Project Name:The Data Center Colocation and MigrationProject
TASKS & DUTIES:
Remove all existing NetBackup software from backup clients, including binaries, services, and legacy configuration files. Ensure that uninstallation scripts run successfully and cleanly on each asset. Capture uninstallation logs for internal review. Validate system state post-removal.
Identify, catalog, and prepare all host systems for Commvault deployment. Organize systems by OS, location, business criticality, and backup type. Preconfigure DNS entries, firewall rules, routing, and name resolution dependencies to ensure Commvault infrastructure components (CommServe, Media Agents, Index Servers) can establish secure connectivity with each client node. Validate that time synchronization, storage mounts, and network segmentation are correctly applied per zone.
Push Commvault v11.28+ client software to all 3000+ backup clients. For Windows systems, leverage SCCM or PowerShell; for Linux/Unix, use shell scripts or Ansible; for Solaris and AIX, utilize OS-native install tools (SMIT, pkgadd, etc.). Confirm installation logs are captured and parsed. Check for port 8400/8403 reachability and CommServe handshake. Enable verbose logging during installation to aid in troubleshooting. Confirm that the Commvault Client services start successfully and remain active.
Register each client with the CommServe and assign it to appropriate client groups. Perform detailed communication validation: run cvping, test TLS handshakes, validate firewall traversal and load balancing via Media Agent routing. Establish backup sets, sub clients, and assign clients to plans that match their data classification (e.g., File System, DB2, VMware, Oracle, NDMP, Exchange). Use IP-level tracing and proxy rule checks to ensure full route availability across data center segments.
Breakdown of Task 2–4 by OS Type:
a. Windows (Windows Server 2012, 2016, 2019, 2022):
Remove NetBackup client software.
Clean up leftover registry keys and installation folders.
Push Commvault agent via SCCM or manual install.
Configure file system and SQL agent as applicable.
Run test backup and restore for verification.
b. Red Hat Enterprise Linux (RHEL 6, 7, 8, 9) and CentOS:
Uninstall NetBackup RPM packages.
Verify all NetBackup daemons are terminated.
Deploy Commvault client via Linux utilities.
Configure FS agent and database agent (Oracle/DB2, Informix, Postgress).
Validate client registration.
c. AIX (7.1,7.2, 7.3):
Remove NetBackup client packages
Remove all Netbackup directories.
Install Commvault client using SMIT or shell script.
Apply FS and database agent configuration.
Configure FS agent and database agent (Oracle/DB2, Informix, Postgress).
Test backup and restore.
d. Solaris (10, 11):
Remove NetBackup program.
Remove service startup scripts and rc links.
Deploy Commvault client.
Configure legacy filesystem and Oracle workloads.
Configure FS agent and database agent (Oracle/DB2, Informix, Postgress).
Perform test backup and restore.
e. VMware (6.7, 7.0, 8.0):
Remove NetBackup snapshot tools from vCenter plugin.
Deploy Commvault VSA proxy appliance or install agent where necessary.
Configure VSA backup plan per vCenter and datastore.
Run test backup and perform synthetic full test.
Translate and recreate all NetBackup policies in Commvault. For each policy, replicate full/incremental/differential frequency, retention periods, deduplication enablement, and encryption parameters. Ensure storage tiering matches agency archival requirements and compliance policy (e.g., short-term local, long-term cloud).
Retrieve deduplicated backup images from NetBackup MSDP/AdvancedDisk. Rehydrate images to disk where needed. Use Commvault Auxiliary Copy jobs or newly defined synthetic full backups to ingest recovered data into Commvault. Verify data integrity post-ingestion using checksum validation and cross-reference with NetBackup catalog.
Schedule new backup windows in Commvault and enable backup operations for each client. Confirm successful job execution before fully stopping NetBackup backups. For critical systems, configure temporary shadow backup overlap (both systems) to ensure zero data loss.
Remove all NetBackup jobs, backup policies, client entries, storage unit definitions, and deduplication volumes from NetBackup after Commvault validation. Perform NetBackup catalog cleanup and unregister clients from OpsCenter and Master Server. Ensure clients no longer initiate NetBackup daemons.
Enable hands-on onboarding for support and engineering teams. This includes navigation of Commvault Command Center, subclient handling, job monitoring, job and SLA dashboards, restore workflow validation, and policy tuning. Teams will assume full operational control post-handover.
Tape Migration – SL8500 Tape Library (LTO-3 to LTO-9):
Review and validate master inventory of all NetBackup-managed offsite tapes (LTO-3 through LTO-9). Reconcile barcode and catalog records to physical records to identify any missing or misclassified volumes. Ensure all metadata is correctly aligned with on-tape image details.
Coordinate offsite tape recalls from Iron Mountain or equivalent provider. Establish a rotation plan for safe handling and physical transport of tape sets. Include scheduled delivery windows, handling instructions, and chain-of-custody logs for all shipments.
Upon receipt of each shipment, insert tapes into SL8500 drives to verify mechanical integrity and readability. Scan barcodes, test mount operations, and validate media labeling against expected NetBackup catalog entries.
Restore required backup images from legacy LTO tapes to temporary disk storage. Prioritize data sets based on age, legal retention value, and agency workload relevance. Use standard NetBackup recovery tools with mount and recover jobs for image extraction.
After image extraction, ingest restored data into Commvault using appropriate backup import methods. Apply retention tagging and classification metadata to align with Commvault policies. Label contents for future archival, compliance, or legal access.
Transfer selected long-term retention data from staging disk into S3-compatible storage targets using Commvault Cloud Library. Targets include AWS S3, Glacier, Deep Archive, or NetApp StorageGRID, depending on policy classification.
Apply compliance-level security controls such as WORM (Write Once Read Many), immutability, encryption-at-rest, and legal hold were mandated by policy. Ensure that all regulatory controls applicable to legacy tape workflows are preserved in Commvault.
Decommission legacy NetBackup tape infrastructure after data has been secured. This includes powering down unused tape drives, applying scratch policies to recyclable media, degaussing or destroying expired media, and offboarding the tape robots from operations.
Record all operations tied to tape media recovery and import processes, including rehydration logs, client job status, image verification checks, and Commvault asset ingestion results. Correlate these records by tape generation and original backup source.
Perform a final system-wide integrity verification in Commvault CommCell. Confirm full job coverage across new disk and cloud retention tiers, validate alert channels, ensure SLA job success rates meet thresholds, and that operational reporting meets agency audit expectations.
REQUIRED SKILLS
4+ years of experience in enterprise backup and storage management.
4+ years of experience in Monitor backup operations for both NetBackup and Commvault environments.
4+ years of experience in Collaborate with internal IT teams and vendors to ensure successful integration of backup infrastructure with production systems.
4+ years in Provide documentation, standard operating procedures (SOPs), and training for internal teams. Communicate progress, risks, and milestones to stakeholders and leadership.
4+ years in Hands-on experience with MSDP, media servers, tape libraries, and backup monitoring platforms like Helios.
2+ years in cloud backup solutions and enterprise storage tiering.
If you are interested in getting more information about this opportunity, please contact Irina Rozenberg Recruiting@arielpartners.com at your earliest convenience. At Ariel Partners, we solve the most difficult problems that inhibit technology from enabling our customers to achieve their goals. Our vision is to be recognized by our stakeholders as an elite provider of IT solutions, so when they have their biggest challenges, we are on their short list. We are looking for team members who share our values of: Integrity to do the right thing even when it hurts; Commitment to the long-term success and happiness of our customers, our people, and our partners; Courage to take on difficult challenges, accept new ideas, and accept incremental failure; and the constant pursuit of Excellence. Ariel Partners is an Equal Opportunity Employer in accordance with federal, state, and local laws.