Building a Visitor Screening Policy That Aligns with the Needs of Your Facility Webinar

Security teams are rethinking how they determine who should be allowed onsite as the risk landscape inside facilities continues to evolve due to changing regulations, more dynamic work environments, and increasingly complex vendor and visitor populations. This session explores how to design visitor screening policies that reflect the specific risks and operational realities of different environments, moving beyond one-size-fits-all approaches. Hear from security experts at Checkr Trust and FacilityOS as they share practical frameworks for what teams should evaluate before visitors arrive, and why proactive, risk-based screening is becoming a core component of modern facility security.

Paul Khakhan 
Chief Technology Officer | FacilityOS

Paul Khakhan is the Chief Technology Officer at FacilityOS, where he leads the technology strategy behind the company’s enterprise facility and asset management platform, with a strong focus on delivering measurable business and customer value. With over 20 years of experience in software development and technology leadership, Paul has built and scaled secure, cloud-based SaaS platforms used by thousands of enterprise customers. His work centers on designing reliable, scalable systems that support critical facility, security, and compliance operations.

Chris Hollindale 
Head of Product | Checkr Trust
 
Chris Hollindale is the Head of Product for Checkr Trust, a leading provider of criminal, identity, and driver risk intelligence. Previous to his role at Checkr Trust, Chris co-founded Zesty, a corporate catering startup, scaling it to $35M in ARR before its successful acquisition by Caviar/Square. Chris also spearheaded rapid growth in B2B products and group orders at DoorDash. A start-up Founder (YC graduate) with a successful exit to Square, Chris is a seasoned Product Leader with a strong engineering and go-to-market background.

*Note: Speakers and content are subject to change without notice.

Topic: Physical and Operational Security