From Compromise to Advantage: Building Infrastructure on Integrated Deduplication highlights why deduplication is more than a checkbox feature and why scope and placement determine real-world outcomes.
Key insights: bolt-on dedupe adds CPU, RAM, and WAN overhead; array-level dedupe only delivers capacity savings; and true native, inline, global deduplication improves performance, accelerates DR, and simplifies operations.
Learn why infrastructure-wide deduplication is critical for organizations planning a VMware exit.
Key highlights:
- Bolt-on or “integrated later” dedupe creates hidden costs: parallel metadata, rehydration, and wasted CPU/RAM
- Array-level dedupe typically stops at capacity savings, offering no improvement to DR speed, WAN efficiency, or operations
- Native, inline, global deduplication removes duplicates before they consume resources and applies efficiency across storage, hypervisor, and network
- Global scope means only unique blocks traverse the WAN-reducing bandwidth costs and accelerating disaster recovery
- Infrastructure-wide dedupe simplifies operations with one metadata model across production, backup, and DR sites
For organizations exploring a VMware exit, this paper explains how to evaluate deduplication as a platform capability-not a feature checkbox-and why VergeOS delivers deduplication without compromise.
Download the full paper to see how VergeOS transforms deduplication into a true infrastructure advantage: https://www.verge.io/building-infrastructure-on-integrated-deduplication-vmb/
