Airports
Private Cellular Connectivity Built for the Realities of Airport Operations
GXC’s network extends secure, high-capacity coverage across terminals and airside operations, deployed wherever power is available, without depending on excessive trenched fiber or dense Wi-Fi access point grids. The result is a single connectivity layer that supports baggage systems, ground equipment, security infrastructure, and terminal operations across both indoor and outdoor areas.
"Airports using 5G-powered autonomous guided vehicles have even reported a 40% boost in baggage processing throughput."
The Industry's Challenge
Airport operators are being asked to run more connected systems across more square footage than their existing networks were built for, and the gaps show up in the operations that matter most:
- Ground support equipment: Ground support equipment (tugs, pushback tractors, belt loaders, de-icing trucks) operates across wide-open ramp and apron areas where Wi-Fi signal drops out, forcing crews back onto radios or manual coordination and slowing turnaround times.
- Data-heavy terminal systems: Baggage handling, passenger flow analytics, and security systems generate more data and need more reliable uplink than legacy Wi-Fi was designed to carry, especially at peak travel times.
- No existing infrastructure to build on: Many older airports were built before pervasive wireless was a requirement, meaning new connectivity has to be layered in without months of construction or trenching.
- Security and reliability gaps: Public cellular and consumer Wi-Fi networks cannot guarantee the security, prioritization, or uptime that safety, security, and asset-tracking systems require.
DEVICES & APPLICATIONS
Purpose-Built Private Cellular for Airports
Unlike conventional private wireless deployments that rely on fixed infrastructure and public spectrum, GXC's solution is self-healing, mobile, and rapidly deployable. Bring your network online in days, not months, and reconfigure it as your site evolves without costly re-engineering.
Airport Use Cases
Ground Support Equipment (GSE) Tracking
Real-time tracking and coordination of tugs, belt loaders, de-icing trucks, and pushback equipment across the ramp and apron
Baggage Handling Automation
Automated tracking through terminals, sortation, and ramp operations
Emergency Response & Safety Systems
Connected wearables, sensors, and communication systems that keep responders coordinated across large sites
Augmented & Virtual Reality Applications
AR/VR tools for maintenance, training, and remote inspection of aircraft and terminal infrastructure
Real-Time Equipment & Facility Monitoring
Telematics and utilization data across GSE, tugs, and terminal facility equipment
Video Surveillance & Analytics
High-definition camera feeds across terminals and airside operations without relying only on Wi-Fi backhaul
Transportation & Parking Integration
Connectivity for shuttle systems, parking management, and ground transportation coordination
Venue Security & Access Control
Badge access, smart lighting, and perimeter security across terminal and airside areas
Network Segmentation for Sensitive Data
Isolated, secure connectivity for PCI-sensitive systems like ticketing, mobile payment, and reservation platforms
IoT & M2M Device Integration
Wireless M2M communication and sensor integration across every connected system on site
How GXC Compares
Other private cellular providers in the aviation space tend to fall into a few categories: access-point-only, cloud-managed platforms built for distributed enterprise sites; dual-mode core deployments aimed at large hub airports with big capital budgets and multi-year transformation programs; and fiber-based LAN architectures that underpin phased “digital airport” rollouts at major international hubs.
What separates GXC is what it doesn’t require. Many of these approaches depend on wired backhaul to every access point or a fiber-based LAN as the backbone, which works well for hub airports with the infrastructure and budget to support it. GXC’s network is built for flexible deployment instead: where the site calls for it, GXC’s mesh capability lets nodes connect wirelessly instead of over fiber, but the broader advantage is a network that goes live in days rather than months, moves or expands with the airport, and doesn’t require a multi-phase infrastructure program to get started. That makes GXC a fit not just for major international hubs, but for regional airports that don’t have the existing infrastructure or capital budget larger deployments assume.
Private Cellular Competitors vs. GXC
| Private Cellular Competitors | GXC | |
|---|---|---|
| Architecture | AP-only cloud models, dual-mode cores, or fiber-based LAN backbones, depending on the vendor | Flexible architecture, deploys anywhere power is available, mesh available where the site calls for it |
| Backhaul Internet Needs | Typically require wired backhaul to each access point or a fiber-based LAN as the core | No fiber or LAN required between nodes when mesh is used; minimal wired backhaul to all access points |
| Best Fit | Large hub airports and distributed enterprise sites with capital budget for multi-phase rollouts | Airports of any size, including large hubs and regional airports without existing infrastructure |
| Deployment Speed | Hours per site once wired, up to multi-phase rollouts spanning months | Days, with mobility to relocate or expand as operations change |
| Cost Model | Per-AP subscription pricing or enterprise project-based licensing | Transparent, usage-independent pricing with no per-device fees |
Wi-Fi vs. GXC
| Wi-Fi | GXC | |
|---|---|---|
| Speed | Up to 1 Gbps | Up to 10 Gbps |
| Latency | Up to 500 ms | Under 10 ms |
| Coverage | Up to 5,000 sqft per AP | Up to 500,000 sqft per AP |
Who This Applies To At Your Airport
- Airport IT Directors and CIOs: own the budget and long-term connectivity strategy for the airport.
- VP of Airport / Terminal Operations: feel the daily impact of GSE, ramp, and terminal connectivity gaps.
- Security and Safety Directors: depend on reliable coverage for cameras, access control, and emergency response.
- Ground Operations and GSE Managers: manage tugs, tractors, belt loaders, and turnaround coordination.
- Procurement and Capital Projects Teams: evaluate infrastructure investment and vendor selection for capital projects.
Owning Your Cellular Network in Your Facility
What Makes GXC Different
GXC provides a private cellular network, where the distinction matters most in environments like yours, e.g., site footprints are expansive, infrastructure is sparse, and downtime is never an option. GXC can expand the network in difficult-to-reach environments or as the site expands to fit the project’s needs.
- Rapid deployment: go live in days, not months, without waiting on a phased infrastructure rollout.
- Network mobility: the network moves with your operation as terminals expand, ramps reconfigure, or new areas need coverage, with mesh capability available for sites where wireless node-to-node connectivity makes sense.
- Complete outdoor and indoor coverage: reach ramp, apron, and terminal areas that Wi-Fi and public cellular can’t cover reliably.
- Secure by design: data is collected reliably and securely, isolated from public networks and other devices.
- Cost-effective at scale: lower network management overhead, less downtime, and no per-device or per-usage charges.
Patented Cellular Mesh Architecture
Network Mobility
