Brick provides a no-code AI decision platform for insurance companies to manage risk assessment processes. Users can autonomously create, monitor, and optimize decision engines for underwriting, claims, and fraud detection without relying on coding. This platform enables faster iteration and performance improvement across core insurance decision workflows.
Funding
Funding not disclosed
Founders
Product
Problem
Businesses face challenges in efficiently preventing fraud and underwriting risks due to reliance on IT for creating, monitoring, and optimizing risk analysis processes. Traditional methods often lack the agility to adapt to evolving fraud tactics and require significant manual intervention. This can lead to slower response times and increased operational inefficiencies.
Solution
Brick provides a no-code platform that empowers business teams to create, monitor, and optimize AI agents for fraud prevention and underwriting. The platform enables orchestration of business rules, data providers, and AI models to automate risk analysis, reduce fraud, and improve operational efficiency without dependency on IT. Users can build workflows rapidly, iterate on fraud processes without code, and define AI limits. The system allows for auditing and altering decisions through an intuitive interface, accelerating manual analysis with AI-powered summaries and enabling manual interventions in automated workflows.
Target Audience
Brick primarily targets businesses in high-risk sectors such as insurance, vehicle rental, and human resources, seeking to automate risk analysis and improve fraud prevention.
Features
- No-code workflow builder for creating and managing AI agents
- Integration with various data providers for comprehensive risk assessment
- Real-time monitoring and auditing of automated decisions
- AI-powered summaries for faster manual analysis
- Backtesting capabilities for optimizing rules and parameters
- Intelligent data clustering for enhanced insights
- Prompt-based interface for requesting custom metrics and graphs