Excarta develops an AI-powered weather forecasting platform that provides high-resolution hail predictions and real-time alerts to insurance companies. By preventing over 35% of hail claims, the platform enhances customer satisfaction and reduces risk exposure for insurers, potentially saving over $10 million per million policyholders.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Insurance companies face significant financial losses due to hail damage claims, and policyholders often lack sufficient warning to protect their assets. Traditional weather forecasting methods often lack the precision needed to provide timely and accurate hail alerts, leading to preventable damage.
Solution
Excarta offers an AI-powered weather forecasting platform specifically designed for the insurance industry, providing high-resolution hail predictions and real-time alerts. By leveraging advanced AI algorithms and climate science expertise, the platform delivers accurate and actionable warnings, enabling insurers to proactively mitigate risk and reduce claim payouts. The system integrates forecasting with an alerting system to reduce hail damage and improve loss ratios. Excarta's solution also enhances customer satisfaction through advanced warnings, automated post-storm check-ins, and faster claim resolutions.
Target Audience
The primary target audience is insurance companies seeking to reduce hail-related claims, improve customer satisfaction, and optimize claims processing efficiency.
Features
- AI-driven hail forecasting with high-resolution predictions
- Real-time alerts delivered to policyholders via mobile app or SMS
- Integration with claims processing systems for rapid damage verification
- Customizable APIs and dashboards to fit specific business needs and workflows
- Automated post-storm check-in functionality
- Historical hail data analysis for risk assessment and mitigation strategies