An enterprise console for variant intelligence
Enterprise-grade depth for genomics: explore assemblies, stage hypotheses, and ship decisions with a cockpit that keeps your models, evidence, and audit trail in one place.
Inference latency
< 500 ms
cached variants
Coverage
hg19 / hg38
UCSC assemblies
Auditability
Session timeline
immutably stored
Session
BRCA1: chr17 · hg38
Variant Triage
Console Signals
Operations stack
Every surface you need, one workspace
The console mirrors how genomics teams actually work: command palette, session management, live inference, evidence capture, and downstream API hooks.
Command lattice
Keyboard-first workflows, saved sessions, and context-aware prompts keep experts in flow while navigating millions of bases.
Risk radar
Pathogenicity scoring, variant clustering, and ClinVar overlays surface the highest-signal changes instantly.
Live intelligence
Streaming inference, auto-saved state, and audit-ready timelines so every decision is reproducible.
Capabilities
Landing zone for research and clinical teams
A unified lens for variant intelligence. Built-in governance keeps analysts, bioinformaticians, and leadership aligned.
Molecular cockpit
Multi-panel workspace with gene context, sequence navigation, variant triage, and ClinVar evidence side by side.
Inference fabric
Evo2-backed pathogenicity predictions with caching, reproducible requests, and structured outputs for downstream tools.
Enterprise trust
Role-based access, session isolation, and signed API calls so research and clinical teams can ship safely.
Global awareness
UCSC assemblies, phenotype metadata, and variant concordance views to keep analysts aligned on context.
Security & Identity
Full-fidelity auth and audit
Sessions are bound to authenticated users, API calls are signed, and every prediction is attached to a timeline entry you can cite.
Role-aware access
Lock down dashboards and console routes to authenticated users.
Signed mutations
Every session mutation and prediction write requires a bearer token.
Traceability
Session timeline and cached predictions make decisions reproducible.