reducing the impact of compromise and providing a smaller attack surface. DISASTER RECOVERY Disaster recovery (DR) is a practice that every organization must have in place to recover from an event helps in the recovery of infrastructure environments as the entire environment and components we would have present are declaratively defined in our Git repository. So disaster recovery in case of such control over your production cluster, even if your production cluster is highly secure. DISASTER RECOVERY What happens when you need to recreate your cluster in the case of a total meltdown? How do

you also have a single source of truth from which to recover from disaster, reducing mean time to recovery (MTTR) from hours to minutes. How GitOps Boosts Business Performance: The Facts 7 5. Consistent performance was the time it takes to restore service following a failure – in other words, mean time to recovery (MTTR). GitOps is based on reproducibility, reducing both MTTR and the change failure rate (see

changes are auditable ● Standard roll-forward or backwards in the event of failure ● Disaster recovery is “reapply the current state of the manifests” ● Experience is “pushes and pull-requests” GitOps

have a single source of truth from which to recover after a meltdown, reducing your meantime to recovery (MTTR) from hours to minutes. 4. Higher Reliability 5. Increased Consistency and Standardization

the two types of locations. Reasons for running multiple clusters include multitenancy, disaster recovery, and isolation for the sake of security. Regardless of the reason, we now need to manage the life