Drop-in gateway. Works on any frozen model. Quality guaranteed.
The Problem
Every token through every layer. Even when the model already knows the answer. We eliminate that waste — adaptively, per token, per layer — with zero quality loss.
Benchmarks
All benchmarks on NVIDIA A100 80GB with vLLM. Wall-clock speedup, not theoretical FLOP savings. Output verified identical to dense baseline.
Speedup scales with model size. 1.09x at 7B → 1.97x at 70B. The bigger the model, the more compute-bound it is, the more you save.
Integration
HyperSparse is an OpenAI-compatible gateway. Point your client at our URL and every request is automatically routed, cached, and compressed. No model changes. No retraining.
How It Works
Each optimization covers a different part of inference. Together they compound to 60–80% cost reduction.
Automatically sends each request to the cheapest model that handles it well. Simple queries go to 7B. Complex ones go to 70B.
Recognizes semantically similar queries and returns instant responses. No model call, no cost, no latency.
Dynamic Compute Compression scores token importance and skips 67% of MLP computation — per token, per layer — with zero quality loss.
Quality certificates in every API response
Every response includes a cert_Q score — mathematical proof that the output matches dense quality. If quality dips, automatic dense fallback kicks in. Zero risk.
Built For
Anyone paying for GPU inference benefits. The bigger the spend, the bigger the savings.
Together AI, Fireworks AI, Anyscale, Replicate
Margins are directly tied to GPU efficiency. 1.97x prefill speedup lets them slash prices or pocket the margin.
Fintech, healthcare, legal tech, AI startups
Spending $50K–500K+/mo on inference. One URL change — instant 60-80% cost reduction, zero code changes.
Lambda Labs, CoreWeave, RunPod
Bundle HyperSparse as a value-add. Increase customer stickiness and differentiate their platform.
Join the waitlist. Be first to deploy production-grade LLM optimization with mathematically guaranteed quality.
No spam. We'll reach out when early access is ready.