01 · Variant Analysis
02 · Agent Orchestration
03 · Clinical Report
04 · Impact Summary
Agentic Genomics Intelligence
GenomixIQ
Interactive Platform Demo
See 12 autonomous AI agents analyze genomic variants,
generate zero-hallucination clinical reports,
and score quality with G-ARVIS — in real time.
12 AI Agents 7 Knowledge Bases Live Simulation ~3 Minutes
Variant Analysis Dashboard
Sample: HG-2024-4471
Total Variants
Filtered from 4.2M raw calls
Actionable Findings
P/LP variants with clinical significance
PGx Interactions
CPIC Level A/B drug-gene pairs
G-ARVIS Score
Quality gate: PASS
ACMG/AMP Classified Variants AI Classified
Gene Variant Classification VIS Score ClinVar gnomAD AF Domain
Molecular Agent Mesh
Agent Status — Real-Time 12 Agents Active
Master Orchestrator
Queued
Variant Classifier
Queued
Pharmacogenomics Agent
Queued
Somatic Tumor Agent
Queued
Literature Miner
Queued
Clinical Trials Agent
Queued
G-ARVIS Quality Engine
Queued
ARGUS Correction Engine
Queued
Report Generator
Queued
Drug Discovery Agent
Queued
VCF Pipeline Agent
Queued
Security & Audit Agent
Queued
Knowledge Base Queries
ClinVar847 hits
gnomAD1,247 lookups
OMIM124 matches
PubMed RAG312 citations
PharmGKB18 interactions
OncoKB7 actionable
ChEMBL42 compounds
ARGUS Self-Correction Log

Iteration 1: Variant BRCA2 c.5946delT

Initial classification: VUS. ARGUS detected ClinVar Pathogenic assertion with 3-star review. Reclassified to Pathogenic.

Corrected in 0.8s · Groundedness: 0.94 → 0.98

Iteration 1: PGx CYP2D6 *4/*41

Initial phenotype: Poor Metabolizer. ARGUS cross-referenced PharmGKB — *41 is decreased, not null. Corrected to Intermediate Metabolizer.

Corrected in 1.2s · Groundedness: 0.88 → 0.96
Clinical Report Preview
Zero-Hallucination
Groundedness
Accuracy
Reliability
Variance
Inference Cost
Safety
Report Findings — Hereditary Cancer Panel
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BRCA2 c.5946delT — Pathogenic

Frameshift variant in exon 11. Associated with significantly elevated breast (69%) and ovarian (17%) cancer risk. Cascade testing recommended for first-degree relatives.

ClinVar: RCV000009092 · 4-star review · 23 submitters

CHEK2 c.1100delC — Likely Pathogenic

Moderate penetrance variant. 2-3x increased breast cancer risk. Consider enhanced screening with annual MRI in addition to mammography.

ClinVar: RCV000034366 · gnomAD AF: 0.004 (NFE)
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ATM c.7271T>G — VUS (Hot VUS)

Missense variant in PI3K domain. Conflicting interpretations in ClinVar. VIS score elevated due to functional data suggesting loss of kinase activity.

VIS: 0.73 · 4 functional studies · Reclassification watch
Pharmacogenomics Summary
Rx

CYP2D6 *4/*41 — Intermediate Metabolizer

Reduced metabolism of tamoxifen, codeine, and 47 additional substrates. Consider dose adjustment or alternative therapy.

CPIC Level A · PharmGKB · 49 drug interactions
Rx

DPYD *2A carrier — Poor Metabolizer Risk

Heterozygous carrier. 50% dose reduction required for fluoropyrimidines (5-FU, capecitabine). Life-threatening toxicity risk at standard dose.

CPIC Level A · FDA Black Box Warning
Clinical Trial Matches 3 Eligible
1

NCT05629585 — BRCA2 PARP Inhibitor

Phase III, Olaparib maintenance in BRCA-mutated breast cancer. 47 active sites. Patient eligible based on molecular profile.

Recruiting · Estimated completion: 2027
2

NCT04584008 — CHEK2 Targeted Therapy

Phase II, AZD7648 + olaparib combination. CHEK2 loss-of-function carriers. 12 sites in US.

Recruiting · Molecular eligibility: confirmed
Computing Platform Impact
Aggregating variant classification metrics
Scoring G-ARVIS quality dimensions
Calculating turnaround time improvements
Projecting lab throughput and cost savings
Generating executive impact summary

GenomixIQ Impact Summary

Based on a simulated hereditary cancer panel analysis with 12 autonomous agents and G-ARVIS quality scoring.

0
Platform Score
Turnaround Time
From 7-14 days to minutes. 99.5% faster interpretation.
Cost per Report
vs. $150-300 manual interpretation cost per case
Accuracy Rate
ACMG concordance with board-certified geneticists
Lab Throughput Impact
Variant Classification Speed200x faster
Report GenerationFully Automated
PGx Coverage300+ drug-gene pairs
Zero-Hallucination Rate93.4% Groundedness
Self-Correction SuccessARGUS: 98.4%
Capabilities Demonstrated
1

12-Agent Molecular Mesh

Autonomous orchestration across variant classification, PGx, somatic, literature mining, trials, and quality.

2

G-ARVIS Quality Engine

6-dimensional scoring: Groundedness 93.4%, Accuracy 96.1%, Reliability 91.2%, Variance 8.9%, Inference Cost $0.002, Safety 100%.

3

ARGUS Self-Correction

2 autonomous corrections detected and resolved. Zero hallucinations in final output. Every claim cited.

4

Clinical-Grade Output

ACMG/AMP compliant variant classification, CPIC PGx reporting, clinical trial matching, and actionable findings.

Built by Ambharii Labs · Decoding Life · Accelerating Cures