What Is Restaking? How Liquid Staking Derivatives Work on Solana

Staking has become a fundamental way for cryptocurrency holders to earn passive income while supporting network security. But traditional staking comes with a significant tradeoff: your capital becomes locked and illiquid while you earn rewards. For weeks or even months, you can't access your funds or use them in other DeFi opportunities.

Liquid staking derivatives (LSDs) and restaking protocols solve this problem by giving you both staking rewards and liquidity. These innovations are transforming how participants interact with proof-of-stake networks like Solana, creating new yield opportunities while maintaining the flexibility to actively use your capital.

This guide explains how liquid staking and restaking work on Solana, the mechanics behind these protocols, and the opportunities and risks you need to understand before participating.

Understanding Traditional Staking Limitations

Before exploring solutions, it's important to understand the problem they're solving.

When you stake SOL directly through a validator, your tokens become locked in the staking program. You earn staking rewards (typically 5-8% APY), but you can't use those tokens for anything else. If you want to unstake, you face an unbonding period during which your tokens remain locked but stop earning rewards.

This creates opportunity cost. While your SOL is staked, you miss out on:

• Trading opportunities during volatile market conditions
• Lending your assets to earn interest
• Providing liquidity to DEXs for trading fees
• Participating in new token launches or liquidity mining programs

For many holders, this tradeoff makes staking unattractive despite the guaranteed yield. Liquid staking derivatives remove this constraint.

How Liquid Staking Derivatives Work

Liquid staking protocols allow you to stake your SOL and receive a liquid, tradable token representing your staked position. This derivative token accrues staking rewards while remaining fully transferable and usable in DeFi.

The Basic Mechanism

When you deposit SOL into a liquid staking protocol:

1. Your SOL is staked across a network of validators
2. You receive an LSD token (like mSOL, jitoSOL, or bSOL) representing your staked SOL plus accumulated rewards
3. The LSD token can be traded, used as collateral, or deployed in other DeFi protocols
4. When you want to exit, you can either:

• Swap the LSD token for SOL on a DEX (instant liquidity)
• Redeem directly through the protocol (may involve a delay)

The LSD token's value relative to SOL increases over time as staking rewards accumulate. For example, 1 mSOL might be worth 1.05 SOL after several months due to accrued staking yield.

Popular Liquid Staking Protocols on Solana

Several protocols have emerged as leaders in Solana's liquid staking ecosystem:

Marinade Finance (mSOL): One of the first and largest liquid staking protocols on Solana. Marinade stakes SOL across multiple validators to decentralize risk and supports Solana network health. The mSOL token is widely integrated across Solana DeFi.

Jito (jitoSOL): Focuses on maximizing MEV (Maximal Extractable Value) rewards for stakers. Jito's validator client captures MEV opportunities and distributes additional yield to jitoSOL holders, often resulting in higher APY than traditional staking.

BlazeStake (bSOL): Emphasizes decentralization and community governance while providing liquid staking functionality.

Each protocol has different fee structures, validator selection criteria, and integration levels across DeFi. When choosing a protocol, consider security track record, total value locked (TVL), DeFi integration depth, and fee transparency.

What Is Restaking?

Restaking takes liquid staking a step further by allowing you to use your already-staked assets to secure additional protocols and earn extra yield.

The Restaking Concept

Traditionally, economic security for blockchain networks comes from staking. Validators lock up capital (their stake) which can be slashed if they behave maliciously. This economic incentive keeps them honest.

Restaking extends this security model to other protocols. Instead of each new protocol needing to bootstrap its own security model from scratch, it can leverage the existing staked capital from established networks.

Here's how it works:

1. You stake SOL and receive an LSD token (like mSOL)
2. You deposit that LSD token into a restaking protocol
3. Your staked SOL now secures both the Solana network and additional services
4. You earn both standard staking rewards and additional rewards from the protocols you're helping secure

This creates composable security where the same capital provides economic guarantees for multiple systems simultaneously.

Restaking Risk and Reward Tradeoffs

Restaking increases your yield but also introduces additional risk. When you restake, you're typically subject to additional slashing conditions. If a protocol you're securing through restaking experiences a security incident or if you fail to meet its requirements, you could lose a portion of your staked capital.

The additional yield from restaking typically ranges from 2-10% APY on top of base staking rewards, but this varies based on:

• The protocols you're securing
• Current demand for restaked security
• The risk profile of the additional slashing conditions

Successful restaking requires understanding these tradeoffs and selecting protocols with solid security models and reasonable risk/reward ratios.

Practical Use Cases for Liquid Staking Derivatives

LSD tokens unlock numerous DeFi strategies that aren't possible with traditional staking.

Collateralized Lending

You can deposit your LSD tokens into lending protocols as collateral to borrow stablecoins or other assets. This allows you to:

• Access liquidity without unstaking and losing rewards
• Leverage your position by borrowing against your staked assets
• Maintain exposure to SOL price appreciation while using borrowed funds elsewhere

For example, you could deposit mSOL as collateral on Solend, borrow USDC, and deploy that USDC in a high-yield liquidity pool, earning multiple sources of yield from the same initial capital.

Liquidity Provision

Many DEXs offer liquidity pools pairing LSD tokens with SOL or stablecoins. By providing liquidity, you earn:

• Trading fees from swaps
• Sometimes additional incentive rewards from the DEX or the LSD protocol
• Continued staking yield on your LSD tokens

This strategy works well when trading volume is high and the pool is properly balanced. However, you face impermanent loss risk if the relative price of the LSD token and its pair diverges significantly.

Yield Farming and Liquidity Mining

Various DeFi protocols offer boosted rewards for depositing LSD tokens into their vaults or pools. These programs often provide high APY during launch phases to attract liquidity.

By strategically moving LSD tokens between protocols based on yield opportunities, you can optimize returns well beyond simple staking rewards. Platforms like Solyzer help you track these opportunities and analyze protocol metrics to identify sustainable yield versus unsustainable promotional rewards.

Portfolio Hedging

LSD tokens enable more sophisticated portfolio strategies. For instance, you could:

• Stake SOL to receive mSOL (continuing to earn staking rewards)
• Sell mSOL for stablecoins to lock in profits or hedge against SOL price decline
• Retain exposure to staking yield without price risk

This separates your decisions about network participation (staking) from your directional market views, giving you more flexibility in portfolio construction.

Technical Mechanics: How LSDs Maintain Their Peg

LSD tokens aren't simple wrapped tokens. They're sophisticated financial instruments with specific mechanisms to maintain their value relationship to the underlying staked asset.

Rebasing vs Reward-Bearing Models

LSD protocols use two primary approaches:

Rebasing tokens: The number of tokens in your wallet increases over time as rewards accrue. The token maintains a 1:1 peg with SOL, but your balance grows. This model can complicate DeFi integration since balances change automatically.

Reward-bearing tokens: The number of tokens stays constant, but each token's value relative to SOL increases. For example, 1 mSOL might equal 1.05 SOL after accumulating rewards. This model is more DeFi-friendly since token balances don't change unexpectedly.

Most Solana LSD protocols use the reward-bearing model for its better composability with existing DeFi infrastructure.

Liquidity Pools and Instant Unstaking

To enable instant unstaking, LSD protocols typically maintain liquidity pools on DEXs where users can swap LSD tokens for SOL without waiting for the unstaking period.

These pools require incentivization to maintain balance. If too many users want to exit simultaneously, the pool can become unbalanced, creating a temporary discount where 1 mSOL might trade for only 0.98 SOL instead of its true value of 1.02 SOL.

Sophisticated traders monitor these discounts and arbitrage them, buying discounted LSD tokens and either holding them to maturity or using protocol-level unstaking to capture the difference. This arbitrage activity helps keep LSD tokens close to their fair value.

Risks to Understand Before Participating

Liquid staking and restaking aren't without risks. Understanding these hazards is essential for making informed decisions.

Smart Contract Risk

Every DeFi protocol introduces smart contract risk. Despite audits and testing, bugs or vulnerabilities could result in loss of funds. The more protocols you layer (base staking, liquid staking, restaking, lending), the more smart contract risk you accumulate.

Mitigate this by:

• Using established protocols with long track records
• Diversifying across multiple LSD tokens rather than concentrating in one
• Only investing what you can afford to lose in newer, unproven protocols

Depegging Risk

Under extreme conditions, an LSD token could lose its peg to the underlying asset. This might happen if:

• A major security incident erodes confidence
• Mass unstaking creates severe pool imbalances
• Regulatory actions target specific protocols

While mature LSD protocols have maintained their pegs through various market conditions, the risk exists. Monitoring on-chain metrics through platforms like Solyzer helps you spot early warning signs like declining liquidity or unusual redemption patterns.

Slashing Risk (Restaking)

Restaking introduces slashing conditions beyond those of base staking. You need to understand:

• What behaviors trigger slashing in the additional protocols you're securing
• How much of your stake can be slashed
• The track record and security posture of those protocols

Don't restake without thoroughly researching the specific slashing conditions and honestly assessing whether the additional yield justifies the added risk.

Liquidity Risk

LSD tokens are only as liquid as the markets supporting them. During extreme market stress, you might find:

• Wide bid-ask spreads making trades expensive
• Insufficient liquidity to exit large positions without significant slippage
• Pool imbalances creating temporary discounts

This is less of an issue for major LSDs like mSOL but can be significant for newer or smaller LSD tokens.

Best Practices for Liquid Staking Participants

To safely and effectively use liquid staking and restaking, follow these guidelines.

Start Small and Learn

Don't deploy your entire portfolio into complex LSD strategies immediately. Start with a modest position to learn how the mechanics work, understand the user experience, and build confidence in the protocols.

Diversify Across Protocols

Rather than concentrating all your staked SOL in one LSD protocol, consider splitting across 2-3 established options. This reduces protocol-specific risk while still giving you the benefits of liquid staking.

Monitor Protocol Health

Regularly check:

• Total value locked (declining TVL can signal problems)
• Validator performance (ensuring your stake is properly distributed)
• On-chain metrics showing healthy redemption rates and balanced liquidity
• Community sentiment and developer activity

Solyzer provides comprehensive protocol analytics that make monitoring these factors straightforward.

Understand Fee Structures

LSD protocols charge fees that reduce your effective yield. These typically range from 0-10% of staking rewards. When comparing protocols, calculate your net APY after all fees to make accurate comparisons.

Plan Your Liquidity Needs

While LSDs provide liquidity, using that liquidity (especially in large amounts) can incur costs. If you know you'll need to access your capital at a specific time, plan accordingly:

• For small amounts: DEX swaps usually work fine
• For large amounts: consider initiating protocol-level unstaking early to avoid slippage
• For uncertain timing: maintain some unstaked SOL for immediate liquidity needs

The Future of Staking on Solana

Liquid staking and restaking represent the evolution of how participants interact with proof-of-stake networks. These innovations are still relatively new, and the ecosystem continues to develop rapidly.

Emerging trends to watch:

Cross-chain restaking: Protocols enabling you to use Solana-staked assets to secure services on other chains

Governance-enhanced LSDs: Tokens that bundle staking yield with protocol governance rights

MEV optimization: More sophisticated approaches to capturing and distributing MEV value to stakers

Institutional products: Custodial liquid staking solutions designed for institutional participants

Restaking marketplaces: Platforms where you can flexibly allocate your restaked security to the highest-yielding opportunities

As these innovations mature, the line between staking, lending, and active yield farming will continue to blur, creating increasingly sophisticated ways to put your capital to work.

Conclusion: Maximizing Your Staked Assets

Liquid staking derivatives and restaking transform staking from a passive hold to an active DeFi strategy. By maintaining liquidity while earning staking rewards, you can participate in lending markets, liquidity provision, and restaking opportunities without sacrificing the base yield from securing the network.

However, these benefits come with additional complexity and risk. Smart contract vulnerabilities, depegging events, and slashing conditions are real dangers that require understanding and ongoing monitoring.

The key to success is education, starting small, diversifying your approach, and using quality analytics tools to track protocol health and identify opportunities. Liquid staking isn't appropriate for everyone, but for those willing to learn the mechanics and manage the risks, it offers a powerful way to maximize capital efficiency in the Solana ecosystem.

Ready to explore liquid staking opportunities and track Solana DeFi metrics in real-time? Discover comprehensive on-chain analytics and protocol monitoring tools at Solyzer to make informed decisions about your staking strategy.