CASE STUDY

Prosper ISD Replaces Legacy Lines with POTS Link to Cut Stress and Improve Reliability

Details

Location: Prosper ISD, Texas
Deployment: ~30,000 students across 32 campuses
Use Case: Fire alarms, fax, and 9-1-1 backup communications
Previous Provider: Legacy POTS telecom
Challenge: Outages, disconnections, rising costs, unreliable service
Solution Selected: RCN Technologies’ POTS Link (cellular-based replacement)

Are Legacy Phone Lines Creating Risk Across Your School District?

Prosper Independent School District, one of the fastest-growing districts in Texas, relied on traditional POTS lines to support fire alarms, fax systems, and 9-1-1 backup communications across dozens of campuses. But as the district expanded to serve nearly 30,000 students, those legacy lines became increasingly unreliable—triggering outages, accidental mass disconnections, and constant operational stress for IT staff.

What began as a routine telecom dependency quickly turned into a daily reliability concern. Service disruptions created uncertainty around critical safety systems, while troubleshooting legacy infrastructure consumed valuable time and resources that should have been focused on supporting students, staff, and classroom technology.

At the same time, rising costs and limited visibility into line performance made long-term planning difficult. District leaders recognized that continuing to rely on aging copper-based communications introduced unnecessary operational and safety risks—especially as campuses continued to grow and technology demands increased.

Facing mounting pressure to ensure reliability, protect campus safety, and reduce ongoing telecom risk, the district began searching for a modern, more dependable alternative designed specifically for mission-critical school communications.

Advice for Other Schools & Educational Institutions

Schools still relying on legacy POTS lines face growing risks as providers phase out traditional landline services. Many districts unknowingly pay for inactive or unnecessary lines, while aging infrastructure drives unreliable emergency communications, rising costs, and limited campus visibility.

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