VAST Amplify aims to unlock stranded enterprise flash

VAST Data has launched a capacity optimisation programme called VAST Amplify, which it says can increase effective flash storage capacity from existing solid-state drives already deployed in customer environments.

The company positioned the programme against longer lead times and tighter allocation windows for storage components. It said organisations in Asia-Pacific face acute delays because the region hosts much of global memory manufacturing and consumer electronics assembly.

Supply pressures

VAST said constraints in SSD availability have made capacity planning more difficult. It also said shortages have highlighted inefficiencies in some data platform designs. It pointed to replication-heavy protection models, fragmented data stacks, and approaches that rely on overprovisioned flash.

VAST Amplify centres on identifying unused or underused SSD capacity across an organisation. It also includes steps to qualify and repurpose existing hardware and consolidate flash capacity into a single environment.

VAST said the programme can deliver "up to 6× or more effective capacity", depending on workload characteristics and the existing environment. It described the engagement as relevant for enterprises and service providers.

VAST also linked the announcement to increased storage demand from artificial intelligence systems. The company highlighted the shift from AI training workloads into higher-volume inference. It said emerging approaches that persist and reuse inference state, including key-value cache, add demand for fast storage.

Engagement phases

VAST said VAST Amplify follows a phased approach. The first phase, which it called Estate Intelligence, involves analysing the environment for underutilised SSD capacity, fragmentation across silos, and other sources of wasted capacity. The company said this waste can reduce effective capacity.

The second phase focuses on hardware qualification. VAST described this as a process to accelerate qualification of existing server and SSD configurations. It said customers can reuse installed flash and move towards production without waiting for new hardware allocations.

A third phase addresses consolidation and pooling. VAST said it works with customers to repurpose and consolidate existing SSD investments into a unified environment. It said this makes capacity globally accessible and dynamically allocated, rather than tied to server boundaries or legacy designs.

VAST also described an approach it called platform-level durability. It said the platform uses erasure coding rather than replication-heavy approaches. The company framed this as a way to increase usable capacity while maintaining resilience.

Another element relates to data reduction. VAST said it applies continuous, global reduction across the namespace. It described this as removing redundant patterns across the environment rather than within individual volumes.

VAST also described a write architecture that uses Storage Class Memory. It said random and bursty writes get absorbed in Storage Class Memory and then written to SSDs in larger sequential segments. VAST said this reduces write amplification and improves endurance. It also said it sustains low-latency performance without requiring overprovisioned flash.

Customer impact

VAST framed the programme as an alternative to delaying projects or rationing available capacity during a period of constrained supply.

"Storage scarcity is forcing organisations into impossible trade-offs - delay programs, ration capacity, or accept whatever allocation they can get," said Phil Manez, Vice President, GTM Execution at VAST Data. "With VAST Amplify, we're giving customers a practical alternative: reclaim the flash you already have, consolidate it into a modern architecture, and materially increase the usable capacity and performance you can deliver to the business," said Manez.

VAST said that by consolidating flash into a unified environment, customers can reduce the need for workload-by-workload capacity planning. It said a shared pool can serve multiple use cases.

The company listed examples that include data-intensive analytics, real-time pipelines, modern databases, and AI infrastructure use cases. It also highlighted repositories for model data and storage requirements associated with inference workloads.

VAST said VAST Amplify targets situations where organisations have SSD capacity that sits stranded across different systems. It said the programme focuses on consolidating that capacity and changing how it gets allocated across workloads.

VAST did not disclose pricing for the programme. It did not provide customer names tied to the launch. The company said the outcome varies based on workload characteristics and existing environments.

VAST said customers and partners can use the engagement to assess current flash utilisation, validate existing hardware configurations for reuse, and shift to a pooled model for capacity management as supply constraints continue to affect procurement cycles.