StorONE Arrays Adopt External Flash JBODs in Flash Program

Why It Matters

It lets organizations achieve flash‑level performance at a fraction of the cost, breaking the all‑flash price barrier and improving storage economics.

Key Takeaways

• 9x ROI program boosts effective flash capacity ninefold
• Auto-tiering moves hot data to SSD, cold to HDD
• No data reduction; relies on intelligent placement
• TierONE AI optimizes SSD/HDD usage, cuts costs >50%
• External flash JBODs integrate without application changes

Pulse Analysis

Enterprises have long faced a trade‑off between the speed of all‑flash arrays and the affordability of traditional HDD systems. StorONE’s 9x ROI on Flash program redefines that balance by coupling a conventional S1 array with external SSD JBODs, enabling real‑time auto‑tiering that dynamically shifts data based on live access patterns. This approach sidesteps the variability of inline compression, delivering consistent performance for hot workloads while relegating less‑frequent data to cost‑effective spinning disks.

The core of the offering is the TierONE feature introduced in version 3.9, which employs AI algorithms to monitor usage metrics and orchestrate data movement across tiers without manual intervention. Unlike VAST Data’s Amplify, which qualifies individual SSDs, StorONE’s solution operates at the enclosure level, allowing organizations to expand flash capacity simply by adding JBODs. The program promises up to nine times the effective flash storage without employing data reduction, relying instead on intelligent placement to maximize utilization.

From a business perspective, the program translates into substantial CAPEX savings and operational flexibility. Companies can achieve all‑flash performance for mission‑critical applications while keeping the bulk of their data on inexpensive HDDs, reducing overall storage spend by more than 50 percent for inactive data. As flash prices continue to decline and AI‑driven tiering matures, StorONE’s model may set a new benchmark for multi‑tier storage architectures, encouraging broader adoption of hybrid solutions across data‑intensive industries.