Nutanix NCP-DB study plan
Nutanix NCP-DB · Give each week a clear focus.
8 weeks · About 6 hours per week
Nutanix Database Service (NDB) Architecture and Components
Diagram the NDB control plane from memory: management plane, Era/NDB server, registered clusters, and the database server VM (DSVM) agent role
List each supported database engine family and explain how engine-specific profiles, software profiles, and network profiles combine at provisioning time
Explain the difference between a time machine, a snapshot, and a cloned database in NDB's data model, and where each object lives
Trace the request path from an API call or UI action through the NDB server to a DSVM operation on a managed cluster
Your checkpoint
A one-page hand-drawn architecture diagram with every component labeled and a 10-line written explanation of how a provisioning request flows end to end
Nutanix Database Service (NDB) Architecture and Components & Deployment, Installation, and Initial Configuration
Describe the prerequisites for registering a Nutanix cluster with NDB, including Prism Element credentials, networking, and storage container requirements
Sequence the installation steps for the NDB server VM and identify which configuration values must be decided before deployment
Explain how NDB discovers and registers database server VMs and what a DSVM needs to communicate with the control plane
Configure and validate an initial setup checklist covering DNS, NTP, VLANs, and IP address ranges used by database clones
Your checkpoint
A written pre-deployment checklist with at least 15 items, each marked as a hard prerequisite or a best practice, plus a short note on the failure symptom if it is missed
Database Provisioning and Cloning
Provision a single-instance database end to end by selecting profile, network, compute, and time machine settings, and record every choice made
Explain how clone creation differs from provisioning and why snapshot-based clones are fast while full copies are not
Compare the clone options available for a database (for example thin versus full copy and snapshot-based versus fresh) and state when each is appropriate
Identify which profile settings control storage placement and which control database parameter files
Your checkpoint
A provisioning runbook for one database engine that a colleague could follow without asking questions, including a table of every profile used and why
Database Provisioning and Cloning & Database Lifecycle Operations (Patching, Upgrades, Scaling)
Perform a patch operation on a managed database and describe how NDB stages the patch, applies it, and verifies success
Explain the difference between a database engine patch and a database engine upgrade in NDB terms and what pre-checks each requires
Describe how scale-up and scale-out operations change compute and storage and what the database engine must support
List the rollback or recovery options available when a patch fails partway through
Your checkpoint
A lifecycle operations matrix covering patch, upgrade, scale-up, and scale-out, with columns for prerequisites, expected downtime, rollback path, and the log or status field to check
Backup, Restore, and Point-in-Time Recovery
Explain how a time machine schedules snapshots and how retention policies determine which restore points remain available
Walk through restoring a database to a new clone from a chosen snapshot and state what happens to the original database
Describe point-in-time recovery: what log shipping or log capture is required, and what limits the recoverable window
Compare restore-in-place versus restore-to-new-clone and pick the correct one for three given outage scenarios
Your checkpoint
A backup and recovery decision tree with at least six branches, ending in a concrete restore action for each scenario
Clone Refresh, Snapshot Management, and Data Copy & Monitoring, Alerts, and Troubleshooting
Explain clone refresh: what it replaces, which source snapshot it uses, and how the refreshed clone keeps its identity and connections
Describe how snapshots are organized per time machine and how to identify the snapshot that backs a given clone
Set up alert and notification behavior in NDB and identify which events should trigger a page versus a ticket
Practice reading NDB operation logs and task status to diagnose a failed clone or failed restore
Your checkpoint
A troubleshooting log of at least five simulated or lab-observed failure scenarios, each with the symptom, the log or status location inspected, the root cause, and the fix
Access Control, RBAC, and Security & Monitoring, Alerts, and Troubleshooting
Map NDB roles and permissions to real job functions and explain the scope at which each role applies
Configure directory or identity integration and explain how authentication and authorization are separated
Describe how database credentials and secrets are stored and rotated and who can retrieve them
Identify the audit and activity records NDB keeps and how to use them to answer who did what and when
Your checkpoint
A role-to-responsibility matrix with at least five roles and a short written justification for each permission granted or withheld
Database Lifecycle Operations (Patching, Upgrades, Scaling) & Backup, Restore, and Point-in-Time Recovery & Monitoring, Alerts, and Troubleshooting
Review every missed practice question from weeks 1 through 7 and rewrite the underlying fact in your own words
Re-derive the lifecycle, backup, and troubleshooting matrices from memory and correct any gaps against your notes
Complete two timed full-length practice sets and record the domain breakdown of every incorrect answer
Rehearse explaining a failed patch and a point-in-time restore out loud in under three minutes each
Your checkpoint
A final one-page weak-spot sheet listing no more than 15 remaining gaps, each with the correct fact and the domain it belongs to
Milestones
Week 2: You can explain the NDB component architecture and the cluster registration prerequisites without notes, and your pre-deployment checklist is complete
Week 4: You have provisioned and cloned at least one database in a lab and can describe patch and upgrade pre-checks from memory
Week 6: You can choose between restore-in-place and restore-to-clone for a scenario and locate the log evidence for a failed operation
Week 8: Two timed practice sets are complete, each domain has a recorded accuracy figure, and your weak-spot sheet has 15 or fewer items