Solutions — Zero-Knowledge Memory Infrastructure

Solutions

Memory infrastructure for zero-knowledge proving.

Two production-grade solutions that attack the ZK memory bottleneck from different angles — how proofs are processed, and how memory is allocated.

2: Core products
~120 MB: Proving footprint
O(1): Peak vs. circuit

Products

Two layers. One bottleneck.

Snark Stream controls how proofs are processed in memory. ZK Alloc controls how memory is handed out on the proving hot path. Together they make ZK proving predictable on hardware that previously couldn't run it.

Streaming zero-knowledge prover passing witness data block by block through a constant 120 MB memory channel — zk memory infrastructure

Snark StreamStreaming prover

Generate proofs in a constant 120 MB — never OOM again

A streaming SNARK prover that processes the witness sequentially, holding only a bounded working set in RAM. Proving that used to need many gigabytes now runs in a constant ~120 MB.

~120 MB

Constant proving footprint

O(1)

Peak memory vs. circuit size

Out-of-memory failures

Explore Snark Stream

zk-alloc arena memory allocator partitioning RAM into three regions for zero-knowledge proving — zk memory infrastructure

ZK AllocMemory allocator

An arena allocator built for the ZK proving hot path

ZK frameworks hammer the system allocator with millions of malloc/free calls. ZK Alloc replaces that with a purpose-built arena that partitions memory into three regions tuned for proving workloads.

Purpose-tuned arena regions

Heap fragmentation

Bump

Allocation in the hot path

Explore ZK Alloc

Shared properties

Built for production pipelines.

Bounded memory

Predictable ceilings you can plan capacity around.

Drop-in

Integrates with existing circuits and frameworks.

Open-source core

Built in the open, deployed in production.

Use case

Edge, mobile & IoT proving.

When peak memory holds at a megabyte-scale ceiling, zero-knowledge work moves off the server and onto phones, gateways and sensors — with private inputs staying on the device.

Edge & mobile ZK

Zero-knowledge proving on edge and mobile devices

Talk to us about your proving workload.

Tell us where memory is hurting your ZK pipeline. We'll show you which solution fits and how to deploy it.

Zero-Knowledge Memory Solutions