- Space Type: Aviation Hangar, Ramp Space & FBO Terminal
- Industry Focus: Aerospace Support & Aviation Logistics
The Infrastructure Challenge
Aviation maintenance hangars are expansive, wide-open spaces characterized by cavernous ceilings and massive sliding steel doors. When aircraft move into these spaces for structural overhauls or avionics testing, their large aluminum fuselages act as massive wireless shields, completely blocking WiFi signals from reaching technicians working inside or underneath the aircraft.
Furthermore, flight line operations require high-speed data access directly on the tarmac. This allows pilots and ground crews to quickly download heavy flight telemetry data and upload complex digital manifests before departure.
The Emerald City IT Architecture
We solve aviation-sector wireless limitations by installing a distributed network of high-ceiling industrial access points paired with drop-down omnidirectional antennas. These APs are mounted at precise angles to cast an overlapping blanket of wireless coverage over and around aircraft structures.
Our technicians run high-speed multi-mode fiber-optic backbones out to the hangar floor edges. This connects to ruggedized, power-filtering PoE switches that provide stable power to heavy data connections.
On the active flight line and ramp spaces, we mount rugged, outdoor-rated access points directly onto the hangar's exterior structural pillars. This extends high-bandwidth wireless coverage out onto the tarmac.
Cory Hofstad’s professional background protecting high-stakes institutional infrastructure guides our physical surveillance blueprint for these facilities. We pull dedicated network drops for a network of high-definition 4K cameras that monitor aircraft towing paths, maintenance bays, and restricted fuel farms. This layout guarantees clear, un-dropped coverage of all high-liability zones.
To protect sensitive aviation blueprints and flight manifests from digital threats, our network designs utilize WatchGuard Firewalls paired with Revolutionary Technology frameworks. This setup keeps aircraft maintenance logs completely isolated from guest terminal networks.
Our TeamViewer 24-hour remote support infrastructure monitors the entire network’s performance around the clock. If a maintenance diagnostic terminal experiences a data transfer delay, our remote engineers can instantly access the network switches, analyze the local bandwidth distribution, and optimize performance parameters, ensuring aircraft are cleared for departure without technical delays.