Some conflicting validator actions can be proven and penalized by the protocol.
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Signing contradictory official statements can have a more serious consequence than missing a meeting.
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Receive, check and share across independent nodesStep 1 / 4
A node receives a proposed transaction or block-related message. Receipt is not the same as accepting its claims.
A node receives a proposed transaction or block-related message. Receipt is not the same as accepting its claims.The node checks the relevant authorization and protocol rules. Popularity does not make an invalid state transition valid.Valid candidate data can propagate to peers. Connections and timing differ, so there is no perfect simultaneous worldwide view.Peers validate under the same protocol rules. This illustration is about verification and propagation, not a complete proof-of-stake consensus algorithm.
Animated local teaching model. No wallet, RPC or live blockchain data. Some labels and hashes are abbreviated for readability.
A specified evidence condition
Slashing applies to particular provable misconduct, such as defined conflicting proposal or attestation behavior. It is not an informal moderator ban based on whether someone dislikes a validator.
Key operation matters
Running the same validator signing material incorrectly across systems can create conflicting signatures. A redundant setup needs a safe signing design rather than simply copying keys and starting both machines.
Consequences depend on protocol rules
A slashed validator faces penalties and lifecycle effects under the mechanism. Correlated behavior can affect consequences. Avoid replacing those rules with one universal loss percentage in a beginner explanation.
Differentiate absence
Missing a duty because a machine was offline can lead to ordinary penalties without satisfying a slashing condition. Both matter operationally, but they are not interchangeable terms.
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Is slashing simply another word for every offline penalty?
Slashing concerns specific provable behavior under consensus rules.