Rocket Pool ETH price

Eliminate the pain points of oracles and bridging! Hyper uses a single contract to achieve LST and lending fully on-chain 📊 Hyper has launched the CoreWriter system contract on the mainnet, which is the most important way to integrate the entire Hyper architecture, allowing HyperEVM (smart contracts) to communicate bidirectionally with HyperCore (matching and order book). To illustrate with a very specific example: Traditional LSTs on chains, such as stETH and rETH that you see on other chains, usually involve staking actions occurring off-chain or within specific validator node systems, and then sending the tokens back on-chain through multi-signature or bridging. This process is cumbersome and opaque, lacking on-chain governance space. But on Hyper, you can create a fully on-chain native LST using CoreWriter + read precompiles, where staking and unstaking are triggered by smart contracts, with prices sourced from on-chain order book quotes, and holders can directly participate in on-chain governance, such as deploying new HIP-3 assets, without needing off-chain roles to intervene or oracles for pricing. The application of lending protocols is even more intuitive; currently, liquidation processes mostly rely on oracles, but oracles are often manipulated or experience update delays, leading to MEV being arbitraged and liquidations not being timely. Hyper's read precompiles allow protocols to directly pull prices from the HyperCore order book as oracles, using the real prices from the matching market, and when a default position occurs, the contract can send the liquidation action directly to HyperCore for execution through CoreWriter, achieving automated and instant liquidation.

The case for @Rocket_Pool RPL is a bet on the value of resilient LST and institutions coming onchain. The protocol is great - rETH is as decentralized as it gets, and the node operator smart node is the best and most battle tested. The issue historically has been scaling restraints and tokenomics - both are being resolved. RPL is now going to be a fee token. You can stake in Rocket Pool without RPL or with RPL as a node operator. if you stake without RPL, some of your rewards go to people who do stake RPL. For example, @NasdaqBTCS is a node operator but they don't stake RPL (to my knowledge). Thus, some of their revenue is directed to nodes that do stake RPL. This gives an avenue to join for people who don't want RPL exposure but still benefits the token. Then there is scaling - Saturn 2 will enable nodes to launch new validators with as little as 1.5E per validator and offer an APR competitive with the best staking protocols, an >2x boost on solo staking APR.

Some nice @NeriteOrg Stability Pool numbers.

Break free from oracle and bridging pain points! Hyper uses a single contract to achieve LST and lending fully on-chain 📊 Hyper has launched the CoreWriter system contract on the mainnet, which is the most important way to integrate the entire Hyper architecture, allowing HyperEVM (smart contract logic) to communicate bidirectionally with HyperCore (matching and order book execution layer). To illustrate with a very concrete example: Traditional LSTs on chains, such as stETH and rETH that you see on other chains, usually involve staking actions occurring off-chain or within specific validator node systems, and then sending tokens back on-chain through multi-signature or bridging. This process is cumbersome and opaque, lacking on-chain governance space. But on Hyper, you can create a fully on-chain native LST using CoreWriter + read precompiles, where staking and unstaking are triggered by smart contracts, with prices sourced from on-chain order book quotes, and holders can directly participate in on-chain governance, such as deploying new HIP-3 assets, without needing off-chain roles to intervene or oracles for pricing. The application of lending protocols is even more intuitive; currently, liquidation processes mostly rely on oracles, but oracles are often manipulated or experience update delays, leading to MEV being arbitraged and liquidations not being timely. Hyper's read precompiles allow protocols to directly pull prices from the HyperCore order book as oracles, using the real prices from the matching market, and when a default position occurs, the contract can send the liquidation action directly to HyperCore for execution through CoreWriter, achieving automated and instant liquidation.

Strong start for @NeriteOrg just days after launch. Mint $USND, Arbitrum’s native stablecoin, using: - ETH, wstETH and rETH - weETH by @EtherFi - rsETH by @KelpDAO - ARB & COMP - tBTC by @tBTC_project Then boost your rewards by LPing on @CamelotDEX - earn incentives + points.