The DRAM shortage is no longer your problem. Flash that works like memory.
gigaRAM is memory as a service: inexpensive flash works like DRAM. We replace up to 50% of expensive memory with no code changes and no loss of performance — and cut your infrastructure cost.
Where to start
Which fits you?
Pick a scenario — we'll show the relevant results, economics and next step.
The market situation
DRAM shortage and rising prices
Demand for memory is growing faster than it can be produced. Shortage and high DRAM prices will persist through 2030 — and they hit infrastructure budgets.
DRAM prices have doubled
In Q1 2026, memory contract prices rose 105–110% versus the end of 2025. The driver is demand from AI and cloud (Reuters, TrendForce).
The shortage is structural
Per IDC, DRAM output will grow just 16% in 2026 — below market demand. The shortage in consumer and server segments persists into 2027–2030 (IDC · TrendForce).
Data centers are hitting the ceiling
Utilization in major data-center hubs has topped 95%, with new grid connections paused for years. Memory and capacity are scarce at the same time (Data Center Dynamics).
In the press
The memory crisis isn't a forecast — it's a fact
Leading business and industry outlets are documenting the shortage and rising prices of memory and compute capacity across the data-center market.
The memory shortage is covered by
DRAM price growth in Q1 2026 vs Q4 2025
TrendForce
capacity utilization in major data-center hubs
DCD
DRAM output growth in 2026 — below demand
IDC
memory shortage persists in retail and data centers
IDC
Memory chip prices double as AI demand strains supply
Memory prices in Q1 2026 climbed 105–110% over Q4 2025; with retail inventory exhausted, sales of RAM and SSDs surged.
Read Bloomberg01/12/2026Data-center market: rising prices and capacity shortfall
Demand for GPUs, RAM and AI-ready sites is set for at least five more years, but high rates are slowing data-center projects.
Read TrendForce04/02/2026When will memory get cheaper again
Per IDC, DRAM output will grow only 16% in 2026 — below market demand; the shortage will persist through the end of 2027.
Read Tom's Hardware01/16/2026AI GPU shortage pushes the market toward alternatives
A global GPU shortage has deepened reliance on workarounds; the market is hunting for ways around the supply crunch.
Read The Register03/10/2026Commercial data centers: utilization above 95%
In major hubs, new grid-connection approvals are paused for years. A shortage of capacity, talent and reliance on imported hardware.
Read Data Center Dynamics05/14/2026The compute dead end: AI without capacity
The AI-GPU market keeps growing, but supply has tightened from thousands of servers to dozens amid vendor compliance.
ReadWhat this means for you
When buying more memory is expensive or impossible, the winner is whoever uses what they already have more efficiently.
gigaRAM solves this in software: inexpensive NVMe flash works like DRAM and replaces up to 50% of expensive memory with no code changes. You expand memory and cut infrastructure cost without waiting for the DRAM market to recover.
The solution
gigaRAM makes flash work like DRAM
gigaRAM embeds a layer below the operating system and attaches inexpensive NVMe flash as a RAM extension. The OS sees 2–4× more RAM — transparently to applications.
A layer below the application
gigaRAM runs a layer below the operating system as an extra memory tier. Applications need no changes at all.
Flash behaves like DRAM
Inexpensive NVMe flash is attached as a RAM extension. A predictive engine keeps hot data in DRAM.
The OS sees more memory
The operating system sees 2–4× more available RAM. Transparent to databases, virtualization and analytics.
Replaced by managed memory on NVMe — with no code changes.
Real load test when replacing 50% of RAM.
The predictive engine keeps hot pages in DRAM.
Demonstration
Memory efficiency in action
Using a Redis application as an example: gigaRAM frees half of physical memory via NVMe swap, losing only 5% of performance.
Redis: 500 GB physical RAM
A Redis app keeps its entire working set in expensive physical memory — 500 GB of DRAM at 100% utilization.
Let's talk
We'll show how gigaRAM delivers 2–4× more memory at half the cost — with no infrastructure swap. Let's discuss your workload and run a pilot.