Understanding the Risks of Staking and Liquid Staking (LST) in Modern Blockchain Networks

Mar 11
3 min read

Staking has become a foundational element of contemporary blockchain development, Web3 engineering, and digital asset infrastructure. As Proof-of-Stake networks continue to dominate decentralized applications and enterprise blockchain solutions, understanding the associated risks is essential for both technical and business stakeholders. This article outlines the operational, economic, and smart-contract-related risks of staking and Liquid Staking Tokens (LSTs), drawing from real conditions across networks such as Ethereum, Solana, Avalanche, and TON.

Fundamental Risks in Regular (Non-Liquid) Staking

Regular staking involves delegating tokens directly to validator nodes through a wallet interface, without intermediary protocols. The primary risk here is slashing — the protocol-level penalty applied when a validator violates network requirements.

Slashing Events and Validator Performance

Slashing may occur if:

A validator goes offline for extended periods.
Invalid blocks are proposed or fail validation rules.
Security or consensus requirements are breached.

Slashing reduces the validator’s collateral and proportionally impacts delegators. While this risk exists across all major staking networks, real-world slashing incidents among top-tier validators remain extremely rare. For example, Ethereum and Solana validators used by large providers undergo reputation checks, technical audits, and security validation.

Market Value Decline

While not a protocol risk, token price volatility remains a key financial factor. Even if on-chain rewards are earned, the market value of assets such as ETH, AVAX, or SOL may decrease.

Smart Contract Risks in Liquid Staking Systems

Liquid staking providers rely on smart contracts to manage deposits, validator delegation, and automated reward distribution. These smart contracts become a critical component of the overall crypto security model.

Potential Smart Contract Exploits

Smart contracts may contain vulnerabilities that could:

Lock user funds,
Misallocate rewards,
Allow unauthorized withdrawals,
Disrupt validator assignment logic.

Leading providers mitigate this risk by conducting continuous and independent smart contract audits, especially before deploying updates. However, no audit eliminates risk entirely, making contract-layer security one of the most important considerations in Web3 engineering.

Depeg Risk: Price Divergence Between LSTs and Base Assets

Liquid Staking Tokens (e.g., stETH, sAVAX, JitoSOL) track the value of their underlying staked assets. A depeg occurs when an LST loses price parity with its base token.

Common Causes of Depeg

Large sell orders or liquidity imbalance on decentralized exchanges.
Low liquidity pools for emerging LSTs.
Market panic during periods of volatility.
Unavailable redemptions, such as when unstaking functionality is paused or has not yet launched.
Insufficient on-chain collateral supporting the LST.

Short-term depegs are often corrected by arbitrage traders, who purchase discounted tokens and redeem them later at the provider’s official rate.

Historical Depeg Examples

During Ethereum’s transition to Proof-of-Stake, unstaking was temporarily unavailable. This led to discounted stETH prices on decentralized exchanges as users attempted to exit early, creating profitable arbitrage opportunities once withdrawals were enabled.

Collateral and Redemption Failure

Two fundamental risks can disrupt an LST system:

1. Insufficient Collateral Backing

If a provider does not maintain full on-chain collateral for issued tokens, redemptions fail, prompting immediate market-wide sell-offs.

2. Technical or Operational Redemption Delays

Even if collateral exists, users may temporarily be unable to redeem LSTs due to:

Pending network upgrades,
Provider-side technical maintenance,
Validator queue delays.

Both scenarios inflict downward price pressure on LSTs and can trigger ecosystem-level instability.

Liquidation Risks in Lending Markets

DeFi lending markets enable users to borrow assets using LSTs as collateral. While this increases capital efficiency, it introduces liquidation risk.

How Liquidation Occurs

If the value of the collateral (e.g., stETH) drops relative to the borrowed asset (e.g., ETH), the loan-to-value ratio may breach the liquidation threshold—usually around 95%.

Depegs, even temporary ones, may trigger liquidations for users employing leveraged or looping strategies.

Summary of Risks: Regular vs. Liquid Staking

Regular Staking Risks

Slashing — protocol-level penalty for validator misconduct.
Price Decline — market volatility affecting token value.

Liquid Staking Risks

Slashing — same as regular staking.
Smart Contract Exploits — vulnerabilities in deposit, delegation, and reward logic.
Depeg (Price Deviation) — LSTs diverging from underlying asset value.
Liquidation — risk tied to borrowing or looping strategies in lending markets.
Price Decline — overall market risk remains unchanged.

For blockchain developers, smart contract auditors, token engineers, and enterprise teams, understanding these risks is essential for designing secure decentralized applications and digital asset infrastructure.