Your database on half the expensive DRAM — with no loss of performance
gigaRAM replaces up to 50% of physical memory with a managed tier on NVMe and access prediction. The application stays the same, and in a real Redis test performance even went up.
What you get
Cheaper than running DRAM yourself
Memory cheaper than physical RAM
Expensive DRAM is replaced by a managed tier on NVMe. CAPEX on memory purchases turns into predictable OPEX.
No application rewrites
Redis, PostgreSQL, and in-memory caches run as-is — to the application, gigaRAM looks like ordinary RAM.
We take on the risk
Free demos and a pilot that measures savings and SLOs before you buy. You pay for the rollout only after the pilot.
Results by database
Redis and PostgreSQL
Redis
Real load test48 vCPU, 50M keys of 16 KiB, 5M requests. On pure read-only GET the impact is more noticeable — validated by a dedicated SLO test during the pilot.
PostgreSQL
Projected estimate (conservative)Replacing 40% of memory used for the buffer cache. PG is more memory-sensitive, so this estimate is deliberately conservative and confirmed by a pilot on your workload.
How it works
Transparent to your database
Application
The database accesses memory as usual — code and configuration unchanged.
gigaRAM predictive engine
Predicts accesses with 97.6% accuracy and keeps “hot” pages in DRAM.
Memory
Part is fast DRAM, part is an affordable managed tier on NVMe.
We take the cost, the expertise, and the risk off your hands: first a free measurement of savings and SLOs on your workload, and only then a conversation about rollout.
Let's measure the savings on your database
Free demos and a pilot: a benchmark on your profile, a measurement of savings and p99/SLOs before you buy.