Master Hitachi Universal Replicator — covering HUR architecture, internal operations, performance considerations, CCI setup, CLI-based pair management, Ops Center Protector GUI operations, three data centre (3DC) configurations with GAD and Delta Resync, and structured troubleshooting using logs and CLI diagnostic commands for production async replication environments.
HQT-6714 covers the full lifecycle of Hitachi Universal Replicator management. Beginning with HUR features, internal asynchronous replication operations, and performance considerations, the curriculum advances through CCI-based setup, CLI pair management, and Hitachi Ops Center Protector GUI configuration and operations.
Advanced modules address three data centre (3DC) configurations — including HUR in a Global-Active Device environment with Delta Resync — and a dedicated troubleshooting module covering logs, failure impact analysis, and CLI diagnostic commands. Together these modules provide the complete HUR skill set for enterprise async replication environments.
Hitachi Universal Replicator's asynchronous journal-based replication capability is fundamental to enterprise DR strategies at extended distances — where synchronous replication is not feasible.
HUR's journal-based asynchronous replication enables disaster recovery replication over extended distances without the latency constraints of synchronous replication — essential for geographically distributed enterprise DR strategies.
HUR's three data centre configurations with GAD and Delta Resync provide the multi-site resilience required for organisations with zero-data-loss requirements at one site and extended-distance DR at a second remote site.
Hitachi Ops Center Protector GUI management of HUR simplifies policy-based replication management, reducing the operational complexity of managing journal volumes, pair states, and failover procedures at scale.
Structured HUR troubleshooting skills — using logs, failure impact analysis, and CLI diagnostics — enable rapid resolution of replication incidents before they impact recovery point objectives.
Describe HUR features, characteristics, internal async replication operations, and performance considerations for enterprise VSP deployments.
Set up Hitachi Universal Replicator and configure CCI components for CLI-based HUR pair management in production environments.
Perform HUR operations using CCI commands for pair creation, management, and status monitoring from the command line.
Configure Hitachi Ops Center Protector for HUR and manage Universal Replicator operations using the Protector GUI interface.
Describe and configure HUR three data centre (3DC) topologies, including GAD + HUR environments with Delta Resync for multi-site resilience.
Troubleshoot HUR problems using logs, failure impact analysis, and CLI diagnostic commands to maintain replication health and RPO compliance.
Open a module to explore the objectives. Only one module stays open at a time for clean navigation of this technical syllabus.
Engineers who configure and manage HUR async replication pairs for enterprise DR, using CCI and Ops Center Protector in Hitachi VSP environments.
Architects designing multi-site DR strategies using HUR 3DC configurations, GAD integration, and Delta Resync to meet extended-distance RPO requirements.
Support specialists who troubleshoot HUR replication incidents, interpret failure logs, and use CLI diagnostics to restore replication health and RPO compliance.
Operations teams monitoring HUR pair states, managing journal volumes, and executing failover and failback procedures during planned and unplanned DR events.
Explore all six modules and speak with Zetlan Technologies about the right learning path for your async replication and enterprise DR goals.