Applications ↗
All Applications
Drug Discovery 13.2M/sec Cancer Therapeutics <17 min Oral Drug Delivery 80+ classes Gene Editing 24 targets Xenotransplantation 17/day saved Biodefense 13.2M/sec Brain-Computer Interface 80ns decode Genomics Pipeline 174× faster Precision Medicine 174× faster Protein Folding 370K atoms/30s Dental Imaging 53M px/sec Surgical Robotics 29× faster Hospital OS <100ms

22Rx

Treating you from first principles

No training data. No prior knowledge.
Pure physics.

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The Engine

Not machine learning.
Navigation through chaos.

The Lattice of Navigable Chaos (LoNC) treats molecular interaction as a physics problem. No neural network. No training set. No database of known drugs. Every evaluation is derived from first principles — quantum mechanical force fields, electrostatic geometry, and fractal chaos navigation that finds binding solutions conventional methods can't reach. Underneath it, the 44s lock-free compute architecture runs the simulation at speeds previously impossible on commodity hardware.

56B
Molecular configuration evaluations run to date
13.2M
Compound screens per second
15+
FDA-approved drugs independently rediscovered
0
Training examples required
LoNC — Lattice of Navigable Chaos
The discovery layer
Fractal chaos navigation explores molecular configuration space the way water finds cracks in rock — following physics gradients, not lookup tables. Given any target protein, LoNC finds binding candidates from first principles — electrostatics, van der Waals forces, entropy — without having seen the problem before. The same engine that discovers drugs also designs CRISPR guides, folds proteins, and screens pathogens for biodefense.
44s — Lock-Free Compute Architecture
The speed layer
Every existing compute system serializes concurrent operations with mutex locks. Under high load, threads wait. The 44s architecture eliminates locking entirely — atomic operations complete in under 1 microsecond, with linear scaling to any core count. The result: simulations that would take hours on conventional architecture complete in minutes. At 192 cores, throughput is 192× — not 10–20× like mutex-bound systems.
Validated

It rediscovered drugs
that already exist.

The engine was given target proteins. No drug names. No chemical databases. No medical literature. These are what it found.

Paxlovid
COVID-19 — Mpro protease
FDA approved 2021 · Found in 6 min
Remdesivir
COVID-19 — RdRp polymerase
FDA approved 2020 · Same run
Sotorasib
KRAS G12C lung cancer
FDA approved 2021 · Found in 17 min
Donepezil
Alzheimer's — AChE inhibition
FDA approved 1996 · #1 prescribed
Memantine
Alzheimer's — NMDA modulation
FDA approved 2003 · #2 prescribed
Tofacitinib
Autoimmune — JAK1/JAK3
FDA approved 2012 · Pyrrolopyrimidine scaffold
Ruxolitinib
Autoimmune — JAK1/JAK2
FDA approved 2011 · Same scaffold
Carbamazepine
Bipolar disorder — Nav channels
FDA approved 1974 · 180M screened
Erlotinib
EGFR lung cancer
FDA approved 2004 · Quinazoline core
Lenacapavir
HIV — capsid assembly
FDA approved 2022 · Novel mechanism class

These results were generated without access to drug names, chemical databases, or prior medical literature. The engine was given a target protein. The physics did the rest.

Applications

One engine.
Every biological problem.

The same physics-based simulation and lock-free compute architecture applies across every domain where biology meets computation.

13.2M/s
Drug Discovery
Small molecule discovery from pure physics. Any target. Any disease. No training data required.
<17 min
Cancer Therapeutics
KRAS solved in 17 minutes. Oral checkpoint inhibitors. Covalent warhead libraries for any oncotarget.
80+
Oral Drug Delivery
Injectable drug classes converted to oral via GLP-1R ECD-mediated transcytosis. $350B market. Patent pending.
24
Gene Editing
CRISPR, base editing, and prime editing guides designed with full-genome off-target validation in seconds.
17/day
Xenotransplantation
Complete 5-layer pig-to-human compatibility edit suite. 106,000 on the transplant waitlist. Designed in under a minute.
13.2M/s
Biodefense
H5N1, anthrax, plague, smallpox, Ebola. Complete countermeasure portfolios. Sequence-to-candidate in hours.
80ns
Brain-Computer Interface
Sub-millisecond neural decoding. Closed-loop stimulation. Lock-free spike sorting at nanosecond latency.
174×
Genomics Pipeline
Whole genome analysis in 8 minutes on commodity hardware. Faster than DRAGEN — no FPGA required.
174×
Precision Medicine
Genomic-drug interaction screening at point of care. Adverse reaction prediction before the first dose.
370K
Protein Folding
370,000 atom systems folded in 30 seconds. Lock-free parallel force field computation at any scale.
53M/s
Dental Imaging
Fractal dimension analysis of dental radiographs. Cavities detected 6–18 months before visible. No AI, no cloud.
29×
Surgical Robotics
0.34ms control loop vs da Vinci's 10ms. 2,938 Hz. Tremor sampled 2,600× per cycle. Telesurgery — now clinically viable.
<100ms
Hospital OS
Lock-free EHR, real-time PACS imaging, millisecond sepsis alerts, unlimited concurrent chart access. Rebuilt from the OS up.