Cryptocurrency Staking — Yield and Conditions Comparison
Cryptocurrency staking: compare yield, lock-up type, and product parameters across venues.
USDC
Xt
APY 1.50%
USDT
Xt
APY 2.50%
XT
Xt
APY 4.00%
| Token | APR/APY | Duration | Platform | |
|---|---|---|---|---|
 ROSE | 3.50% | 60 days |  Kucoin | |
USDC | 5.20% | Xt | ||
USDC | 1.50% | 7 days | Xt | |
 ZORA | 5.09% |  Okx | ||
XT For new users | 100.00% | 7 days | Xt | |
 DASH | 4.70% | Xt | ||
 AR | 0.30% |  Bitget | ||
USDC | 4.80% | Xt | ||
DASH | 1.70% | Xt | ||
XT | 1.20% | Xt | ||
 GUN | 4.00% | Kucoin | ||
USDT | 4.20% | 90 days | Xt | |
 RAY | 0.50% | Bitget | ||
USDC | 4.20% | 90 days | Xt | |
XT | 4.00% | 90 days | Xt | |
USDC | 2.53% | 90 days |  Binance | |
USDC | 15.00% | Xt | ||
USDC | 4.50% | 35 days | Xt | |
XT | 5.00% | Xt | ||
DASH | 5.70% | Xt | ||
DASH | 1.30% | 30 days | Xt | |
DASH | 3.70% | 90 days | Xt | |
XT | 6.00% | Xt | ||
USDT | 2.50% | 30 days | Xt | |
USDT | 4.80% | Xt | ||
 INI | 50.00% | 45 days | Xt | |
XT | 3.00% | 30 days | Xt | |
USDT | 5.20% | Xt | ||
USDT | 12.00% | Xt | ||
USDT | 10.00% | Xt | ||
USDT | 5.66% | Xt | ||
DASH | 2.70% | 60 days | Xt |
Cryptocurrency staking: what the mechanism is
Staking is a way to earn rewards by committing digital assets to a Proof-of-Stake (or similar) network role, or by following rules set by a crypto platform. Rewards are typically paid in the same coin or in a protocol token, subject to product terms.
APR and APY describe yield differently: APR does not embed automatic reinvestment of rewards into the quoted formula, while APY reflects a reinvestment (compound) path as defined by the venue. Published numbers depend on platform policy, payout cadence, fees, and withdrawal rules.
Products are grouped into flexible (more freedom to exit) and fixed-term (a defined lock-up); fixed offers often show a higher headline rate in exchange for lower liquidity until maturity.
Risks and limitations
Staking yield is not a guaranteed contract: APR/APY can move with network parameters, reward competition, and platform policy.
- asset price volatility (a higher coin balance does not imply higher fiat or stablecoin value);
- lock-up schedules and early-exit constraints;
- network and service fees;
- counterparty risk when assets are custodied by an exchange or intermediary;
- smart-contract risk in DeFi;
- for native PoS staking—slashing and infrastructure outages.
Content on this page is informational and is not personalized advice or a solicitation to act.
Compound interest and reinvestment
Compound interest in staking appears when rewards remain in the position and participate in later accruals together with principal. With frequent compounding, the balance grows faster than under simple interest without reinvestment.
Outcomes are shaped by factors such as:
- reward payout frequency;
- fees on withdrawals or reinvestment;
- whether the venue auto-compounds or requires manual action;
- locks and operational limits.
Additional deposits usually start earning from their own entry date, so the realized path is often a sequence of segments rather than one flat rate.
Exchange staking and DeFi staking
Centralized venues often package staking behind a single interface; assets may be custodied by the operator, which adds a counterparty layer.
In DeFi, smart contracts encode rules; users keep more direct control over wallets and routes, while assessments include network fees, protocol upgrades, and composition with other services.
Rates for the same asset can differ across channels because reward models, fee shares, and distribution mechanics are not identical.
How Compare-DeFi lists staking offers
The table aggregates offers from multiple platforms: rows show the token, venue, rate (APR or APY depending on the upstream field), lock-up type, and other columns present in the feed.
Filters and sorting reshape the list; outbound links open the provider’s product page with its own terms and UI.
Estimating yield when the rate changes
If the quoted rate changes during the holding period, analysts often split the horizon into sub-periods with a constant rate inside each slice. For a simple illustration without intra-period reinvestment, segment yield can scale with the fraction of a year.
Example: 220,000 USDT for nine months; the first three months at 8% APR, the next three at 8.5%, the last three at 9% APR. Under those assumptions the simple interest-style accruals are 4,400 + 4,675 + 4,950 = 14,025 USDT over the stated intervals.
More involved cases—top-ups, partial exits, reinvestment mode changes, and fee layers—are also covered in the staking calculator section.
Frequently Asked Questions (FAQ)
Staking is a reward mechanism tied to locking or delegating crypto within a blockchain (often PoS) or within rules set by a decentralized protocol. Rates, payout cadence, and withdrawal paths are defined by the specific network or venue.
Widely referenced staking assets include Ethereum (ETH), Solana (SOL), Cardano (ADA), Polkadot (DOT), Cosmos (ATOM), and others supported on a given platform. The live list depends on integrations and regional availability.
- Flexible staking — products with a more open exit schedule; headline rates are often lower than fixed-term offers on the same venue.
- Fixed staking — a defined lock-up window in exchange for terms the venue describes as a higher rate or other benefits until maturity.
Risk stacks from custody (self-custody vs intermediary), product type (exchange, custodian, on-chain), jurisdiction, and network operations. Native on-chain staking and custodial programs differ in counterparty exposure and operational failure modes.
- APR — annualized rate without embedding automatic reward reinvestment in the quoted formula.
- APY — a figure that may include reinvestment (compounding) according to the venue’s methodology.
Realized outcomes still depend on accrual rules, fees, and rate changes over time.
Even when rewards accrue, portfolio value in fiat or stablecoins can move against you:
- Asset price — volatility of the underlying coin.
- Lock-up — inability to exit before maturity without penalties or at all.
- Operational events — fees, outages, exchange hacks, smart-contract issues, PoS slashing.
Each row reflects data from integrations—at minimum token, platform, yield as provided by the source, lock-up type, and a product link. Columns can expand as APIs and page layouts evolve.
Venues change rates and terms; Compare-DeFi updates aggregated values as new data arrives from upstream sources.