Minos(@theminos_ai):We joined Novelty Search to talk about why genomics is one of the strongest real-world use cases for Bittensor. Genomics has massive upside, but the core infrastructure is still bottlenecked by limited truth data and closed iteration loops. Our thesis is simple: the bottleneck in genomics is no longer just generating more data, but turning it into reliable health insight. Minos is building infrastructure for that shift, starting with mutation detection, the foundation layer for disease risk, drug response, and personalized medicine.

2026.07.03 22:15

We joined Novelty Search to talk about why genomics is one of the strongest real-world use cases for Bittensor. Genomics has massive upside, but the core infrastructure is still bottlenecked by limited truth data and closed iteration loops. Our thesis is simple: the bottleneck in genomics is no longer just generating more data, but turning it into reliable health insight. Minos is building infrastructure for that shift, starting with mutation detection, the foundation layer for disease risk, drug response, and personalized medicine.

Openτensor Foundaτion@opentensor

2026.07.03 18:47

“All that takes is just the right incentive.” Reliably identifying the mutations that matter for disease risk, drug response, and personalized medicine remains one of the hard problems in genomics. On the latest Novelty Search, @theminos_ai explained how SN107 uses Bittensor to improve variant calling, the step that turns raw genome data into a reliable list of mutations. Today, most labs run existing tools with default settings. Minos miners are already finding better configurations that improve mutation detection accuracy, while independent validators rerun and check the work every 72 minutes instead of waiting months or years for traditional scientific validation. Hosted by @const_reborn Full episode in the first comment