-

KCC Launches High Velocity (HV) Models

BOSTON--(BUSINESS WIRE)--Karen Clark & Company (KCC) is pleased to launch its suite of high velocity (HV) models. These streamlined models, currently available for hurricane and severe convective storm (SCS), are designed for faster loss analysis and greater efficiency, while maintaining consistency with KCC’s established, accurate catastrophe models.

Built on the same scientific methodology as KCC’s industry-leading catastrophe reference models, the HV models enable (re)insurers to conduct more frequent, large-scale analyses with reduced demands on computational resources.

“These models are tailor-made for the reinsurer’s workflow, enabling tremendous throughput while preserving the accuracy of the KCC models,” said Marshall Pagano, KCC Senior Director, Client Services. “HV models are powerful tools for (re)insurers conducting sensitivity analyses that need to iterate rapidly on assumptions or adjustments.”

Fully integrated into the RiskInsight® open loss modeling platform, HV models support the same comprehensive policy structures and reinsurance terms as the full reference models.

“HV models provide reinsurers with an efficient pathway to portfolio-level views without sacrificing the consistency and scientific rigor of the KCC reference models,” said Karen Clark, KCC CEO. “This innovation reflects KCC’s commitment to delivering advanced solutions tailored to a wide range of operational priorities.”

For more information on HV models, contact info@karenclarkandco.com.

About Karen Clark & Company

Karen Clark & Company (KCC) provides advanced models, innovative software, and comprehensive consulting services for deeper insight into climate, weather, and catastrophe risk. KCC professionals are globally recognized experts in catastrophe modeling and risk management who work with company executives to enhance business strategies, competitive advantage, and financial results. KCC models cover tropical cyclones, extratropical cyclones, severe convective storms, winter storms, wildfires, floods, and earthquakes in over 80 countries. For more information, please visit www.karenclarkandco.com.

Contacts

For more information on HV models, contact info@karenclarkandco.com

Karen Clark & Company


Release Versions

Contacts

For more information on HV models, contact info@karenclarkandco.com

More News From Karen Clark & Company

Karen Clark Named to Forbes 2025 “50 Over 50” List Recognizing Innovation and Global Impact

BOSTON--(BUSINESS WIRE)--Karen Clark & Company (KCC) is pleased to announce that Karen Clark, co-founder and CEO of KCC, has been named to Forbes’ prestigious 2025 “50 Over 50” list, which honors women who are redefining what it means to be a leader and innovator. The list, published annually by Forbes, celebrates trailblazers across sectors making significant impact into their 50s, 60s, and beyond. A leading global authority on catastrophe risk assessment and management, Ms. Clark founded...

KCC US Wildfire Model Completes California Department of Insurance Review Process

BOSTON--(BUSINESS WIRE)--Karen Clark & Company (KCC) is pleased to announce the California Department of Insurance (CDI) has completed its review of the KCC US Wildfire Reference Model Version 3.0 under the newly established Pre-Application Required Information Determination Procedure (PRID). This process paves the way for insurers to use the catastrophe models for ratemaking. “As the innovation leader in weather, climate, and catastrophe modeling, KCC is pleased to have been among the firs...

KCC US Hurricane Model Version 5.0 Certified by the Florida Commission on Hurricane Loss Projection Methodology

BOSTON--(BUSINESS WIRE)--Karen Clark & Company (KCC) is pleased to announce that the KCC US Hurricane Reference Model Version 5.0 has been certified by the Florida Commission on Hurricane Loss Projection Methodology (FCHLPM). KCC is the first model vendor to be certified under the latest FLCHPM standards. KCC engineers and scientists have incorporated several key enhancements in the latest version of the KCC Hurricane Model, including new secondary building characteristics, new vulnerabilit...
Back to Newsroom