What is Staking? — The Daily Coins

Staking is the process of locking up cryptocurrency to help secure a proof-of-stake blockchain, in exchange for a share of the network’s rewards. As of 2026, over $200 billion worth of crypto is staked across Ethereum, Solana, Cardano, Avalanche, and other PoS networks. This guide explains how staking works, what it pays, the risks, and the practical differences between staking ETH, SOL, AVAX, ADA, and the major alternatives.

What staking actually is

In a proof-of-stake (PoS) blockchain, validators secure the network by proposing and validating blocks. To become a validator, you must stake (lock up) the network’s native token. The protocol pays validators with newly issued tokens and transaction fees in proportion to their stake. If a validator misbehaves (proposes invalid blocks, double-signs, goes offline excessively), the protocol slashes (destroys) part of their stake.

For everyday holders who don’t want to run a validator node, “delegated staking” lets you assign your tokens to an existing validator. You earn a share of the rewards (minus the validator’s commission). Your tokens stay in your control — the validator can’t move them — but they’re locked while staked.

How proof-of-stake works

PoS replaces proof-of-work (PoW) miners with validators. In PoW, miners compete by burning electricity to solve a puzzle; the winner proposes the next block. In PoS, validators are selected pseudo-randomly weighted by stake size; the chosen validator proposes the block.

PoS is roughly 99.95% more energy-efficient than PoW — Ethereum’s energy use dropped that much after switching from PoW to PoS in September 2022.

The security model is different too. PoW security comes from the cost of acquiring more hash power than the rest of the network. PoS security comes from the cost of acquiring (and losing, via slashing) more stake than the rest of the network. Both models are robust at sufficient scale; both have specific failure modes at insufficient scale.

What staking pays

Yields vary by network and current participation.

Network	Typical 2026 yield	Lockup	Minimum
Ethereum	2.5-3.5% APR	Days to weeks to exit	32 ETH (solo) / any (delegated/liquid)
Solana	6-7% APR	~2-3 days warmup/cooldown	No minimum
Cardano	3-4% APR	None — fully liquid	No minimum
Avalanche	5-7% APR (varies by lock length)	Choose your own (2 weeks to 1 year)	25 AVAX (delegate) / 2,000 AVAX (validate)
Polkadot	~12-15% APR	28 days unbonding	~250 DOT effective
Cosmos Hub (ATOM)	~14-15% APR	21 days unbonding	No minimum
NEAR	~7-9% APR	~3 days	No minimum
TON	3-6% APR	Variable	Variable

The major staking approaches

Solo staking

Run your own validator node. Highest yield (no commission deducted), maximum decentralization contribution, but requires technical setup and operations. Solo Ethereum staking requires 32 ETH and hardware capable of 99%+ uptime.

Delegated staking

Delegate to an existing validator. Native on Cardano, Solana, Cosmos, Polkadot — your tokens stay in your control while the validator earns rewards on your behalf. Commission deducted (typically 5-10%).

Pool staking

Many holders pool their stake to share a validator. Common on Ethereum (Rocket Pool minipools) and as a structure for smaller stakers.

Liquid staking

Stake via a liquid staking protocol (Lido, Rocket Pool, EtherFi, Marinade, Jito). You receive a derivative token representing your stake plus accrued rewards (stETH, rETH, weETH, mSOL, JitoSOL). The derivative is liquid — you can trade it, use it as DeFi collateral, etc. — while earning staking yield.

Centralized exchange staking

Stake through Coinbase, Kraken, Binance, etc. Simple UX. Lower yield (exchange takes larger commission). The exchange holds the keys — you lose self-custody. Some jurisdictions restrict CEX staking (the SEC settled with Kraken over this in 2023).

Staking Ethereum (ETH)

Ethereum staking activates at 32 ETH per validator. The Beacon Chain has run staking since December 2020; the Merge in September 2022 made staking the only consensus mechanism. Withdrawals were enabled in April 2023.

Solo staking requires:

32 ETH
A node running an execution client (Geth, Nethermind, Besu, etc.) and a consensus client (Prysm, Lighthouse, Teku, Nimbus, Lodestar)
Reliable hardware: 4+ core CPU, 32+ GB RAM, 2TB+ NVMe storage, 25+ Mbps internet
Strong operational discipline — slashing for double-signing, balance loss for downtime

Most users choose liquid staking (Lido, Rocket Pool, EtherFi) or centralized staking (Coinbase, Kraken). The current Ethereum yield is ~2.8-3.2% nominal across most providers.

Staking Solana (SOL)

Solana staking is delegate-only for typical users. No minimum stake; rewards every 2-day epoch.

To stake:

Hold SOL in a Solana wallet (Phantom, Backpack).
Pick a validator (look at low commission, high uptime, and avoid the top 30 if you want to support decentralization).
Delegate your SOL. Wait one epoch (~2 days) for activation.
Rewards accrue automatically. You see them at each epoch boundary.
To unstake, deactivate — wait one epoch — withdraw.

Liquid staking on Solana via Jito (JitoSOL) and Marinade (mSOL) is also popular — earn staking yield while keeping a liquid derivative token.

Staking Avalanche (AVAX)

Avalanche staking has unique features. You choose your own lock-up period — 2 weeks minimum, up to 1 year. Longer locks earn higher rewards. Minimum stake to validate is 2,000 AVAX; minimum to delegate is 25 AVAX.

Validators must be online 80% of the time to earn rewards. Avalanche does not slash for downtime — but offline validators earn zero. Slashing for double-signing exists.

Staking Cardano (ADA)

Cardano staking is exceptionally user-friendly. No minimum, no lockup, fully liquid. Delegate ADA to any stake pool; rewards arrive each 5-day epoch automatically into your wallet.

Pool selection matters for decentralization — try to avoid “saturated” pools (over 70M ADA) which earn diminishing returns per ADA staked.

The risks of staking

Slashing risk

If your validator misbehaves (double-signs a block), you lose part of your stake. Solo stakers bear this risk directly. Liquid stakers bear it socialized across the protocol. Exchanges typically absorb slashing risk for delegators but pay lower yield.

Lockup risk

Staked tokens are illiquid for the lockup period. If the price drops dramatically and you want to sell, you may not be able to exit fast enough. Liquid staking mitigates this with a tradeable derivative.

Validator failure

If a validator goes offline (server failure, ISP issues, etc.), they earn zero rewards during downtime. Severe downtime can also lead to “inactivity leak” penalties on Ethereum.

Smart contract risk (liquid staking)

Liquid staking protocols are smart contracts. Bugs would affect all stakers. This is real — though Lido, Rocket Pool, and major providers are heavily audited.

Centralization concerns

Lido controls ~25% of all ETH staked. Coinbase + Lido + Binance + Kraken together control over 40%. This concentration is a long-running concern for Ethereum decentralization.

Regulatory risk

The SEC has taken enforcement actions against centralized staking-as-a-service in the US (Kraken 2023). Treatment of staking yield as taxable income at issuance vs at sale varies by jurisdiction.

Validator economics shifts

If a network changes its issuance schedule (Ethereum has considered this multiple times), staking yields shift.

Validator economics

For solo stakers, the math is:

Annual yield = (Network issuance × your stake / total staked) + (Network fees × your stake / total staked)

On Ethereum, fees became a meaningful component after the Merge — validators receive 100% of priority fees and MEV in their proposed blocks. This adds variability to the yield: a popular validator with good MEV relays can earn well above base rate; an unlucky one earns near base rate.

Total ETH staking yield as of 2026:

Base issuance: ~2.5-3% APR depending on total stake
Priority fees: highly variable, average ~0.5-1% APR
MEV: variable, average ~0.5-1% APR for sophisticated validators
Total: ~3-4.5% APR for well-run solo stakers

Choosing a staking method

Decision framework:

Less than $20K crypto holdings: Use liquid staking or CEX staking. Solo is not economical at small scale.
$20K-$100K: Liquid staking is usually best. CEX is simplest. Native delegation on Solana/Cardano works well.
$100K+: Consider solo staking on Ethereum if you can run reliable infrastructure. Otherwise diversify across liquid staking + native delegation.
Institutional: Mix of staking-as-a-service providers (Figment, P2P) plus owned validators.

Liquid staking deep dive

Liquid staking is now the dominant form of crypto staking by volume. Roughly 40%+ of all staked ETH flows through liquid staking protocols. Understanding the mechanics matters.

How liquid staking works mechanically

The user deposits ETH (or SOL, AVAX, etc.) into a liquid staking protocol. The protocol mints a derivative token (stETH, mSOL, sAVAX) representing the deposit plus accrued yield. The protocol delegates the underlying asset to its validator set.

As staking rewards accrue, the derivative token either (a) rebases — your balance increases, or (b) value-accrues — your balance stays constant but the token is worth more underlying. Both mechanisms exist; value-accruing is preferred for DeFi composability.

You can hold the derivative for yield. You can trade it. You can use it as DeFi collateral. You can redeem it for the underlying after the protocol’s withdrawal queue.

The liquid staking landscape on Ethereum (2026)

Lido (stETH / wstETH) — largest, ~9M ETH staked. Curated node operator set (~30 entities). 10% fee.
Rocket Pool (rETH) — most decentralized. Permissionless node operators. Operators stake 16 ETH + 1.6 ETH RPL. 15% fee.
EtherFi (eETH / weETH) — non-custodial design. Users retain validator keys. Layered on top of EigenLayer for restaking yield.
Coinbase (cbETH) — centralized but accessible. Coinbase runs validators. 25% fee.
Binance (WBETH) — centralized exchange staking with a tradeable derivative.
Frax (sfrxETH) — frxETH staked through Frax’s validators.
Stader (ETHx) — multi-pool approach with permissioned + permissionless operators.

The liquid staking landscape on Solana (2026)

Jito (JitoSOL) — captures MEV in addition to base staking rewards. Highest yield.
Marinade (mSOL) — first major Solana LST. Long-running.
BlazeStake (bSOL) — smaller but growing
Lido on Solana (deprecated) — Lido sunset Solana staking in 2024.

Restaking — the next layer

Restaking lets stakers use their already-staked ETH (or LST tokens) to additionally secure other protocols (“Actively Validated Services” or AVSs). EigenLayer pioneered this in 2023; multiple platforms now exist (EigenLayer, Symbiotic, Karak).

The economics: stake earns base ETH yield (~3%) + restaking yield (variable, but currently 1-5% additional). The risk: AVSs can have their own slashing conditions. If an AVS slashes you, you lose ETH (or LST tokens) you didn’t initially plan to put at risk.

By 2026, over 5 million ETH is restaked across various platforms. This represents significant additional risk surface — the AVS ecosystem is still maturing, slashing conditions on most AVSs have not been triggered in production yet.

Validator selection for delegated staking

Choosing the right validator matters. Bad validators earn you less; in extreme cases, slashed validators lose your principal.

What to look for

High uptime — 99%+ is the baseline expectation. Look at historical performance, not promises.
Low commission — 5-10% is standard. Suspect “0% commission” — typically a marketing hook that changes later.
Track record — look at how long the validator has been operating. New validators (< 6 months) carry more execution risk.
Not in top 30 by stake — for decentralization, smaller validators help spread stake.
Multiple clients — for Ethereum, validators running minority clients (Lighthouse, Teku, Nimbus, Lodestar) help client diversity.
Public infrastructure details — validators that publish their setup, location, redundancy plans are typically more professional.

What to avoid

Suspiciously high yields — if a validator advertises 8% APY on ETH when most are at 3%, it’s misleading or risky.
Single-region operations — validators all in one cloud region/data center have correlated failure risk.
No transparency — anonymous operators with no track record.
Concentrated infrastructure — validators running on a single cloud provider (e.g., all AWS) bear that provider’s failure risk.

Tax treatment of staking rewards

The IRS 2023 Revenue Ruling 2023-14 settled (for US filers) that staking rewards are ordinary income at fair market value when the staker has “dominion and control” — generally, when rewards become accessible.

This creates complexity:

For rebasing tokens (stETH), each rebase event is technically an income event. Theoretically you have hundreds or thousands of tiny income events per year. Most tax software handles this with daily aggregation.
For value-accruing tokens (rETH, weETH), no income recognition until sale. Simpler tax treatment.
For native staking (run a validator yourself), rewards are income at receipt.
For delegated staking (Cardano, Solana), rewards are income each epoch.

The Jarrett v. United States case (2021) challenged this treatment, arguing staking rewards should be treated as “new property” rather than income. The case was withdrawn before judgment but the legal theory persists. Treasury Department guidance may evolve.

See our crypto taxes guide for the full framework.

The economic case for staking

Why do networks pay stakers? Two main reasons:

Security budget

Stakers provide capital that secures the network. If an attacker wanted to compromise consensus, they would need to acquire (and risk losing via slashing) more stake than honest validators. The higher the total stake, the more expensive the attack.

Networks pay stakers from new issuance (inflation) and from transaction fees. The total “security budget” — the value paid to stakers — determines how expensive attacks become.

Capital alignment

Stakers have skin in the game. They’re financially incentivized to keep the network healthy. Misbehavior (slashing) costs them stake. Network underperformance reduces the value of their stake.

This is fundamentally different from PoW, where miners are paid for computational work. In PoS, you can’t just “sell your hash rate” the way PoW miners can.

Practical staking checklist

If you’re ready to stake, here’s a practical checklist by network:

Ethereum (ETH)

Decide solo vs liquid vs CEX. Solo at 32+ ETH with operational skill; otherwise liquid (Rocket Pool, Lido, EtherFi).
For liquid: pick provider, deposit via their interface, receive LST.
Verify your LST balance and that it’s growing or its exchange rate is increasing.
Track rewards monthly for tax purposes.

Solana (SOL)

Move SOL to a Solana wallet (Phantom, Backpack).
Browse validators on stakewiz.com or similar. Filter for 5-10% commission, high uptime, smaller stake size.
Stake via wallet UI. One epoch (~2 days) until activation.
Consider liquid staking (JitoSOL for MEV capture) if you want DeFi composability.

Cardano (ADA)

Move ADA to a Cardano wallet (Yoroi, Eternl, Daedalus).
Choose stake pool — avoid saturated pools (over 70M ADA).
Delegate. Rewards arrive each epoch (5 days).
No lockup — fully liquid throughout.

Validator economics deep dive

Ethereum validator yield decomposition

An Ethereum solo staker’s yield comes from three sources:

Issuance rewards (base layer) — newly issued ETH paid to all stakers. Currently ~2.5% APR depending on total stake. Decreases as more ETH is staked.
Priority fees (tips) — ETH paid by users in transactions, included in blocks. Variable. Average ~0.5% APR additional.
MEV (maximal extractable value) — value captured by reordering transactions, including sandwich attacks and arbitrage. Average ~0.5-1% APR for well-equipped validators.

Total: ~3-4% APR for well-run solo validators. Lower for liquid staking (provider takes 10-25%). Lower again for CEX staking (exchange takes 25-50%).

MEV-Boost and proposer-builder separation

MEV-Boost is software that connects validators to “block builders” who construct optimized blocks. Validators receive MEV revenue without running their own searcher infrastructure. Most Ethereum validators use MEV-Boost.

Proposer-builder separation (PBS) is the longer-term protocol-level solution. By 2026, PBS is partially implemented (enshrined PBS is on the upgrade roadmap).

Solana validator economics

Solana validators face higher infrastructure costs than Ethereum validators — hardware requirements are more demanding (12+ core CPU, 256GB+ RAM, NVMe storage). Voting costs ETH equivalent (yes, Solana validators pay SOL to vote on blocks).

The compensation: higher yields (~6-7% APR) and MEV via Jito’s bundles. Jito has become the dominant MEV infrastructure on Solana.

Cardano validator economics

Stake pool operators on Cardano pay variable + fixed costs. Most pools take a 1-3% margin plus the ~340 ADA fixed cost per epoch. Operators earn rewards from pool block production.

Delegators earn ~3-4% APR. No slashing on Cardano (yet), making delegation lower risk than ETH/SOL.

Roadmaps that affect staking yield

Ethereum: EIP-7251 (Pectra)

The Pectra hard fork (mid-2025) increased the maximum effective validator balance from 32 to 2048 ETH. This consolidates validator operations and improves capital efficiency. It does not change individual yields, but it reduces operational overhead for large stakers.

Ethereum: Verkle trees and stateless clients

Coming in 2026-2027. Verkle trees enable stateless clients — validators no longer need to store full state. This dramatically reduces hardware requirements for solo stakers, broadening participation.

Solana: Firedancer

Jump Crypto’s Firedancer is an alternative Solana client. Active rollout through 2026. Firedancer’s parallel architecture aims to multiply Solana’s throughput. Validator economics will shift if Firedancer succeeds.

Cardano: Voltaire era and Hydra

Voltaire on-chain governance is live since June 2024. Hydra layer-2 scaling is rolling out, allowing state-channel-based high-throughput off-chain computation. Both could affect ADA staking demand as the ecosystem grows.

Common staking mistakes to avoid

Choosing the highest-yield validator — yield outliers usually have either lower commission (sustainable) or are misleading. Verify before staking.
Not testing recovery — solo stakers must be able to restart their validator quickly. Test failover procedures before relying on the setup.
Forgetting tax reporting — staking rewards are income. Accumulating them quietly creates a tax liability you owe.
Concentrating all stake with one provider — Lido concentration risk applies to your portfolio too. Diversify across 2-3 providers if you have material holdings.
Locking too much into illiquid staking — keep some liquid cash/stablecoins. Don’t tie up 100% in lockups.
Ignoring restaking risk — restaking via EigenLayer adds slashing surface from AVSs. Understand what you’re securing.