggested Slug: /blog/stablecoin-depeg-monitoring
VARA's latest guidance requires licensed VASPs in Dubai to review and document stablecoin, DeFi, and RWA risk every 90 days, creating a new need for continuous on-chain monitoring and evidence-based risk ratings.
Two coordinated wallets redeemed roughly $8 million of msUSD at par in the five days before its 80% depeg, a redemption run that stayed completely invisible to price-based monitoring but was fully legible onchain through redemption-velocity and wallet-concentration analysis.
Explore where DeFi vault yields come from through an analysis of $4.34 billion in Morpho vaults, examining lending interest, token incentives, shared market exposure, and liquidity risk.
Why a fully reserved stablecoin can still face redemption, banking, and payment-rail liquidity risk, and what issuers, institutions, and regulators should monitor in real time.
A proposed version of Section 302 outlined sanctions screening, transaction monitoring, and risk-based controls for onchain application layers, offering an early blueprint for how risk intelligence could become embedded directly into digital asset transactions.
A deep dive into the key questions institutions ask about stablecoin risk, including liquidity, redemption failure, governance, contamination exposure, and real-time monitoring for digital asset risk management.
The next generation of digital asset applications will not just read blockchain data, they will understand risk in real time through transaction safety, wallet intelligence, smart contract analysis, and continuous monitoring infrastructure built directly into the application layer.
Redemption risk is one of the most overlooked dangers in on-chain vaults, where high utilization, limited liquidity, and queued withdrawals can prevent investors from exiting when markets turn volatile.
As AI agents begin interacting directly with financial systems, one major problem is becoming increasingly obvious: AI does not natively understand digital asset risk.
April’s wave of DeFi exploits and stablecoin stress events revealed a harsh reality: AI-accelerated attackers are outpacing defenders, making real-time contagion monitoring, redemption risk analysis, governance surveillance, and digital asset risk intelligence essential infrastructure for institutional on-chain finance.
Explore how Mastercard and Circle are expanding stablecoin settlements and what it means for faster, lower-cost global payments.
The crypto stablecoin bill Senate vote (GENIUS Act) marks a major step toward regulating digital assets in the United States. It signals a shift toward clearer oversight as stablecoins become a core part of modern financial systems.
A guide to stablecoin risk outlining five critical domains: reserve backing, AML and sanctions, liquidity contagion, regulatory shifts, and continuous monitoring, that compliance teams must manage to meet evolving regulations and protect institutional exposure
Webacy’s analysis of crvUSD shows a resilient but structurally riskier crypto-backed stablecoin that maintains stability under normal conditions while remaining exposed to collateral volatility, liquidity concentration, and on-chain market dynamics.
