In today's increasingly unpredictable landscape of natural disasters, cyber threats, and large-scale public events, Emergency Operations Centers (EOCs) must rely on more than just terrestrial connectivity to maintain resilience. That’s where Low Earth Orbit (LEO) satellite backhaul comes in—providing dependable, high-speed communications when traditional infrastructure fails or is unavailable.
Why EOCs Need LEO Satellite Backhaul
EOCs are the nerve centers during emergencies. Whether coordinating multi-agency responses to wildfires, hurricanes, or public safety incidents, communication is mission-critical. But what happens when fiber lines are cut, towers go down, or congestion overwhelms terrestrial networks?
That’s where LEO satellite backhaul steps in—offering:
The Difference Between GEO and LEO Backhaul
Unlike traditional Geostationary Earth Orbit (GEO) satellites that orbit at 22,000 miles, LEO satellites operate at roughly 300–1,200 miles above Earth. The result?
Use Cases for EOCs
PEAKE supports Emergency Operations Centers across the country with LEO satellite integration. Here are a few practical applications:
PEAKE's Approach
As a Starlink Authorized Reseller and trusted integrator of LEO technologies, PEAKE delivers:
What to Consider Before Deploying
When evaluating LEO satellite backhaul for your EOC, consider:
Final Thoughts
In times of crisis, resilient communication isn’t a luxury—it’s a necessity. LEO satellite backhaul ensures your EOC stays online, informed, and in control when it matters most.
To learn more about deploying LEO satellite solutions for your EOC, reach out to PEAKE.