AI Infrastructure

The memory layer
for AI inference.

KV Cache builds high-performance infrastructure for LLM inference.

Reuse computation. Reduce redundant work. Scale inference further.

01The problem

AI is getting smarter.
Inference is getting heavier.

As context windows grow and AI applications become more sophisticated, inference requires more computation and more memory.

Repeated work becomes expensive.

The next generation of AI infrastructure needs a better memory layer.

01
More context

Larger context windows create richer AI experiences.

02
More compute

Longer workloads increase inference pressure.

03
More memory

Efficient memory management becomes critical at scale.

02Technology

Cache once.
Reuse everywhere.

KV Cache stores and intelligently manages key-value cache data across the inference pipeline, reducing unnecessary recomputation and making memory available where it matters most.

Stage 01
"Summarise the
following document…"

Prompt

User context enters the inference pipeline.

Stage 02

Prefill

Compute the initial KV cache.

Stage 03

KV Cache

Store and manage reusable context.

Stage 04

Decode

Reuse cached context for subsequent tokens.

03Infrastructure

Built for scale.
Designed for performance.

01

KV Cache Management

Intelligent eviction, placement and lifecycle control.

02

Distributed Cache

Scale cache infrastructure across nodes and availability zones.

03

Predictive Prefetch

Anticipate demand and load data before it is needed.

04

Cache Compression

Fit more useful context into available memory.

05

Inference Optimization

Reduce unnecessary work and maximize useful compute.

04Performance

Less recomputation.
More inference.

Efficient cache management can reduce redundant computation, improve memory utilization and help inference infrastructure serve more useful work at scale.

Illustrative benchmark Demo values for visualization only. Not measured company performance.
Useful work per requestrelative
Traditional inference
KV Cache
GPU utilizationrelative
Traditional
KV Cache
Time to first tokenlower is better
Traditional
KV Cache
Throughput

Higher useful throughput with less redundant computation.

Real benchmark data will replace this illustration when available.

05Architecture

From chips to clusters.
One cache fabric.

KV Cache connects the fast memory, inference workers and model-serving infrastructure into a coordinated cache layer.

The result is a system designed around reuse rather than repeated work.

06Why KV Cache

Infrastructure should remember what it already knows.

Reuse

Avoid repeating expensive computation.

Orchestrate

Move cache intelligently across the infrastructure stack.

Scale

Build inference systems that grow with demand.

07For engineers

Infrastructure your models don't have to think about.

KV Cache is designed to fit into modern inference stacks without forcing application teams to rebuild their systems.

  • API-first architecture
  • Observability
  • Distributed operation
  • Memory-aware placement
  • Configurable eviction
  • Production monitoring
08Contact

Let's talk about your inference stack.

Tell us about your workloads, infrastructure and requirements. We reply to every enquiry within one business day.

  • 01Describe your current inference setup and what you want to improve.
  • 02An engineer reviews your enquiry and gets back to you directly.
  • 03We arrange a technical conversation, not a sales pitch.
Let's build what's next

Build the next generation of AI inference.