Navigate the labyrinth of drug discovery with evolutionary intelligence
Our alligator-inspired algorithms simulate how nature's perfect predators evolve antimicrobial peptides in swampy bacterial environments. We computationally navigate maze-like molecular pathways to discover novel compounds against antibiotic-resistant infections—accelerating discovery from years to hours.
Watch in real-time as our algorithm navigates a 3D molecular labyrinth. A compound structure starts ineffective but—after passing through 47 simulated 'swamp chambers' representing hostile biological environments—emerges with a novel peptide backbone showing 99% efficacy against a superbug strain in simulation. A discovery that would have taken traditional screening 7 years.
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