Enterprise security leaders should question a major assumption: that remote outdoor intrusion protection requires constant video backhaul to the SOC.
For water companies, electric utilities, and other operators with remote well heads, substations, pump stations, and distributed infrastructure, the cost of extending fiber or maintaining always-on high-speed IP connectivity can be enormous.
But the mission is not to stream video all day. The mission is to know, with confidence, when a real intrusion occurs.
IntrusionIQ changes that model.
By bridging advanced outdoor video analytic alarm events into traditional alarm panel pathways, enterprises can use proven alarm communications—such as cellular—to report events back to the SOC without requiring continuous video transmission.
That means:
- advanced outdoor analytic detection
- no need for live video transport from every remote site
- reduced fiber and bandwidth costs
- scalable centralized alarm reporting
- the ability to bring tens of thousands of remote facilities into one monitoring workflow
In many cases, a Central Station Alarm Receiver can be added directly at the enterprise SOC, allowing remote facilities to report alarm events efficiently and at scale—without paying for a single foot of fiber just to carry security video.
For enterprise and critical infrastructure security, this is a more efficient architecture:
detect locally, transmit alarms efficiently, and scale protection without letting network cost dictate security coverage.