The cost of sequencing a human genome dropped from $3 billion to $200. But sequencing is just the read. The result—turning raw variant data into clinical action—still takes 14 days, costs thousands of dollars, and introduces human error at every step.
That 14-day lag costs lives. In the NICU, it's the difference between intervening and watching. In oncology, it's tumor evolution outpacing treatment. In pharmacogenomics, it's adverse drug reactions that could have been predicted.
NomosLogic closes the gap.
We built the infrastructure layer that transforms genomic data into clinical truth at point-of-care velocity—deterministic, auditable, and hallucination-free.

The 75-Second Miracle: Liquidate the 14-day turnaround time that costs lives and drains ICU resources. Our Trinity pathway resolves multi-omic data—DNA, and live labs—in the time it takes to draw blood.
Genome Resolution Engine
Resolves a complete human genome in 28 seconds. 38,324 variants classified into three deterministic states: Positive, Ruled Out, or Uncertain. No probabilistic inference. No black-box algorithms. Every classification traceable to GQ/DP quality thresholds and peer-reviewed evidence.
• 100% ACMG SF v3.2 secondary findings coverage
• Per-variant quality scores (GQ≥30, DP≥20)
• Zero hallucination architecture
Multi-Omic Fusion PlatformFuses genomic variants with real-time laboratory biomarkers in 75 seconds. Cross-references against 1.2 million clinical rules via the Hardy Bridge translation layer. Outputs tiered pharmacogenomic recommendations with star alleles, activity scores, and PMID citations.• DNA + Labs + Current Medications in a single pass• Temporal decay weighting for biomarker relevance• FHIR-native export to Epic, Cerner, and pharmacy systems
Evolutionary Discovery EngineSimulates 1,000 generations of genomic evolution in 130 seconds. Predicts drug resistance patterns before they emerge clinically. Identifies variant signatures for rare disease cohort discovery. SQL-native execution against a 13.6 million reference asset vault.• In-database genetic algorithm (no data extraction)• Multiplicative fitness function with quantum biological weighting• k-anonymity enforced at the SQL layer
At the center of our architecture is the Hardy Bridge—a proprietary nomenclature translation layer with 497,000 enriched variant-to-phenotype mappings.
Genomic data is fragmented across incompatible formats: rsIDs, HGVS notation, star alleles, chromosomal coordinates. Clinical systems speak LOINC, RxNorm, ICD-10. Without translation, these systems can't talk to each other.
The Hardy Bridge resolves this. It's the Rosetta Stone that allows COVENANT's variant calls to flow into TRINITY's clinical rules and PROTEUS's evolutionary simulations. It's why we can fuse multi-omic data in 75 seconds while academic approaches take hours.
Named after the architect. Impossible to replicate without licensing.
Hospitals shift from "ordering a test" to "running an infrastructure." We save an estimated $10,100,000 per year for standard hospital networks by automating MD/PhD manual interpretation.
Reference Asset Vault 13.6 Million
Active Clinical Rules . 1.2 Million
Hardy Bridge Mappings 497,000
Genome Resolution Time 28 Seconds
Multi-Omic Fusion Time 75 Seconds
Evolutionary Simulation Time 130 Seconds
Competitive Time Barrier 5–7 Years
COVENANT + TRINITY for clinical decision support
• Eliminate the 14-day diagnostic lag in NICU, oncology, and rare disease
• SMART on FHIR integration with Epic and Cerner
• Court-defensible reports with full PMID traceability
• Estimated $10M+ annual savings on manual interpretation
Real-time prescription interception
• Flag high-risk prescriptions at point of fill
• CYP2D6, CYP2C19, DPYD, SLCO1B1 coverage
• Reduce adverse drug reaction liability
Population pharmacogenomics and prior authorization
• Stratify covered populations by PGx risk
• Automate prior authorization with genomic evidence
• Reduce hospitalizations from preventable ADRs
PROTEUS for trial design and resistance prediction
• Identify PGx stratification requirements before Phase III
• Predict drug resistance evolution in silico
• Accelerate rare disease cohort discovery by 40–60%
• $10K–$500K per simulation vs. $800M Phase III failure


We provide the search engine for human biology. Accelerate your recruitment by 40-60% and ensure your drug hits the correct target before the first patient is even enrolled.
We don't have a pitch deck. We have a live platform. Give us 60 minutes and we'll show you something nobody else has.
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