INNOVATION

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Publishing state-of-the-art research on efficient fine-tuning techniques.

Featured PaperMay 2026

Memory-Efficient Backpropagation for Ultra-Low Rank Adapters

We introduce a novel gradient accumulation technique that reduces VRAM requirements for 70B parameter models by 45%, making state-of-the-art LoRA fine-tuning viable on consumer hardware.

Published Papers

Explore our complete archive of research on parameter-efficient fine tuning, quantization, and synthetic data generation.

Dynamic Gradient Scaling for MoE Routing
Synthetic Evidentiary Data Generation
Sub-4-bit Quantization limits in Llama-3

Open Source

We believe in open science. The code for our experimental optimizations is fully available to the community.

View GitHub

Academic Partnerships

We collaborate with leading universities and AI research labs to push the boundaries of accessible machine learning. University labs receive compute grants and prioritized access to Langtrain Studio.

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