A live discussion and demonstration of how AI-powered analytics detect anomalies, uncover patterns, and help agencies better understand business registration data.
Business registration systems have long served as systems of record – capturing filings, maintaining history, and supporting compliance.
Hidden within that data are signals: patterns, relationships, and anomalies that may indicate risk or warrant further investigation. The problem is that most systems aren’t designed to surface them.
This session introduces a solution – AI-powered analytics that help agencies move beyond reporting to actively interpreting their data.
Using machine learning, graph analytics, and AI-assisted exploration, agencies can now identify unusual patterns, uncover relationships between entities, and surface potential risks – faster and with greater clarity.
KEY TAKEAWAYS
- Ways to flag patterns across principals, addresses, payments, and filing behaviors
- The role of AI in anomaly detection
- Practical approaches to identifying signals that warrant investigation
Speakers
Brandon Fargis, Chief Technology Officer, Civix
Brandon leads Civix’s technology strategy and product architecture, with a focus on building secure, scalable platforms for highly regulated government environments. He brings deep experience in applying emerging technologies responsibly within mission-critical systems.
Leslie Eagle, Director of Product Management
Leslie has over 10 years of experience serving state government agencies in elections, ethics, and business services solutions. She leads the product team in delivering secure, self-administered solutions that empower agencies while improving operational efficiency.
Joe Giri, Senior Data Scientist
Joe is on our Innovation Lab team and has a concentration in implementing sustainable data-driven solutions. He has extensive experience in orchestration of modern analytics systems that rely on quantitative data analysis.
WEBINAR
AI in Action: Uncovering Hidden Risks in Business Registration Data
WHEN
April 16th
11:30 AM CST – 12:15PM CST