It's a biological computing kernel that:
- Processes 109,352 DNA sequences in parallel
- Tracks 13,271 mutations in real-time
- Uses 8 workers across 4 CPU cores
- Serves a REST API for analysis
- Runs a live terminal dashboard (curses)
- Sips at 40% CPU like it's nothing
That's 5.4x more genes than the human genome.
No bioinformatics background. No tutorials copied. No "hello world" detours. Just Python, FastAPI, and a stubborn refusal to follow instructions.
The monitor updates every second. The genes keep mutating. I just watch and drink coffee.
admin135158•1h ago
It's a biological computing kernel that: - Processes 109,352 DNA sequences in parallel - Tracks 13,271 mutations in real-time - Uses 8 workers across 4 CPU cores - Serves a REST API for analysis - Runs a live terminal dashboard (curses) - Sips at 40% CPU like it's nothing
That's 5.4x more genes than the human genome.
No bioinformatics background. No tutorials copied. No "hello world" detours. Just Python, FastAPI, and a stubborn refusal to follow instructions.
The monitor updates every second. The genes keep mutating. I just watch and drink coffee.