I sequenced my own DNA at home

Bradley Woolf sent a spit sample to Nebula Genomics and got back the full 30x read of his genome. The raw data sits at 90 gigabytes. He then ran a pipeline on his own machine to call variants, annotate them, and compare his results to public reference panels. The whole process took a few hours and a couple of hundred dollars in compute.

The story isn't the tech — consumer DNA kits have been around for years. It's the economics. A full WGS that once cost $5,000–$10,000 now lands under $500 for the kit plus cloud compute. The bottleneck has shifted from the sequencer to the person who knows how to look at the output and make sense of it. That's the real moat: the pipeline, the knowledge, the trust that someone isn't selling your genome to a data broker.

The same setup — a cheap kit, a public reference, a laptop or a small server — is exactly what a community health worker or a family historian would use to look at inherited conditions, or to piece together migration patterns, or to flag a variant that might matter for a parent. It's not a luxury; it's becoming a basic tool. And the companies selling the kits aren't the ones who know what to do with the data once it arrives.

Why this matters for us: when your genome costs less than a car repair, the people who can read it are the ones who get to decide what it means — for your family, for your community, and for your privacy.