Hamilton International Airport needed a charging solution that could perform reliably today while supporting long term growth. ICON partnered with Parabit to integrate high performance charging stanchions that meet current demand, streamline installation, and create a scalable foundation for future expansion. In the testimonial video, ICON’s Eric Bension shares why Parabit’s aviation experience, product quality, and proven results made this collaboration the right choice for

For more than thirty years Parabit has helped airports enhance passenger flow with integrated touchpoints, digital engagement, charging, communication, and custom designed environments that elevate comfort, safety, and accessibility.

Engineered for modern airport operations, Parabit’s FIS Podiums and Inspection Stations combine durability, flexibility, and advanced design to support Customs, TSA, and checkpoint environments. Built with modular materials and ergonomic layouts, each unit simplifies processing, integrates emerging technologies, and enhances both officer performance and passenger experience.

Parabit charging stanchions deliver scalable, accessible power with AC, USB-A, USB-C, and wireless charging options for today’s public spaces.

Best practices for safe, reliable, and scalable power distribution in public spaces that enhance visitor experience.

Create impactful welcome centers with visibility, flexibility, and intuitive technology that enhance visitor engagement in any facility.

Discover how airports are transforming travel with biometric checkpoints, digital signage, and passenger-focused amenities. Learn how smart infrastructure improves security, navigation, and convenience from curb to gate.

Learn how to safely use public USB charging stations and avoid juice jacking. Discover how power-only USB ports protect devices from data theft.

Biometric travel is rising fast. Explore how hardware like mounts, housings, and signage powers seamless, secure passenger flow in modern airports.

Digital signage delivers real-time updates, wayfinding, and self-service communication in high-traffic spaces like airports, hospitals, and transit hubs.