Automated Failover is a system’s inherent capacity to autonomously switch operational control from a primary component to a redundant, standby component when a fault or unavailability is detected in the active system. This capability is essential for maintaining continuous service and data integrity in critical infrastructure, including crypto trading systems.
Mechanism
The mechanism involves constant health checks and heartbeat signals between the primary and standby systems. Upon a confirmed failure of the active node, the automated failover system redirects incoming requests and workload to the pre-configured secondary resource. This often includes updating network routes and ensuring data consistency, thus minimizing downtime and preventing service disruption.
Methodology
The strategic deployment of automated failover supports high availability and resilience within crypto technology and institutional trading environments. This approach safeguards against single points of failure, ensures business continuity during hardware or software malfunctions, and protects against data loss, thereby preserving capital and maintaining market access for Request for Quote (RFQ) platforms and options trading systems.
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