How Does Stader Work?

Liquid Staking|Risk B|5 mechanisms|4 interactions

Stader is a multi-chain liquid staking platform with $323M TVL, offering ETHx on Ethereum and LSTs on BNB Chain, Polygon, and Hedera. Its B grade reflects standard liquid staking patterns with no novel mechanisms, backed by multiple audits from Sigma Prime, Halborn, and PeckShield, though the permissioned operator set and multi-chain complexity add moderate risk.

TVL

$316M

Sector

Liquid Staking

Risk Grade

B

Value Grade

C-

Core Mechanisms

3.4.2

ETHx reward-bearing liquid staking token on Ethereum

Standard reward-bearing LST pattern similar to rETH and wstETH

3.3.2

Permissioned node operator set with curated validators

Similar to Lido curated operator model

2.2.4

Split fee model: 10% to operators, 5% to DAO, 5% to SD buyback

Standard split model

1.3.2

SD token buyback funded by 5% of staking fees

Standard buyback mechanism

5.1.1

SD token governance for protocol parameters

Standard token-weighted governance

How the Pieces Interact

ETHx exchange rate oracleExternal DeFi collateral usageHigh

ETHx used as collateral depends on accurate oracle pricing; stale feeds could trigger incorrect liquidations

Permissioned operator setMulti-chain deploymentMedium

Curating separate operator sets across multiple chains increases governance overhead

SD buybackSD governance votingMedium

Buyback-funded SD accumulation could enable governance concentration

ETHx liquid stakingRedemption queueMedium

Mass unstaking could cause ETHx to trade at a discount to NAV

What Could Go Wrong

  1. ETHx exchange rate depends on oracle feeds for accurate pricing; a stale or manipulated oracle could cause incorrect liquidations when ETHx is used as collateral in external lending protocols.
  2. Multi-chain deployment across Ethereum, BNB Chain, Polygon, and Hedera increases attack surface, as each chain integration introduces bridge dependencies and chain-specific risks.
  3. Permissioned node operator set means Stader currently controls which validators run ETHx-backed nodes, creating centralization risk in validator selection.

ETHx Depeg During Mass Unstaking Event

Tail

Trigger: ETH price drops 30%+ in 24 hours while major lending protocols liquidate ETHx-collateralized positions, triggering redemption queue delays exceeding 7 days

  1. 1.Sharp ETH decline triggers liquidations of ETHx-collateralized positions Large volumes of ETHx hit market as liquidators sell
  2. 2.DEX liquidity pools for ETHx/ETH become imbalanced ETHx trades at 3-5% discount to underlying ETH value
  3. 3.Arbitrageurs attempt to redeem ETHx but face queue delays Discount persists as redemption cannot keep pace
  4. 4.Further ETHx holders panic sell at discount ETHx discount widens to 5-10%
  5. 5.Ethereum exit queue creates additional delays Depeg persists until exit queue clears over days to weeks

Risk Profile at a Glance

Mechanism Novelty0/15
Interaction Severity6/20
Oracle Surface2/10
Documentation Gaps2/10
Track Record3/15
Scale Exposure5/10
Regulatory Risk3/10
Vitality Risk6/10
B

Overall: B (27/100)

Lower score = safer

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