Stop Criminals Before They Strike: How JamAlert™ Protects Against Cellular Jamming
In today’s world, criminals aren’t just breaking locks, they’re breaking signals.
Burglars use cellular jammers to cut off the communication between your alarm system and your monitoring center. That means no alerts, no calls, and no response, leaving your business or home completely exposed.
The problem? Most security systems don't know that they’ve been jammed.
At Doyle Security Systems, we believe true protection means being one step ahead. That’s why we developed JamAlert™: a smart layer of defense that instantly detects and reports signal interference before it compromises your alarm system.
🔍 What Is Cellular Jamming?
Cellular jamming happens when criminals use illegal devices to block the cellular signals your alarm system relies on to communicate.
Even the most advanced alarm can be rendered useless if it can’t “talk” to the monitoring center. Because standard systems don’t always recognize interference, you might not know your line of defense has been disabled until it's too late.
⚡ How does JamAlert™ Work?
JamAlert™ continuously scans your system’s cellular frequencies.
If it detects any sign of jamming, it immediately triggers an alert, sending real-time notifications to:
- Your security control panel
- Doyle’s monitoring center
- Your own security team
JamAlert™ ensures that we know something’s wrong before a criminal even gets through the door.
Why Add JamAlert™ to Your Security System?
✅ Real-time jamming detection
✅ Instant alerts to your security panel and monitoring center
✅ Prevents silent communication failures
✅ Compatible with most existing security systems
With JamAlert™, your alarm system remains connected, even when under attack.
🚀 Stay Ahead of Evolving Threats
Cell jamming is one of the fastest-growing tools in a criminal’s arsenal.
Don’t wait until your alarm goes silent. Add JamAlert™ to your system today and protect your property with the same proactive defense trusted by Doyle Security Systems customers across the Northeast.
