deepvariance

Autopilot

deepvariance-sdk

End-to-end AutoML pipeline. Raw data to trained model in one call, powered by LLM-driven code generation.

Optimemory

deep-variance

CUDA VMM layer for physical memory pooling and virtual address stitching. Zero-overhead buffer reuse across training steps.

LLM Tuner

Early

Weight quantization and fine-tuning tooling for large language models. FP8 support in early access.

HyperRAG

dv-hyperrag

KV cache optimization for RAG serving. Prefix-trie caching, PGDSF eviction, and Pareto schedule search for up to 9x faster TTFT.

Researching Multi-GPU & NVlink Support

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Blog

From the lab.

Research notes, engineering deep-dives, and infrastructure insights from the Deep Variance team.

How VMM Stitching Recovers 65% of Wasted GPU Memory
Engineering

How VMM Stitching Recovers 65% of Wasted GPU Memory

A technical walkthrough of how Optimemory uses CUDA Virtual Memory Management to stitch fragmented VRAM into contiguous address spaces, eliminating allocation overhead.

Apr 10, 2026 2 min read
FP8 Training: Achieving Near-Zero Perplexity Loss at Half the Memory
Research

FP8 Training: Achieving Near-Zero Perplexity Loss at Half the Memory

Our research into dual-format FP8 precision reveals that E4M3 forward passes combined with E5M2 backward passes maintain 99.9% accuracy while cutting memory in half.

Apr 7, 2026 1 min read
Introducing HyperRAG: KV Cache Optimization for RAG Serving
Product

Introducing HyperRAG: KV Cache Optimization for RAG Serving

HyperRAG combines prefix-trie KV caching, PGDSF eviction, speculative pipelining, and Pareto schedule search to deliver up to 2x faster time-to-first-token for RAG workloads.

Apr 1, 2026 1 min read
deepvariance

Building hardware-aware optimization layers for the next generation of AI training stacks.

Products

  • Autopilot
  • Optimemory
  • LLM Tuner
  • HyperRAG

Resources

  • Blog
  • API Reference Soon
  • Benchmarks Soon

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