Proof-of-Stake (POS) consensus
Proof-of-Stake replaces mining hardware with capital at risk. Instead of burning electricity to win the right to add a block, validators lock up coins as collateral; if they sign conflicting or invalid blocks, part of that stake is destroyed. The result is a network that reaches the same finality guarantees at a small fraction of the energy cost.
The trade-offs are real and worth understanding before you stake. Capital concentration matters more than hash-rate concentration, because stake compounds - large validators earn rewards that increase their future weight. Unstaking is rarely instant: most chains impose a bonding period of days or weeks during which your coins cannot be sold. And "slashing" is not theoretical; validators lose funds to misconfiguration far more often than to malice.
Here you will find explanations of how PoS variants differ, along with reviews of specific proof-of-stake networks and what their validator economics look like in practice.
| Guide | Getting coins back | Slashing risk for delegators |
|---|---|---|
| Ethereum (ETH) | Exit through the validator queue, whose length changes with demand | Yes, for validators |
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