Geographically Distributed CockroachDB with OpenShift Raffaele Spazzoli Architect Keith McClellan Solutions Engineering, Cockroach Labs 1

Cloud Native Disaster Recovery 2 Concern Traditional Disaster Recovery Cloud Native Disaster Recovery Disaster detection and DR procedure trigger Human Autonomous DR Procedure Mix of automation and human actions Fully automated Recovery Time Objective (RTO) From minutes to hours Near zero (seconds) Recovery Point Objective (RPO) From zero to hours Zero Process Owner Often the storage team Application team Technical Capabilities From Storage Products (backups, volume sync) From networking products (east-west communication, global load balancer)

OpenShift and Cockroach Labs Infrastructure 3 Global LB (Route 53) Admin RHACM GLB Op Cluster 2 Cluster 3 Cluster 3 RHACM GLB Op RHACM GLB Op

OpenShift and Cockroach Labs Adding a Database 4 Global LB (Route 53) Admin RHACM GLB Op Cluster 2 Cluster 3 Cluster 3 RHACM GLB Op RHACM GLB Op CockroachDB Cluster

OpenShift and Cockroach Labs Simulating a Workload (tpcc) 5 Global LB (Route 53) Admin RHACM GLB Op Cluster 2 Cluster 3 Cluster 3 CockroachDB Cluster TPCC Client TPCC Client TPCC Client RHACM GLB Op RHACM GLB Op

OpenShift and Cockroach Labs Simulating a “Disaster” 6 Global LB (Route 53) Admin RHACM GLB Op Cluster 2 Cluster 3 Cluster 3 CockroachDB Cluster TPCC Client TPCC Client TPCC Client RHACM GLB Op RHACM GLB Op

References 7 ▸ RHACM ▸ Submariner ▸ CockroachDB ▸ Cluster Preparation ▸ CockroachDB DR demo

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