MUSEUM EMERGENCY ALERT SYSTEM

A CASE STUDY

Wireless Emergency Alert System for Illinois Holocaust Museum

Museum Emergency Alert System

THE CHALLENGE

The Illinois Holocaust Museum & Education Center, one of the largest Holocaust museums in the United States, required a robust on-premise emergency alert system to strengthen safety and communication throughout its 65,000-square-foot facility in Skokie, Illinois. The objective was to implement a wireless emergency alert solution designed to support security protocols and protect visitors, staff, and executive leadership during critical events such as intruder threats, active shooter incidents, or other emergencies. The system needed to deliver reliable, facility-wide coverage with the following essential capabilities:

  • Reliable live and pre-recorded, multi-lingual voice paging to all zones

  • Integration with LED message boards and visual alert devices for ADA compliance and enhanced visibility

  • Wall-Mounted, panic buttons across the facility for instant public alerts

  • Full power backup to all system components due to unstable power grid.
  • Visually appealing PA speakers and LED message board displays to seamlessly blend with the museum’s modern architectural
  • Scalable, modular architecture for future expansion without re-wiring

THE SOLUTION

Museum Emergency Alert System

Visiplex’s wireless emergency alert system was implemented at the Illinois Holocaust Museum & Education Center using a central wireless paging base station installed at the main entrance security desk. The system monitored multiple wall-mounted wireless panic buttons strategically placed throughout the museum for fast emergency activation.

The solution included a network of indoor wireless audio-visual PA speakers and high-powered horn speakers, installed in key areas across the 65,000-square-foot facility to ensure comprehensive voice coverage and effective emergency communication.

To enhance visibility and comply with ADA requirements, the system also featured modern, visually appealing, wireless LED message boards and multi-color beacon lights, providing clear, facility-wide visual alerts during emergencies.

All system components were equipped with built-in battery backup, guaranteeing continuous functionality during power outages and ensuring uninterrupted emergency notification capabilities.

In emergency scenarios, the system enables live voice paging with real-time instructions or automatically plays pre-recorded emergency voice messages tailored to events such as intruders, active shooter incidents, or lockdowns.

For daily operations, the system supports routine overhead announcements, while the LED message boards display synchronized time and internal alerts to enhance staff communication and visitor coordination.

Despite installation challenges within a fully operational museum environment, Visiplex technicians completed the full deployment of the wireless emergency alert system with no disruption to daily operations. Final system testing, commissioning, and on-site staff training were conducted to ensure reliable, seamless performance.

THE RESULTS

Optimized Wireless Emergency Alert System Performance – The wireless audio-visual emergency alert system was successfully implemented across the Illinois Holocaust Museum & Education Center, significantly enhancing facility-wide safety, emergency readiness, and real-time communication with staff and visitors. This fully integrated solution improved operational efficiency while delivering the following key capabilities:

  • Instant audio-visual emergency alerts triggered by wall-mounted wireless panic buttons
  • Live voice paging and pre-recorded emergency messages for specific threats, including intruders or active shooter events
  • Wireless PA speakers and high-powered horn speakers for clear coverage throughout all public and restricted areas
  • LED message boards and multi-color beacon lights for high-visibility alerts and ADA compliance
  • Built-in battery backup for all components to ensure uninterrupted communication during power outages
  • Modular, wireless system design allowing for easy future expansion without the need for complex wiring

Regulatory Compliance References

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