How Does Hyperbeat LST Work?
Hyperbeat LST (beHYPE) is a liquid staking token for HYPE on Hyperliquid, built in partnership with Ether.fi. It lets users earn staking rewards while keeping their tokens liquid for use in DeFi. With $14M TVL and three independent audits, the protocol is early-stage but backed by $5.2M in seed funding from Electric Capital and Coinbase Ventures.
TVL
$8M
Sector
Liquid Staking
Risk Grade
B-
Value Grade
D+
Core Mechanisms
3.4.2
beHYPE reward-bearing LST on Hyperliquid; staked HYPE accrues validator rewards and the token appreciates in value
Standard reward-bearing LST pattern, similar to wstETH or rETH but on Hyperliquid L1
3.3.2
Pooled delegation distributing stake equally to all active validators in the set
Equal-weight pooled delegation promotes decentralization but limits stake optimization
3.1.1
Pro-rata staking rewards from Hyperliquid validators distributed to beHYPE holders through exchange rate appreciation
Standard pro-rata distribution through LST exchange rate mechanism
8.1.3
NovelCoreWriter bridge between HyperCore execution layer and HyperEVM smart contract environment for staking primitives
Novel bridging mechanism specific to Hyperliquid architecture; connects native staking on HyperCore to EVM-compatible DeFi on HyperEVM
5.4.1
Multisig-secured vault (preHYPE) for initial deposit phase before full smart contract transition
Standard multisig pattern for early-stage protocol security; planned transition to fully on-chain contracts
3.2.1
Slashable HYPE security inherited from Hyperliquid validator slashing conditions
Inherits native L1 slashing mechanism; correlated slashing risk applies to all staked HYPE
How the Pieces Interact
Bridge layer failure could prevent LST redemptions or corrupt the exchange rate between beHYPE and underlying HYPE, leading to depeg
Equal-weight delegation means a single malicious validator's slashing event impacts all beHYPE holders proportionally, with no ability to avoid poorly-performing validators
During multisig phase, deposited HYPE is custodied by a small set of signers rather than a smart contract, introducing centralization and key management risk
Equal delegation combined with pro-rata rewards means validators with higher uptime or better MEV capture do not receive more delegation, reducing overall yield optimization
Slashing events on HyperCore must propagate correctly through the CoreWriter bridge to HyperEVM; delay or failure in propagation could allow withdrawals at stale exchange rates
What Could Go Wrong
- CoreWriter bridge layer introduces novel complexity between HyperCore and HyperEVM, with limited battle-testing in adversarial conditions
- Protocol is less than one year old with a multisig-secured vault phase preceding the full smart contract deployment
- Validator set delegation is pooled equally across all active validators, meaning poor-performing or malicious validators receive the same stake allocation
CoreWriter Bridge Failure Causing beHYPE Depeg
TailTrigger: A bug or exploit in the CoreWriter bridge contracts causes incorrect exchange rate reporting between HyperCore staking state and HyperEVM token representation
- 1.CoreWriter bridge reports incorrect exchange rate for beHYPE — beHYPE price on secondary markets diverges from true underlying value
- 2.Arbitrageurs and informed users rush to redeem or sell beHYPE — Redemption queue overwhelmed, secondary market price drops sharply
- 3.DeFi protocols using beHYPE as collateral trigger liquidations — Forced selling amplifies the depeg, users in leveraged positions face losses
- 4.Emergency response via multisig or governance pause — Deposits and withdrawals halted, but secondary market beHYPE may trade at significant discount
- 5.Root cause identified and bridge patched — Gradual recovery but trust damage reduces TVL and adoption long-term
Risk Profile at a Glance
Overall: B- (28/100)
Lower score = safer