LIVE WEBINAR
Where to Start With AI in Insurance
May 12, 2026 | 2pm ET | 30 minutes
Across the industry, insurers are looking for ways to quote faster, close claims sooner, and service policyholders better without adding headcount. AI is at the center of how that gets done. But for many teams, turning that interest into a concrete first step is easier said than done. This webinar is designed for insurance professionals who are curious about AI but aren't sure where to begin.
In this session, we'll walk through where AI is already being applied across underwriting, claims, and servicing. We'll cover where AI fits in your operation, discuss what makes certain tasks a strong fit for AI, and help you leave knowing where your team could realistically begin.
Register to learn:
- Real examples of AI in action across underwriting, claims, and servicing
- A simple way to evaluate whether a task is a good fit for AI
- How to choose where your team begins
Speaker
Chaz Perera is the co-founder and Chief Executive Officer (CEO) of Roots, a company pioneering the use of AI Agents to revolutionize the workplace.
With a wealth of experience in the financial services industry and a deep understanding of business operations, Chaz is dedicated to helping organizations enhance their productivity and efficiency through intelligent automation.
As CEO of Roots, Chaz leads the company’s vision and strategy, focusing on the development and deployment of AI Agents that seamlessly integrate into existing business processes. Under his leadership, the company has quickly become a leader in the AI space, known for its innovative solutions that empower businesses to scale more effectively and reduce operational costs.
Before co-founding Roots, Chaz had a 14-year tenure at AIG where he held executive global roles in claims, operations and strategy – gaining significant expertise in driving operational excellence and digital transformation initiatives.
His strategic insights and operational acumen have been instrumental in shaping Roots’ unique approach to combining human ingenuity with machine intelligence.
