Eight DeFi bridge attacks have already drained $328.6 million this year. TVL sliding to $86B after KelpDAO shows capital fleeing repeated security failures.

Aave x Chainlink SVR is quietly turning liquidation MEV into DAO value. @Token_Logic data shows SVR has recaptured ~$18M back to the Aave Safe from ~$33M in available liquidation bonus. That means around 55% of available liquidation bonus has been routed back to the protocol instead of remaining entirely with searchers. This is a big deal. Liquidations are usually seen as risk management, but Aave is starting to make them part of protocol economics. In volatile markets, the system does not just clear unhealthy positions. It also routes value back to the DAO. That is the kind of invisible infrastructure improvement that compounds over time. @aave keeps proving why DeFi credit needs more than liquidity. It needs risk engines, oracle design, MEV capture, and DAO-level value routing working together. Data via @Token_Logic

Proof of Talk at the Louvre (June 2–3) brings 2,500 institutional decision makers into one room. We'll be participating to share how continuous, on-chain risk intelligence is needed for safer DeFi experiences. If you're attending, drop a comment, and see you there.

What if "cheap and fast" wasn't a trade-off? @Pact_Swap delivers both. No compromises. ⚡ Kadena instant finality ⛽️ Gas Station = near-zero fees 🔒 Security that actually scales DeFi without the impossible choice. Join the #PactArmy 👇 #PactSwap $KDA

Chainlink reports a $4 billion transfer to CCIP following the KelpDAO bridge hack. The company states the move is aimed at safeguarding funds and accelerating recovery efforts—the investigation is ongoing. #cryptocurrency #kelpdao #CCIP

Most blockchains still operate like a competition Miners compete Validators compete Blocks compete The entire system depends on deciding who wins the right to produce the next block Bitcoin does this through mining. Ethereum does this through validator selection But @RetiumChain is exploring a completely different direction with its Proof of Math architecture Instead of relying on races, leader rotation, or constant competition, Retium uses deterministic mathematical structure to define: • where blocks belong • how they connect • when they become valid inside the network mesh That means the system doesn’t need endless block races or aggressive synchronization between participants The structure already exists mathematically This is important because traditional blockchains often suffer from: • forks • congestion • confirmation delays • validator coordination overhead • sequential bottlenecks Retium’s idea is to reduce those problems by replacing competitive ordering with deterministic positioning Rather than forcing everything into one linear chain, the network is designed more like a multidimensional transaction mesh Traditional blockchains think sequentially Retium is attempting to think spatially If executed correctly, this could become one of the most interesting architectural experiments happening in Web3 right now

DeFi isn’t afraid of a bear market—it’s afraid of devs falling asleep. In the first five months of 2026, DeFi lost over $840M to hacks. Just in April, more than $600M vanished—including $292M from KelpDAO and $285M from Drift. Worst of all, many incidents didn’t require “Hollywood-style hacks.” A faulty bridge, a compromised signer, or deep social engineering was enough to make funds disappear like wind. A 20% yield looks great. But if security is 0%, the highest APY is still “All Portfolio Yoinked.” Are you still willing to farm new protocols?