Cache, database, compute, networking, storage, and 30 more services — built on a lock-free architecture from first principles. One platform. No mutex. No bottleneck.
Drop-in replacements for the tools you already use — Redis, S3, Lambda, DynamoDB, Kafka, and more. Same APIs. Fundamentally different performance.
Lock-free in-memory cache with fractal compression. Every byte works harder.
Replaces RedisKey-value and document storage with atomic operations at every layer.
Replaces DynamoDBS3-compatible storage with built-in compression. Store more, pay less.
Replaces S3Functions that cold-start in microseconds, not milliseconds.
Replaces LambdaCompressed vector storage with sub-millisecond similarity queries.
Replaces PineconeEvent streaming with lock-free pub/sub and persistent message logs.
Replaces KafkaIdentity management, API keys, and encrypted secret storage.
Replaces VaultAPI gateway, DNS, service mesh, and rate limiting in one layer.
Replaces KongMetrics, logs, and traces with fractal-compressed retention.
Replaces DatadogNot incremental improvements. A different approach to how computers use hardware.
One thread grabs the mutex. The others wait. On a 192-core machine, that's 191 cores sitting idle — 99.5% of your hardware, doing nothing.
We deleted that. Nothing in our stack ever waits for anything else. Every core does useful work, every cycle. The performance difference isn't a percentage. It's orders of magnitude.
Then we compress values into XOR deltas that fit in L3 cache — so the cores go even faster. The two inventions compound.
Zero mutex, zero RwLock, zero spinlock. Pure atomic CAS operations. The binary will not compile if there is a lock.
Every value is XOR-delta compressed as it moves through memory — lossless, single-cycle, no separate compression step. Data is smaller in flight than at rest.
The entire platform compiles to one Rust binary. No JVM, no containers, no orchestration layer. Deploys in seconds.
Traditional systems slow down with more cores due to lock contention. Ours scales linearly. More cores, wider gap.
Three deployment models. Same architecture. Same performance.
Point your workloads at our API. Drop-in compatibility with Redis, S3, Lambda, and more. Five minutes to first request.
Request access →Dedicated capacity, SLA guarantees, observability, and compliance. Run alongside your existing cloud or replace it entirely.
Talk to us →On-premise or air-gapped deployment. Full data sovereignty. Built for defense, energy, water, and national infrastructure.
Learn more →We're onboarding early partners now. If you're building something where performance actually matters, we should talk.