Reduces model blind spots in Florida surge risk
Addresses local surge complexity — inlets, estuaries, and coastal geometry that broad models may miss.
Actionable Florida surge insights — regional hazard scenarios, risk signals, and technical briefings insurers trust.
Physics-informed and structured for internal review, model governance, and regulatory discussions.
Independent analysis designed to complement existing catastrophe models (RMS, Verisk, and others).
Addresses local surge complexity — inlets, estuaries, and coastal geometry that broad models may miss.
Risk signals and scenario interpretation designed for renewal triage, exposure review, and internal decision support.
Documented assumptions and briefings that internal teams can circulate for review and audit readiness.
Decision-ready deliverables built for insurer workflows — from pre-season planning to post-event review.
Annual Surge Outlook
High-Resolution Hazard Grids
ZIP+4 Underwriting Score
Post-Event Surge Analysis
Roles that evaluate coastal underwriting assumptions, portfolio exposure, and model governance decisions.
• Lead Underwriter / CUO — optimize coastal pricing and renewal triage
• CRO / Risk — validate catastrophe assumptions and governance posture
• Model Risk & Governance — auditable documentation and review-ready briefs
• Portfolio / Actuarial — segmentation signals and scenario context
How is this different from RMS / Verisk?
SurgeQuant Labs provides regional, physics-informed surge interpretation designed to complement broad catalogue models—especially in Florida’s complex coastal zones.
What level of effort or data do you need from us?
Minimal. Public datasets are used by default. Portfolio context can be incorporated when available for improved alignment with internal decisions.
What does a pilot deliver?
A scoped deliverable (briefing, selected hazard grids, or a pilot score) with documentation suitable for internal circulation and review.
Request a pilot or review a sample briefing format first.