How to Stake Solana (SOL): Complete Guide to Native Staking, Liquid Staking & Maximizing APY

The 3 Ways to Stake Solana

If you are searching for how to stake Solana because you simply want your SOL to earn rewards, the good news is that the process is much easier than it first appears.

You basically have three choices: native staking, liquid staking, or exchange-based staking.

The important part is that these options are not interchangeable. They give you different combinations of yield, liquidity, custody, validator exposure, and smart-contract risk.

Here is how I would think about them:

*These are indicative ranges, not guaranteed returns. Solana itself says staking yield changes with inflation, total active stake, validator performance, and validator commission. Its current educational material describes roughly 5–7% annual staking rewards, while Coinbase currently displays an estimated 3.38% APY for its own SOL staking product, illustrating why you should always check the actual rate and fees of the platform you intend to use rather than treating one APY as universal. (Solana)

If you are holding SOL for years and don’t need to move it around, native staking is usually the cleanest option. You delegate directly to a validator, keep control of your stake account, and receive SOL rewards.

If you want to borrow against your position, provide liquidity, trade your staking position, or use it in other DeFi strategies, liquid staking becomes much more interesting. Instead of locking up ordinary SOL, you receive a liquid staking token representing your staked position.

And if your priority is simply convenience, a centralized exchange can remove much of the technical friction. The trade-off is that you are introducing custodial and platform risk.

That distinction becomes important once you understand what actually happens to your SOL after you click “Stake.”

Understanding Solana Staking Mechanics: What Beginners Need to Know

Solana staking is built around Proof of Stake, where SOL holders delegate stake to validators that participate in securing the network.

You don’t need to operate a validator yourself. In fact, for an ordinary SOL holder, delegation is the normal route.

When you delegate SOL, your stake contributes voting power to a validator. The validator participates in consensus, earns rewards according to its performance and the network’s staking economics, and charges a commission on the rewards generated by delegated stake. Solana’s official documentation describes delegation as a shared-risk, shared-reward model and explains that validator commission is taken from staking rewards. (Solana)

This is also why choosing a validator matters. Two people can stake the same amount of SOL and receive slightly different results because their validators can have different uptime, commission rates, and performance.

One thing I want to emphasize here is that staking is not the same thing as simply leaving SOL in your wallet.

Your wallet balance changes because the network creates a separate staking structure for the delegated SOL.

The “Disappearing SOL” Panic: Understanding Stake Accounts

This is probably one of the most confusing moments for someone staking SOL for the first time.

You click the staking button, confirm the transaction, and suddenly the SOL isn’t sitting in your normal spendable balance anymore.

Naturally, you might think:

“Where did my SOL go?”

It hasn’t disappeared.

When you use native Solana staking, the network creates a dedicated stake account for the funds you delegate. That account is separate from the ordinary wallet account you use to send and receive SOL. Solana’s official staking documentation explicitly describes stake accounts as a different account type from a normal wallet account, with their own unique addresses and authorities. (Solana)

Think of your wallet as having two buckets.

One bucket is your liquid SOL. You can send it, swap it, pay transaction fees with it, or use it elsewhere.

The other bucket is your staked SOL. It has been delegated to a validator and is participating in the network.

Your wallet interface simply makes that distinction visible.

Phantom currently explains that native-staked SOL remains in a stake account under your control, rather than being pooled or converted into another token. Its native staking flow also requires a minimum of 1 SOL. (Phantom)

This is one reason I prefer explaining Solana staking in terms of delegation rather than “locking your coins somewhere.” The latter makes it sound like you’re sending SOL to a mysterious third party. Native staking is much more specific: you’re creating or using a stake account and delegating that stake to a validator.

Epochs: Solana’s Internal Clock

The next concept you need to understand is the epoch.

Solana does not use a simple “wait exactly 72 hours” rule for staking. Instead, important staking events are synchronized with the network’s epochs.

An epoch is roughly two days, although wallet interfaces commonly describe it as around 2–3 days. Solana’s own staking page says rewards are calculated and issued once per epoch and describes an epoch as approximately two days. Phantom currently uses the more practical 2–3 day estimate for users. (Solana)

This matters because several things happen around epoch boundaries:

• New delegated stake becomes active.
• Staking rewards are calculated and distributed.
• Deactivated stake becomes inactive.
• Some liquid staking products update their exchange ratios.
• Your staking position can move from Activating → Active or Deactivating → Inactive.

So, instead of thinking:

“I staked at 3:00 PM, therefore I earn exactly X hours later.”

Think:

“I entered the staking process, and Solana will recognize the state change around the relevant epoch boundary.”

That’s a much more accurate mental model.

And there is another subtle point: native staking activation and deactivation are not necessarily guaranteed to complete in exactly one epoch under every network condition. Solana’s technical documentation explains that stake activation and deactivation are subject to network-wide limits and can take several epochs depending on how much stake is changing at once. (Solana)

For ordinary wallet users, however, roughly 2–3 days is a reasonable practical expectation.

Rent Exemption: Do You Need to Leave 0.00228 SOL?

This is one area where I would avoid blindly repeating a number you may see in older Solana staking guides.

You will often see claims that you need to leave approximately 0.00228 SOL for the stake account’s rent exemption. The underlying idea is correct: Solana accounts require enough lamports to satisfy the network’s account rent rules, and a stake account has its own account balance.

But the exact amount should not be treated as a universal permanent number.

The required balance depends on the account’s size and the network’s current rent parameters. More importantly, you should leave some additional SOL in your wallet for transaction fees rather than attempting to push every last lamport into staking.

In practice, I would not recommend trying to stake 100% of your wallet balance anyway. Leave a small SOL buffer.

That buffer makes life much easier when you later need to:

• unstake,
• create or manage a stake account,
• move SOL,
• interact with DeFi,
• or simply pay a transaction fee.

The bigger lesson is more useful than memorizing a tiny SOL figure: don’t drain your wallet to zero just because the staking interface lets you enter a large amount.

Step-by-Step Guide: How to Stake Solana Natively Using Phantom Wallet

If your goal is specifically how to stake SOL through Phantom, native staking is straightforward.

Phantom’s current native staking interface lets you choose a validator directly, enter your stake amount, and delegate the SOL. Phantom says native staking requires at least 1 SOL and that a newly delegated position typically becomes active within about 2–3 days. (Phantom)

Step 1: Fund Your Web3 Wallet

First, you need SOL in a self-custodial wallet.

Popular choices include:

• Phantom
• Solflare
• Backpack
• Ledger-connected wallets

If you’re moving SOL from an exchange, double-check the destination address before confirming the withdrawal. Crypto transfers are generally irreversible, so this is one of those moments where taking an extra 20 seconds is worth it.

I also recommend leaving some SOL unstaked.

You don’t need much for ordinary transactions, but having a liquid balance means you aren’t forced to unstake just because you want to make a simple transaction later.

Step 2: Open the Staking Interface

In Phantom’s current browser extension flow, you open Solana, select the staking option, choose Native Staking, and then select a validator. Phantom’s official instructions currently describe the flow as:

1. Open Solana.
2. Select More → Stake SOL.
3. Choose Native Staking.
4. Select a validator.
5. Enter at least 1 SOL.
6. Confirm the stake. (Phantom)

The exact wording or placement of buttons can change as Phantom updates its interface, so don’t worry if your screen looks slightly different from an older tutorial.

The important thing is that you’re looking for native staking, not a liquid staking token, if your goal is direct validator delegation.

Step 3: Choose a Validator Carefully

This is the step I would spend the most time on.

Don’t just choose the first validator in a list.

You should look at:

• Commission
• Voting performance
• Uptime
• Skip rate
• Stake concentration
• Whether the validator uses Jito infrastructure
• Validator history
• Overall reputation

Phantom itself recommends considering commission, uptime, and voting performance when selecting validators. (Phantom)

You can also use validator analytics platforms such as Solana Beach or Validators.app to investigate validator performance before delegating. Solana’s own documentation points users toward community-operated validator tools for this kind of due diligence. (Solana)

I’ll go deeper into validator selection below because this is where many staking guides become too simplistic.

Step 4: Enter the Amount and Confirm

Once you’ve selected a validator, enter the amount of SOL you want to stake.

Before confirming, check the validator’s commission.

Then check the transaction details.

After confirmation, your stake may initially appear as Activating.

That’s normal.

Your SOL hasn’t vanished and you haven’t done anything wrong.

Step 5: Wait for the Warm-Up Period

A new stake does not necessarily start earning rewards the second you click “Stake.”

It first moves through an activation process.

Phantom currently describes the lifecycle as:

Activating → Active → Deactivating → Inactive.

The stake starts earning once it becomes Active, with the transition governed by Solana’s epoch system. (Phantom)

Solana also explains that staking rewards are calculated and issued once per epoch, and those rewards are automatically re-delegated as active stake. (Solana)

That automatic redelegation is why native SOL staking can feel wonderfully passive once everything is configured.

You don’t have to manually click “compound.”

The network does the bookkeeping for you.

Liquid Staking on Solana: JitoSOL, mSOL, PSOL, and More

Native staking is simple, but it has one obvious weakness:

Your SOL isn’t liquid while it is staked.

That’s where liquid staking comes in.

With liquid staking, you deposit SOL into a staking protocol and receive a token representing your staked position.

Instead of holding:

10 SOL

you might hold something like:

JitoSOL, mSOL, PSOL, or another Solana LST

The underlying SOL remains staked, while your LST can generally be transferred, traded, or used in supported DeFi applications.

Phantom describes this distinction clearly: native staking locks SOL in a stake account, whereas liquid staking gives you an LST that can remain usable in DeFi while the underlying SOL earns rewards. (Phantom)

Why Liquid Staking Exists

Imagine you have 100 SOL.

You want staking yield, but you also want to:

• use collateral in a lending protocol,
• provide liquidity,
• trade your position,
• participate in DeFi,
• or move your capital quickly if the market changes.

Native staking creates friction because your SOL has to go through the unstaking process.

Liquid staking essentially creates a receipt for the staked position.

You retain economic exposure to the staking position while holding something that can move through DeFi.

That’s the basic idea behind tokens such as JitoSOL and mSOL.

JitoSOL

Jito is one of the most important names in Solana’s staking ecosystem because it combines liquid staking with the Jito MEV infrastructure.

Jito explains that JitoSOL’s value relative to SOL increases as staking and MEV rewards accrue. The protocol also says JitoSOL automatically incorporates rewards rather than requiring users to manually claim them. (Jito Network)

The interesting part isn’t just the base staking yield.

Jito validators can participate in MEV and priority-fee revenue, creating another potential source of rewards for stakers. Jito’s documentation explains that MEV tips and priority fees are distributed through its reward infrastructure, with the resulting revenue shared between validators and stakers according to the applicable commission structure. (Jito Network)

That’s why you’ll sometimes see Jito-related staking yields above the basic inflationary staking rate.

But don’t interpret that as a guaranteed “Jito pays X% more.”

MEV is variable.

When Solana activity is intense, there may be more opportunities for arbitrage, liquidations, and transaction ordering. During quieter periods, MEV revenue can fall. Jito itself notes that MEV rewards naturally vary with market activity. (Jito Network)

Marinade and mSOL

Marinade takes a slightly different approach.

Its liquid staking token, mSOL, represents staked SOL and can be used across the Solana DeFi ecosystem.

The key advantage is similar: you don’t have to wait for native unstaking every time you want liquidity.

Marinade’s documentation explains that mSOL can be converted to SOL instantly through a swap route, while delayed unstaking follows the normal epoch-based process. (Marinade Finance)

Marinade also offers Marinade Native, which is worth separating from mSOL.

With Marinade Native, you retain custody of the underlying native stake rather than receiving a liquid token. Marinade delegates across multiple validators using its delegation strategy, while users retain the relevant withdrawal authority. (Marinade Finance)

Phantom Staked SOL

Phantom itself now offers liquid staking through Phantom Staked SOL (PSOL).

According to Phantom, PSOL accrues staking, MEV, and priority-fee rewards automatically. Phantom currently lists a 4% protocol fee on staking rewards and a 0.1% exit fee for PSOL. (Phantom)

That is a useful example of why comparing APYs alone can be misleading.

Suppose one product advertises a higher gross reward but charges larger protocol fees. Another may show a lower headline rate but leave you with a similar net return.

You should always ask:

“APY after which fees?”

Using LSTs in DeFi

This is where liquid staking gets particularly interesting.

Once you have an LST, you may be able to use it as collateral in compatible DeFi applications.

For example, supported liquid staking tokens can potentially be supplied to lending markets such as Kamino, allowing you to borrow against your staking position rather than selling it.

The strategy sounds attractive:

SOL → LST → lending market → borrow → deploy capital elsewhere

But this is also where risk increases dramatically.

You now have multiple layers:

• Solana network risk
• LST protocol risk
• smart-contract risk
• liquidity risk
• liquidation risk
• potential depeg risk
• strategy-specific risk

So I wouldn’t automatically call “stacking yields” an upgrade over simple staking.

It is an advanced strategy, not free money.

How to Choose the Best Solana Validator

Validator selection is one of the most underrated parts of learning how to stake SOL.

A validator isn’t just a name in a dropdown menu.

It determines how your delegated stake participates in the network and how much of your staking reward is retained as commission.

The 100% Commission Trap

One common mistake is focusing exclusively on the headline commission.

A validator charging 0% sounds fantastic.

But you should ask a second question:

“Will that commission remain 0%?”

Validator commission is not necessarily permanently fixed. A validator can change its commission according to Solana’s protocol rules.

That means you shouldn’t select a validator solely because the commission says zero today.

Imagine two validators:

The 100% example is particularly important because a validator charging 100% commission effectively keeps the applicable inflation rewards rather than passing them through to you.

A low commission is useful, but commission + performance + reliability is a better framework.

Solana’s official documentation explains that validator commission is a percentage of rewards earned by delegated stake, with the remaining rewards distributed to delegators. (Solana)

So don’t obsess over finding “0%.”

I’d rather delegate to a reliable validator charging a reasonable fee than chase a suspicious zero-commission offer.

MEV Rewards and the Jito-Solana Client

This is where validator selection gets more interesting.

A validator running Jito infrastructure can participate in additional MEV-related reward flows.

Jito explains that MEV can arise from transaction ordering and that searchers submit bundles with tips to validators. Those rewards can then be distributed between validators and stakers according to the applicable rules and commissions. (Jito Network)

Jito’s validator data also explicitly tracks whether a validator is running the Jito-Solana software and records MEV and priority-fee rewards. (Jito Network)

For a delegator, this creates a potentially important difference.

Two validators could have similar inflation commission, but the one participating in Jito’s MEV infrastructure may generate additional reward flows.

However, there is a catch.

MEV is not guaranteed yield.

It changes with network activity and market conditions. Jito itself says high volatility and busy DeFi periods can increase MEV opportunities, while quieter markets can reduce them. (Jito Network)

So when comparing validators, I would look at historical performance rather than assuming:

“Jito = automatically higher APY.”

Promoting Network Decentralization

There is also a bigger reason to think about validator selection beyond your own APY.

Solana needs a healthy distribution of voting power.

A small number of validators controlling a large percentage of voting power creates a greater concentration risk.

This is where the Nakamoto Coefficient and superminority concepts come into play.

A superminority is the smallest group of validators whose combined voting power represents roughly one-third of the network’s stake. That threshold matters because controlling around 33.4% of voting power can affect the network’s ability to reach consensus. Solana Foundation research uses this definition when discussing the network’s Nakamoto Coefficient. (Solana)

One correction is worth making to a common staking-guide phrase: there isn’t a permanently fixed “top 30 validators” that defines Solana’s superminority.

The number changes as stake distribution changes.

So rather than saying “never stake with the top 30,” a better rule is:

Consider delegating to a reliable validator outside the current superminority when its performance and commission are reasonable.

That way you’re balancing your personal staking return with the health of the network.

Jito’s own delegation criteria are an interesting example. Its current methodology excludes validators belonging to the superminority and considers factors such as commission, MEV performance, voting performance, validator age, and reliability. (Jito Network)

How to Unstake Solana?

Knowing how long it takes to unstake Solana is just as important as knowing how to stake it.

With native staking, you cannot normally press “unstake” and immediately receive liquid SOL.

Instead, your stake enters the deactivating state.

Once the relevant epoch boundary arrives, the stake becomes inactive and can then be withdrawn.

Phantom currently describes this lifecycle as Activating → Active → Deactivating → Inactive, with changes tied to Solana epochs that typically last 2–3 days. (Phantom)

The 1-Epoch Cool-Down Period

You will often hear people say:

“Solana takes one epoch to unstake.”

That’s a useful beginner-friendly description, but there is an important nuance.

The clock is tied to epoch boundaries, not a simple fixed countdown starting from the second you click the button.

If your stake is deactivated shortly before the relevant epoch boundary, you may wait considerably less than the full two days.

If you initiate the process just after an epoch begins, you could wait much longer.

Solana’s technical documentation also notes that stake deactivation is subject to network-wide limits, meaning the exact duration can depend on the network’s stake movement. (Solana)

Epoch-Timing Arbitrage

This is one of the most useful practical details for anyone who actively manages SOL.

Suppose an epoch is about to end in 30 minutes.

If you start deactivation at the right point, your stake could become inactive around the upcoming epoch boundary.

Now imagine you perform the same action shortly after a new epoch begins.

You’re potentially waiting almost an entire epoch.

So there is a timing effect.

This doesn’t mean you can magically bypass Solana’s rules. It simply means that the time remaining in the current epoch matters.

For an exact estimate, check the current epoch progress in your wallet or a Solana explorer before initiating the transaction. Phantom specifically recommends checking the current epoch when tracking activating and deactivating stake. (Phantom)

Instant Unstaking Alternatives

If you need SOL immediately, native unstaking doesn’t have to be your only option.

Liquid staking gives you another route because you can generally sell or swap your LST rather than waiting for the underlying stake to deactivate.

For example, mSOL can be exchanged for SOL through a DeFi route, while the market price determines the exact amount you receive. Marinade explains that its mSOL instant exit is effectively a swap through Jupiter, so price impact and liquidity can matter. (Marinade Finance)

There is also a more interesting option for native SOL that is already staked.

Marinade’s current Instant Unstake product allows users to exchange eligible native stake accounts for SOL immediately through a liquidity marketplace. Marinade says this can work with native stake delegated to other validators as well, with the exact amount received depending on the quote and available liquidity. (Marinade Finance)

That’s a useful development because it means you don’t necessarily need to convert everything into an LST just to have an emergency liquidity route.

Still, I would treat instant unstaking as a convenience feature, not as a reason to ignore the economics.

Always review the quote before accepting it.

Frequently Asked Questions

How long does it take to unstake Solana?

Native SOL unstaking is governed by Solana’s epoch system.

An epoch is approximately two days, and wallet interfaces generally describe the practical timeframe as around 2–3 days. The actual wait depends on where you are in the current epoch and network stake activation/deactivation conditions. (Solana)

Liquid staking can provide much faster liquidity because you can sell or swap the LST rather than waiting for native stake to deactivate.

For example, mSOL can be swapped for SOL, while Marinade also offers an instant-un-stake route for native stake accounts. (Marinade Finance)

What happens when I stake my SOL on Phantom? Where did it go?

Your SOL has not disappeared.

With native staking, Phantom creates or manages a dedicated stake account containing the delegated SOL. That stake account is controlled through the wallet’s staking authorities, while your normal wallet balance continues to represent your liquid SOL.

Phantom explicitly states that native-staked SOL stays in a stake account under your control and is not converted into a separate liquid staking token. (Phantom)

Your stake then moves through statuses such as Activating, Active, Deactivating, and Inactive.

What is the difference between Native Staking and Liquid Staking on Solana?

Native staking delegates your SOL directly to a validator.

You receive staking rewards in the stake account, but the SOL is unavailable for ordinary transfers and trading until the stake is deactivated and withdrawn.

Liquid staking gives you a token representing your staked position.

For example, JitoSOL represents staked SOL in the Jito ecosystem, while mSOL represents a Marinade liquid staking position. These tokens can potentially be traded or used in DeFi while the underlying SOL continues earning staking rewards. (Jito Network)

The trade-off is additional protocol and smart-contract risk.

So my rule of thumb is simple:

Native staking for simplicity. Liquid staking for flexibility.

How do I choose the best Solana validator?

Don’t search for a validator based on commission alone.

Look at:

• Historical uptime and voting performance
• Commission
• Skip rate
• Validator longevity
• Stake concentration
• Jito/MEV participation
• Reputation and transparency
• Whether the validator contributes to network decentralization

Phantom specifically recommends checking commission, uptime, and vote performance, while Solana directs users toward validator analytics tools rather than endorsing a particular validator. (Phantom)

I’d also avoid blindly chasing 0% commission.

A reliable validator charging 3–5% can easily be a better long-term choice than a poorly performing validator advertising 0%.

Can I stake 100% of my Solana balance?

Technically, you should not plan your wallet around staking every last fraction of SOL.

A stake account has account-balance requirements, and you’ll also want liquid SOL available for transaction fees and future wallet activity.

More importantly, trying to leave your wallet with essentially zero liquid SOL is inconvenient. If you suddenly need to make a transaction, you’ll have to find a way to obtain SOL before doing it.

So rather than memorizing a supposedly universal 0.00228 SOL figure, I recommend leaving a practical buffer and checking the current wallet interface and network requirements.

The exact account rent requirement can change with network parameters, while transaction costs and your own usage depend on what you actually do.

Does Solana currently have slashing?

This is another area where older staking articles can be misleading.

Solana’s current protocol does not have an in-protocol slashing mechanism.

Solana’s official staking documentation explicitly says that slashing is not currently implemented at the protocol level, although it describes how slashing could work in the future. (Solana)

That does not mean staking is risk-free.

You can still experience lower rewards because of validator performance, protocol bugs, smart-contract risk when using liquid staking, market risk, or other ecosystem-specific problems.

Is a higher staking APY always better?

No.

This is probably the most important financial lesson in the entire guide.

A headline APY can hide:

• Validator commission
• Protocol fees
• MEV variability
• Exit fees
• LST price deviations
• Smart-contract risk
• Liquidity risk
• Promotional rewards that may disappear

Solana’s native staking yield itself changes over time because it depends on network-wide variables such as inflation, total active stake, validator performance, and commission. (Solana)

So I would compare net expected return + risk + liquidity, rather than simply choosing the biggest number on a screen.

Final Verdict: Which Solana Staking Method Is Right for You?

If you’re asking me how to stake Solana and you want the simplest answer, I’d start with this:

If you’re a long-term SOL holder who doesn’t need liquidity, native staking is the cleanest approach.

Use a reputable self-custodial wallet such as Phantom, choose a validator carefully, delegate your SOL, and let the network handle the reward distribution. You maintain control of the stake account, and the rewards are automatically redelegated as active stake. (Phantom)

I especially like native staking for someone who has already decided:

“I’m holding SOL for the long term anyway. Why not make the position productive?”

You don’t need to turn it into a complicated DeFi strategy.

Choose Native Staking If You Want:

• Direct validator delegation
• Self-custody
• Straightforward staking rewards
• No LST smart-contract exposure
• A relatively “set-and-forget” SOL strategy
• The ability to support Solana’s validator ecosystem directly

The downside is liquidity.

Your SOL is not immediately available while the stake is active, and native unstaking follows Solana’s epoch-based process.

Choose Liquid Staking If You Want:

• Staking rewards plus liquidity
• An LST such as JitoSOL or mSOL
• Access to DeFi
• The ability to trade your staking position
• Potential MEV and priority-fee exposure
• More flexibility around exiting your position

But remember that liquid staking introduces another layer of risk.

JitoSOL, mSOL, PSOL, and other LSTs are not simply “SOL with a better APY.” They are products built around staking infrastructure, and their economics depend on validator performance, protocol fees, liquidity, and the wider DeFi ecosystem. Jito and Phantom, for example, both document additional fee structures associated with their liquid staking products. (Jito Network)

Choose CEX Staking If You Want Maximum Convenience

Centralized exchanges can make staking almost effortless.

Coinbase currently displays an estimated 3.38% APY for SOL staking, while Binance offers SOL staking through its BNSOL liquid staking product and explains that the effective APR is variable and follows on-chain staking conditions. (Coinbase)

The catch is obvious: you are trusting a centralized platform rather than holding the staking infrastructure entirely in your own wallet.

For a complete beginner, that convenience can be valuable.

For someone already comfortable with self-custody, I would usually want to understand exactly what I’m giving up in exchange for that convenience.

The Strategy I’d Use

If I were setting up a long-term SOL position today, I’d think in terms of purpose rather than maximum APY.

For the SOL I genuinely don’t need for a long time, native staking makes sense.

For the portion I want to keep flexible for DeFi, liquid staking can make more sense.

And for money that I may need quickly, I wouldn’t stake it at all.

That last point is easy to overlook.

You don’t have to stake every SOL you own.

A balanced setup might look something like:

Liquid SOL → emergency/trading liquidity

Native-staked SOL → long-term core position

LST position → DeFi and higher-flexibility strategies

The exact percentages depend entirely on your risk tolerance and how actively you use DeFi.

Most importantly, don’t let an extra percentage point of APY convince you to take a risk you don’t fully understand.

Solana staking is already relatively straightforward. The complexity begins when you start layering validators, MEV, LSTs, lending markets, leverage, and incentive programs on top of it.

For most people, the best starting point is still surprisingly boring: choose a reputable validator, stake SOL natively, monitor the commission occasionally, and let the network compound your rewards.

If you want liquidity, JitoSOL, mSOL, PSOL, or another reputable LST can be the next step.

And if you need to unstake, remember the one rule that saves a lot of frustration:

Solana runs on epochs, not on your personal countdown timer.

Once you understand stake accounts, epochs, validator commission, MEV, and the difference between native and liquid staking, the entire Solana staking process becomes much easier to navigate.