What looked like over-engineering yesterday looks like risk management today. Three HYPE++ deployments ( our flagship). Three chains. Zero bridges between them. Here’s why. Most asked question we get: “why do you have three strategies with the same name on three chains?” Answer: we built the OFT bridge. We chose not to deploy it. Not because we couldn’t. Because we shouldn’t. Each HYPE++ vault is an ERC-4626 with OFT-compatible code. Deployed, readable, unwired. Because wiring it up means underwriting the bridge config, the peer trust, the DVN set, the executor. Extra risk we do not get paid for as D2 depositors (yes, we have skin in the game). Our choice: three separate deployments on @arbitrum ( the original deployed pre $HYPE’s TGE) @HyperliquidX , @base. Users deposit native @USDC or @USDT0_to on their chain. Each vault trades independently. At epoch end, D2 reconciles PnL across deployments so every chain access point shares the same strategy performance. Trade-off we accepted: operational complexity, daily explaining in Discord why three deployments and why no mid-epoch valuations. (@jchoop can confirm this 😅) Trade-off we rejected: multimillion drain from a single peer compromise. Exactly what happened to Kelp’s rsETH OFT adapter this morning. Even @claudeai flagged this as a design flaw in a prior architecture review. Fair critique. But Claude doesn’t have capital at risk. We do. Team capital sits in the same vaults as user capital. Skin in the game changes the calculus on what counts as complexity vs necessary redundancy.

DON'T GET WRECKED. JUST USE @CHAINLINK [ @SIBOS EDIT ]