The technology decentralizes validator operations by splitting the validator key into secure shares distributed across a group of independent nodes. These nodes then collaborate to perform duties like block proposing and attesting, eliminating reliance on a single machine.

This architecture aims to provide higher fault tolerance and improved uptime. Kraken said it also offers stronger protection against slashing risks caused by hardware or client-level failures by introducing geographic and client diversity.

“This milestone reflects Kraken’s longstanding commitment to technical excellence and operational security,” said Jonathan Marcus, Head of Strategy, Custody and Staking. He noted the deployment has “fundamentally improved the performance reliability” of its validators.

Alon Muroch, founder of SSV Labs, stated the integration enables clients to “securely participate in staking while actively supporting the Ethereum network.”

The move aligns with Ethereum’s broader goal of reducing central points of failure within its consensus layer. It allows Kraken to scale its enterprise-level staking operations without a proportional increase in operational risk. The announcement shared with Bitcoin.com News notes that the technology is now active across all of Kraken’s Ethereum staking infrastructure.

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