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HBIS GROUP Serbia Iron & Steel llc, Belgrade

Running two backup platforms in parallel during a vendor transition is never simple, especially with limited storage headroom. i2Backup's deduplication and agentless approach for our FC environment gave us the flexibility to migrate at our own pace, without putting our critical systems at risk.
IT Operation Team

Overview

Customer: HBIS Serbia

Country: Serbia

Industry: Construction

Solution: i2Backup, i2UP

HBIS Serbia runs critical business systems on Fibre Channel (FC) infrastructure, supported by China Telecom Europe. As part of a broader infrastructure modernization effort, the company began transitioning away from its previous backup vendor to Info2soft’s i2Backup platform.

Because the migration involved business-critical systems, HBIS Serbia could not simply switch providers overnight. The two backup platforms needed to operate in parallel for a transitional period, ensuring continuous data protection throughout the changeover without disrupting daily operations.

Customer Challenges

  • Critical business systems were deployed on FC infrastructure, with more than 60 TB of backup data to manage.
  • The migration required both the legacy backup platform and Info2soft’s solution to run simultaneously for a period, adding operational complexity.
  • Storage capacity was tightly constrained, leaving no room for redundant or inefficient backup data.
  • Backup and retention policies had to be strictly enforced despite the limited available space.

Solution

  • i2Backup‘s agentless backup support for FC platforms allowed data protection to be deployed without adding agent overhead to critical systems, simplifying coexistence with the legacy vendor.
  • Synthetic backup combined with deduplication and compression reduced the overall backup volume, directly addressing the storage capacity constraints.
  • i2UP provided centralized management of all virtual machine backup tasks, giving administrators a single point of control across the environment during the transition.
  • Mission-critical VMs were assigned higher-frequency, higher-priority backup policies to protect recovery point objectives (RPO) for the most sensitive workloads.
  • The architecture was designed to support stable, parallel operation of both backup platforms, allowing a phased cutover rather than a disruptive one-time switch.

Results

  • Enabled a smooth, low-risk transition away from the legacy backup vendor without interrupting protection of critical systems.
  • Reduced backup storage footprint through deduplication and compression, easing pressure on limited capacity.
  • Simplified administration by consolidating VM backup management into a single centralized platform.
  • Strengthened data protection for mission-critical workloads through tailored, higher-frequency backup policies.
  • Maintained compliance with existing backup and retention policies throughout the migration period.
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