Using Object First with Veeam Recovery Orchestrator

As organizations face increasingly sophisticated cyber threats and growing demands for business continuity, having a reliable and automated disaster recovery strategy has become essential. By combining Object First’s ransomware-proof immutable storage with Veeam Recovery Orchestrator’s automated recovery capabilities, organizations can create a highly resilient recovery framework that ensures backup integrity and accelerates recovery operations. Object First serves as a secure, immutable repository that protects backup data from accidental deletion, malicious modification, and ransomware attacks, while Veeam Recovery Orchestrator automates recovery testing, failover execution, compliance reporting, and disaster recovery runbooks. Together, these solutions provide a powerful end-to-end recovery platform that enables businesses to confidently recover critical workloads, validate recovery readiness, and meet stringent recovery time and recovery point objectives (RTOs and RPOs) during planned or unplanned outages.

Why use Object First with Veeam Recovery Orchestrator?

Object First can replace traditional disk and tape libraries, serving as the primary “Restore Plan” source within Veeam Recovery Orchestrator. The OOTBI (Out-of-the-Box Immutability) appliance is a purpose-built, S3-compatible appliance designed specifically for Veeam.

Veeam Recovery Orchestrator Role: Manages the “process”. It automates the steps of turning on DR servers, verifying networks, and documenting the failover.

Object First Role: Object First provides the “data” (the immutable backups) and the speed. It ensures the backup files are uncorrupted and available at high IOPS for rapid mounting.

At a high level:

  • Object First (OOTBI) = Immutable backup storage layer
  • Veeam Backup & Replication (VBR) = Backup + restore engine
  • Veeam Recovery Orchestrator (VRO) = Automation, testing, and DR execution

Object First provides S3-compatible, absolutely immutable storage where backup data cannot be altered or deleted even by admins.

VRO then orchestrates recovery workflows using those backups:

  • Validates restore points
  • Executes failover runbooks
  • Automates VM/app recovery in DR or clean room environments

Think of it like:

  • Object First = “vault of truth” (untainted backups)
  • VRO = “automated recovery conductor”

Reference Architecture

How Failover Works with Object First + Veeam Recovery Orchestrator

1. Pre-Failover Validation

  • Veeam Recovery Orchestrator performs:
    • Backup availability checks
    • Dependency mapping (apps, DBs, VMs)
    • Clean restore point validation (malware scanning, YARA)
  • Object First ensures:
  • Veeam backs up VMs directly to the Object First S3 bucket with immutability enabled.
  • Restore points are guaranteed intact and untampered

2. Recovery Plan Execution

Depending on design, Veeam Recovery Orchestrator executes one of these:

A. Backup-Based Recovery (Object First-driven)

  • Veeam Recovery Orchestrator triggers restore from Object First via Veeam Backup & Replication
  • Options:
    • Instant VM Recovery
    • Full VM restore
    • File/app recovery

B. Hybrid (Replica + Backup fallback)

  • Primary: VM replicas
  • Fallback: Object First backups if replicas compromised

3. Infrastructure Bring-Up

VRO automates:

  • VM registration in DR
  • Network remapping
  • Boot sequencing (e.g., AD → DB → App → Web)

This is similar to storage-based failover steps where VMs are registered and powered on in DR.

4. Clean Room Recovery (Critical Use Case)

  • VRO spins up isolated environment
  • Restores from Object First
  • Runs:
    • Malware scans
    • Integrity checks

Only a verified clean workloads are promoted.

5. Post-Failover Actions

  • Reporting & audit logs
  • SLA validation (RTO/RPO)
  • Optional re-protect (reverse replication)

Key Use Cases & Examples

Example 1: Ransomware Recovery (Most Important)

Scenario:

  • Production and replicas are encrypted
  • Backup infrastructure compromised

With Object First + VRO:

  1. Backups in Object First remain immutable
  2. VRO identifies last clean restore point
  3. Spins up clean room
  4. Validates workloads
  5. Orchestrates failover to DR

Outcome:

  • Guaranteed recovery path even after full compromise

Example 2: Automated DR Drill (Compliance)

Scenario:

  • Quarterly DR testing required

Workflow:

  1. VRO triggers test plan
  2. Restores VMs from Object First (isolated)
  3. Runs validation scripts
  4. Generates audit report

Benefit:

  • No impact to production
  • Proof of recoverability

Example 3: Hybrid DR Strategy (Replica + Immutable Backup)

Architecture:

  • Tier 1 apps → replicas
  • Tier 2/3 apps → Object First backups

Failover Logic:

  • VRO runbook:
    • Try replica failover first
    • If replica fails → restore from Object First

Benefit:

  • Cost-efficient DR with fallback safety

Example 4: Cloud-Based DR

  • Object First on-prem stores backups
  • VRO orchestrates recovery to:
    • VMware DR site
    • Azure (via Veeam)

Enables:

  • On-prem → cloud failover using immutable backups

Benefits of Object First & Veeam Recovery Orchestrator Integration

Security

  • Zero-access, immutable backups prevent tampering. This prevents the DR server from accidentally deleting or modifying production backups during the chaos of a disaster. The data remains immutable and safe.

Fast Recovery

  • High ingest + optimized for instant recovery workloads

Automation

  • VRO eliminates manual DR steps with runbooks

Compliance

  • Built-in reporting and audit evidence

Continuous Testing

  • Non-disruptive DR drills

Limitations / Considerations

Be realistic, this setup is powerful but not magic:

No Native Storage Failover

  • Object First is backup storage, not replication storage
  • Recovery = restore-based (not instant failover like SAN replication)

Performance Depends on:

  • Network throughput
  • DR compute capacity
  • Backup size

Requires Proper Design

  • Need to ensure the following as properly done:
    • SOBR configuration
    • Proper retention/immutability settings
    • Runbook design in VRO

Best Practices

  • Use Object First as primary immutable repository
  • Enable immutability for full retention period
  • Design application-aware runbooks in VRO
  • Always include:
    • Clean room validation step
    • Fallback recovery paths
  • Test DR plans regularly using VRO automation

Final Thoughts

Using Object First with Veeam Recovery Orchestrator transforms DR from “hope it works” into “provably recoverable.”

  • Object First guarantees data integrity
  • VRO guarantees execution and automation

Together, they deliver:

  • Ransomware-resilient recovery
  • Fully automated DR failover
  • Audit-ready compliance

Published: June 15, 2026 4:10pm

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