Staking Calculator

Estimate your staking rewards over time

Total After Period

1,051.2675 tokens

$52,563.37

Daily Rewards 0.140459 tokens
Monthly Rewards 4.2138 tokens
Yearly Rewards 50 tokens
Last updated:

About this tool

The staking calculator estimates token rewards over a chosen period given a staked amount, current token price, and APY (annual percentage yield). It supports both simple and compounded reward modes. Real APY varies with network conditions, validator performance, lock-up rules, and slashing risk. This tool is provided for educational purposes only and is not financial advice or a guarantee of staking yield.

How to use

  1. Enter the amount of tokens you plan to stake.
  2. Enter the current token price in USD.
  3. Enter the APY (annual percentage yield) advertised by the network or validator.
  4. Set the staking period in days.
  5. Toggle compound rewards if rewards are auto-restaked, then review the projection.

Common use cases

  • Estimate staking yield for popular networks like Ethereum, Solana, or Cardano.
  • Compare an exchange staking program with self-custody validator staking.
  • See how compounding rewards changes total return over a year.
  • Plan staking allocation as part of a broader portfolio strategy.
  • Educational example for understanding APY versus APR in DeFi.

Frequently asked questions

Q. Is this financial advice?

A. No. This calculator is for educational purposes only and does not constitute financial, investment, or crypto advice. Staking can result in loss of principal due to slashing, lock-ups, or token price decline.

Q. Is APY guaranteed?

A. No. APY changes with network participation, validator performance, and protocol parameters. Quoted APY is a snapshot, not a guarantee.

Q. Are slashing and lock-up risks included?

A. No. This calculator does not model validator slashing, withdrawal queues, or unbonding periods, which can significantly affect real returns.

Q. What is the difference between APY and APR?

A. APR is the simple annual rate without compounding. APY assumes rewards are reinvested and compounded, so APY is typically higher than APR for the same protocol.

Slashing β€” How Validators Lose Your Money

In Proof-of-Stake networks, slashing is the protocol-enforced mechanism that destroys staked tokens when validators misbehave. It is the reason a "10% APY" advertisement is never the whole story β€” the realized return must be discounted by the probability and severity of slashing events. Most retail stakers are unaware of the magnitude of this risk because the marketing copy never mentions it. Ethereum's slashing rules are codified in the consensus specification (github.com/ethereum/consensus-specs). Three offenses trigger penalties: (1) double-proposing β€” signing two different blocks for the same slot; (2) double-attesting β€” voting for two conflicting blocks; (3) surround voting β€” submitting an attestation that surrounds another attestation. The minimum slashing penalty is 1/32 of the validator's effective balance (about 1 ETH on a 32 ETH stake), and the validator is forced to exit. A correlation penalty applies when many validators are slashed in the same epoch β€” if 33% of total stake is slashed within ~36 days, the correlation penalty can destroy 100% of the staked balance. This is intentional: the network punishes coordinated attacks more harshly than isolated mistakes. Real-world incidents have happened. In June 2023, Coinbase Prime acknowledged that a configuration error led to a small slashing event affecting Ethereum validators it operated. In May 2023, more than 70 Ethereum validators were slashed simultaneously due to a misconfigured key signer. In January 2024, a Lido node operator (Launchnodes) had ~20 validators slashed due to a sentry-node error. Each of these reduced retail stakers' balances. The Beaconcha.in dashboard (beaconcha.in) maintains a public registry of every slashing event on Ethereum, with cumulative count exceeding 500 by mid-2024. Other PoS chains have different rules. Cosmos (Cosmos Hub, Osmosis, etc.) uses a 5% slashing penalty for double-signing and 0.01% for being offline beyond a threshold; the validator is jailed and must manually unjail. Polkadot levies up to 100% slashing for severe offenses, with parameters set by governance. Solana does not currently slash but levies opportunity-cost penalties for missing votes; slashing has been a roadmap item since 2022. Avalanche, Near, and Algorand each have their own enforcement curves. Read the protocol's whitepaper or governance proposals before delegating. Mitigation strategies for retail stakers: (1) Diversify across multiple validators and operators β€” concentration of stake with a single operator increases correlation risk. (2) Use insured staking products (Lido has a slashing reimbursement fund; Coinbase has internal insurance for institutional clients but not retail). (3) Avoid validators with low uptime histories or recent slashing incidents. Public dashboards like Rated Network (rated.network) score validator performance. (4) Understand that "non-custodial" staking via a delegation does not transfer slashing risk to the operator β€” the staked tokens are yours and they are slashed. Educational only. Cryptocurrency investments carry significant risk including total loss. Not financial advice β€” consult a licensed advisor and review the specific protocol's documentation before staking.

Liquid Staking vs Native Staking β€” Lido / Rocket Pool

Native staking on Ethereum requires running (or delegating to) a validator with 32 ETH locked. The capital cost (~$80,000+ at common ETH prices) and technical complexity exclude most retail users. Liquid staking solves both β€” pool small amounts together, hand operations to professional node operators, and issue a transferable token (LST) that represents your stake plus accrued rewards. The LST trades freely while the underlying ETH stays locked. Lido (lido.fi) is the dominant liquid staking protocol β€” issuing stETH for Ethereum staking. As of 2026, Lido controls roughly 28% of all staked Ethereum, totaling more than 9 million ETH. Users deposit ETH, receive stETH 1:1, and the stETH balance rebases daily to reflect accrued rewards. Lido charges a 10% fee on staking rewards (split between node operators and the DAO treasury). The protocol uses ~30 professional node operators distributed globally; concentration concerns have led the community to push for "DVT" (Distributed Validator Technology) to spread keys across multiple machines. Rocket Pool (rocketpool.net) takes a different approach β€” anyone with 8 ETH (lowered from 16 ETH after the Atlas upgrade) can run a node, with Rocket Pool topping up to 32 ETH from the rETH pool. Node operators stake additional RPL tokens as collateral against slashing. Users deposit ETH, receive rETH at a non-rebasing exchange rate that accrues value over time. Rocket Pool fees are 5–20% (operator-controlled) plus a small protocol cut. The decentralization story is stronger than Lido's β€” over 3,000 distinct node operators β€” but TVL is smaller (~1.2M ETH). Trade-offs vs native: (1) Convenience β€” deposits in seconds, no node operations, no minimum 32 ETH; (2) Liquidity β€” LSTs trade on DEXes (Curve, Uniswap), letting you exit without waiting in the protocol's exit queue; (3) Composability β€” stETH/rETH can be deposited as collateral on Aave, Maker, Spark, etc. for additional yield, though this adds liquidation risk. The trade-offs: (1) Smart contract risk β€” bugs in the staking contract can drain funds, with no recovery (Lido has been audited extensively but is not risk-free); (2) Depeg risk β€” stETH famously traded down to 0.94 ETH during the Three Arrows Capital and Celsius collapse in June 2022, recovering only after the Shapella upgrade enabled withdrawals in April 2023; (3) Governance / centralization β€” LDO and RPL token holders set parameters, and a hostile governance takeover could change incentives. Centralization concerns are real. Ethereum researchers including Vitalik Buterin have written extensively that Lido approaching 33% of total stake creates systemic risk β€” at 33%+ a coordinating actor can prevent finality, at 50%+ they can censor transactions, at 66%+ they can finalize fraudulent blocks. The Lido DAO has explicitly committed to a "self-limit" target but has not implemented hard caps. EigenLayer-based "restaking" adds yet another layer where LST holders can re-pledge tokens for additional yield β€” multiplying both rewards and slashing exposure. Educational only. The cryptocurrency staking landscape changes monthly. Read each protocol's documentation, recent audits, and governance forum before allocating. Not financial advice β€” past returns do not predict future yields. Consult a licensed advisor.

Tax Treatment of Staking Rewards (US/KR)

Staking rewards generate two distinct tax events in most jurisdictions, and confusing them is the most common compliance mistake among retail crypto holders. Get this wrong and you can owe tax on phantom income, miss legitimate cost-basis adjustments, or face penalties on amended returns. United States. The IRS issued Revenue Ruling 2023-14 (irs.gov) which definitively states that staking rewards are taxable as ordinary income at the time the taxpayer gains "dominion and control" β€” meaning the moment the rewards become spendable, transferable, or sellable. The fair market value (FMV) on the date of receipt becomes both the income amount and the cost basis for the rewarded tokens. When you later dispose of those tokens, capital gain or loss is computed against that cost basis. Lido's stETH rebasing model and Rocket Pool's rETH appreciating model trigger income at different moments per most tax practitioner readings β€” daily for Lido, on disposal for Rocket Pool β€” though IRS has not issued specific guidance on rebasing tokens. Forms involved: Schedule 1 (Additional Income) for the ordinary-income recognition; Schedule D and Form 8949 for the capital gain/loss when sold. The IRS expanded the digital asset question on Form 1040 starting tax year 2022, and brokers must issue Form 1099-DA starting in 2025 (originally 2024 β€” delayed). Self-custody stakers must track their own basis. Software like CoinTracker, Koinly, and TaxBit imports staking transaction histories, but the underlying tax positions are the taxpayer's responsibility. A landmark case to know: Jarrett v. United States. Joshua Jarrett sued the IRS in 2021 arguing that staking rewards he created via Tezos should be treated like crops or manufactured goods (taxable on disposal, not creation). The IRS issued him a refund without conceding the legal point, and the court dismissed for mootness. The IRS Revenue Ruling 2023-14 was issued partly in response and explicitly rejects the Jarrett theory β€” staking is taxable as income on receipt, not on disposal. Some tax attorneys believe the issue may eventually return to court, but as of 2026 the IRS position is binding for compliance purposes. Korea. South Korea has repeatedly delayed the implementation of cryptocurrency taxation. The Income Tax Act amendment originally scheduled crypto gains to be taxed at 20% (above a 2.5M KRW annual exemption) starting 2022, but successive deferrals have pushed implementation to 2027 (per the 2024 tax-law amendment). When implemented, staking rewards will likely be classified as "κΈ°νƒ€μ†Œλ“" (other income) under Article 21 of the Income Tax Act, taxed at the time of receipt at fair market value. The National Tax Service (NTS, hometax.go.kr) has issued informal guidance suggesting parallel treatment to U.S. rules, but until the law takes effect formal guidance is limited. International considerations: Germany's BMF treats staking rewards as taxable on receipt but offers a 1-year holding period exemption for the staked tokens themselves (zero capital gains if held > 1 year and not actively traded). The U.K. HMRC published guidance in 2022 distinguishing between "miscellaneous income" (most retail) and "trading income" (frequent commercial activity). Singapore taxes staking rewards as ordinary income for trading entities but typically not for hobbyist individuals. Australia's ATO treats rewards as ordinary income at receipt, similar to U.S. Practical compliance: keep timestamped records of every staking reward (timestamp, USD or local-currency FMV at that moment, the source protocol, and your wallet address). Use multiple data sources β€” exchange-reported numbers do not always match on-chain records. Reconcile annually before filing. This is educational only β€” not tax advice. Consult a CPA, tax attorney, or registered tax professional before filing returns involving staking activity.