When the U.S. Soccer Federation built its flagship training complex in Georgia, it needed a fire and voice evacuation system worthy of its national stage. Partnering with Arrow Systems, Potter delivered a customized IPA-4000V solution with text-to-speech alerts, streamlined installation, and advanced detection—all with zero delays.

A Midwest research campus modernized fire protection across nine buildings, replacing aging, communication-limited panels with Potter addressable systems and IntelliView remote monitoring. The upgrade strengthened reliability, cybersecurity posture, and system-wide visibility while simplifying service and inspections.

This utility-scale battery energy storage installation is among the largest in its region, providing 1,200 MWh of clean energy—enough to power 244,000 homes each day. To protect this critical infrastructure, a scalable fire alarm solution uniting hundreds of modular battery containers under one network was designed and commissioned.

In this large, mixed-use high-rise development spanning residential, student housing, office, retail, and parking, the installing contractor selected Potter fire alarm control panels, distributed voice modules, and networked nodes to unify thousands of devices and synchronized audio under one coordinated platform — enabling controlled programming, faster commissioning, and reliable performance across evolving field conditions.

A leading regional gaming and hospitality group required a sophisticated, code-compliant fire alarm and voice evacuation system for a new, seven-story resort and casino. A fully integrated solution was engineered and delivered, meeting an accelerated construction timeline and overcoming unprecedented programming challenges

When a major Indiana casino needed to upgrade fire safety across its 90,000 sq. ft. resort campus—without shutting down a single game—it turned to Potter. Partnering with Ryan Fireprotection, the casino replaced an aging system with Potter’s scalable IPA-4000V platform and PotterNet monitoring, achieving a seamless transition with zero downtime.