News linked to both this project and an event.
following the Kelp security incident, Tether's asset interoperability protocol USDT0 has disclosed details of its protocol security architecture. It stated that the system currently utilizes a proprietary DVN (Decentralized Verification Network) with message veto authority, and requires 3 independent validators, operating on different codebases, to reach a 3/3 consensus before cross-chain messages can be settled. The current verification nodes include the USDT0 proprietary DVN, LayerZero, and Canary, with future plans to expand to 4/4 and 5/5 verification mechanisms.USDT0 also stated that all multi-signature transactions must undergo multiple reviews by internal teams, external security teams, and auditing firms before signatures are submitted. The relevant contracts have been audited by firms such as Guardian and OpenZeppelin, and a $6 million bug bounty program has been launched on Immunefi.
According to CoinDesk, at the “Perp DEX Explosion: Bullish Volumes and Bear Market Resilience” panel at Consensus Miami, several industry insiders stated that institutional investors are still largely avoiding decentralized exchanges offering perpetual futures (Perp DEXs). Veteran trader Wizard of SoHo pointed out that Drift’s recent multi-million-dollar hack highlights security vulnerabilities in the DeFi ecosystem, making secure onboarding of institutional capital a core competitive focus for major Perp DEXs. Anderson of Canary Labs expressed concern about DeFi’s current security posture, noting that large institutions face significantly greater challenges adopting decentralized exchanges compared to centralized platforms. Additionally, the structural tension between DeFi’s permissionless, open design and institutions’ stringent KYC compliance requirements is seen as a key barrier to scaling adoption. Michaël van de Poppe, founder of MN Fund, shared his views on AI-powered trading tools, stating that AI agents represent an evolutionary extension of algorithmic trading—and that trading will increasingly become fully automated.
BitMEX Research published an article proposing an alternative soft fork to BIP-361, suggesting that dormant bitcoins vulnerable to quantum attacks be frozen only upon confirmed existence of a quantum computer capable of stealing bitcoins. The proposal introduces a “canary fund” mechanism: a special bitcoin address whose private key is unknown but theoretically crackable by a sufficiently powerful quantum computer; users may donate BTC to this address as a bounty. If funds are spent from this address, it signals confirmed quantum threat and automatically triggers the freezing mechanism. BitMEX Research states that this proposal serves as a less contentious alternative to the more controversial BIP-361.