While slashing is a very rare occurrence on the Beacon Chain, it is imperative to take extreme measures to prevent such events.
22 Oct 2023, 10:08
While slashing is a very rare occurrence on the Beacon Chain, it is imperative to take extreme measures to prevent such events.
Learn how SSV improves upon slashing protection:
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322 Oct 2023, 10:08
Furthermore, having different, uniquely located operators grants the validator increased fault tolerance, which maximizes uptime.
Learn more about this at:
Furthermore, having different, uniquely located operators grants the validator increased fault tolerance, which maximizes uptime
Furthermore, having different, uniquely located operators grants the validator increased fault tolerance, which maximizes uptime.
Learn more about this at:
22 Oct 2023, 10:08
With SSV's cluster size of 4, this protection is magnified by an order of magnitude.
If a slashable event were to ever arise, consensus within the operators managing the validator will simply not agree upon that duty, rendering the validator safe from any slashings.
With SSV's cluster size of 4, this protection is magnified by an order of magnitude.
With SSV's cluster size of 4, this protection is magnified by an order of magnitude.
If a slashable event were to ever arise, consensus within the operators managing the validator will simply not agree upon that duty, rendering the validator safe from any slashings.
22 Oct 2023, 10:08
How does SSV improve this?
By default, every validator client comes with a slashing database, which keeps historical data of blocks and attestations, to ensure a slashable offense won't be signed in the future.
How does SSV improve this.
How does SSV improve this?
By default, every validator client comes with a slashing database, which keeps historical data of blocks and attestations, to ensure a slashable offense won't be signed in the future.