AI-Powered Lien Waiver Management: Moving Credit Departments from Reactive to Resilient

About the webinar:

Is your credit team still tracking lien waivers by hand while risk keeps piling up?

In construction, lien waivers are your best protection, and handled the wrong way, your biggest exposure. Credit departments are stretched thinner every year, and manual waiver processing costs real time and creates real risk. AI-driven automation is changing that, and the credit teams adopting it now are seeing the difference.

Join us for a fast-paced, practical session on how AI and intelligent automation are changing lien waiver management: cutting processing time, reducing costly errors, and giving credit professionals hours back in their week.

You'll walk away knowing how to:

• Use AI-powered tools to automate waiver collection, review, and tracking, so there's no more manual data entry or chasing signatures
• Use automated insights to instantly identify who holds lien rights and flag risk before it escalates
• Stay ahead of recent legal developments shaping lien rights and enforcement
• Apply automated tools to protect assets and recover what you're owed with less manual effort
• Build a more resilient credit department using the latest in credit technology

Whether you're a credit manager, credit analyst, or risk professional in construction, this session gives you the tools and strategy to work smarter, reduce exposure, and free your team for higher-value work. See how AI is changing lien waiver management, and what it means for your team.

About the speaker:

Alec Papesch, NCS Credit

Alec Papesch is the Director of Strategic Partnerships at NCS Credit, the industry's only B2B full-service provider of Notice & Mechanic’s Lien, UCC Filings, and Commercial Collection services. Alec consults Credit Associations and Industry Trade Groups nationwide, providing expert guidance on the complexities of Construction Credit and the Uniform Commercial Code (UCC). Alec specializes in leveraging technology to improve operational efficiency.