I made an open-source Rust program for memory-efficient genomics
My cofounder and I run a startup in oncology, where we handle cancer genomics data. It occurred to me that, thanks to a recent complexity theory result, there's a clever way to run bioinformatics algorithms using far less RAM. I built this Rust engine for running whole-genome workloads in under 100MB of RAM. Runtime is a little longer as a result - O(TlogT) instead of O(T). But it should enable whole-genome analytics on consumer-grade hardware.
In plain words
This open-source Rust program enables bioinformatics analysis on consumer hardware by running whole-genome workloads in under 100MB of RAM. Built for oncology researchers and genomics developers, it uses a complexity theory approach to reduce memory requirements, trading slightly longer processing times for dramatically lower resource consumption. The tool makes sophisticated genomics analytics accessible without expensive server infrastructure.
written from the facts on this page · September 2026
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