How do you ensure high availability and disaster recovery for CLM?

How do you ensure high availability and disaster recovery for CLM?

• A. Robust infrastructure, backups, failover, and test DR plans; ensure deployment in redundant environments.
• B. Use backups only occasionally.
• C. DR plans but no testing.
• D. Single environment with no backups.

Answer: (A)

High availability and disaster recovery for CLM hinge on designing for redundancy and preparedness. The best approach combines robust infrastructure, regular backups, automatic failover, and validated disaster recovery plans deployed in redundant environments. This means your CLM deployment runs across multiple locations or availability zones, with health checks and load balancing so a failure in one path doesn’t bring the system down. Regular backups protect data and enable quick restores, while automated failover minimizes downtime by switching to a healthy replica when an issue occurs. Most importantly, the DR plans must be tested regularly so the team is confident in recovery steps, time estimates, and data recoverability in a real outage. Backups alone aren’t enough because data loss can occur between backup points, and a restore might fail or take longer than expected. DR plans that aren’t tested can reveal unaddressed gaps only during a real incident, leading to longer outages. Relying on a single environment with no backups offers zero resilience, so any failure could halt business-critical CLM operations. In practice for CLM, aim for cross-zone or cross-region redundancy, replicated databases and file stores, automated failover, proven restore procedures, and drills that simulate outages. Establish clear recovery objectives (RPO and RTO) and continuously validate them through regular disaster recovery exercises.

High availability and disaster recovery for CLM hinge on designing for redundancy and preparedness. The best approach combines robust infrastructure, regular backups, automatic failover, and validated disaster recovery plans deployed in redundant environments. This means your CLM deployment runs across multiple locations or availability zones, with health checks and load balancing so a failure in one path doesn’t bring the system down. Regular backups protect data and enable quick restores, while automated failover minimizes downtime by switching to a healthy replica when an issue occurs. Most importantly, the DR plans must be tested regularly so the team is confident in recovery steps, time estimates, and data recoverability in a real outage.

Backups alone aren’t enough because data loss can occur between backup points, and a restore might fail or take longer than expected. DR plans that aren’t tested can reveal unaddressed gaps only during a real incident, leading to longer outages. Relying on a single environment with no backups offers zero resilience, so any failure could halt business-critical CLM operations.

In practice for CLM, aim for cross-zone or cross-region redundancy, replicated databases and file stores, automated failover, proven restore procedures, and drills that simulate outages. Establish clear recovery objectives (RPO and RTO) and continuously validate them through regular disaster recovery exercises.