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Aviation

Reliable connectivity is crucial for modern aviation, yet challenges persist. Issues like limited in-flight Wi-Fi bandwidth, satellite coverage gaps, GPS disruptions, and cybersecurity risks affect both passenger experience and flight operations. Advances in satellite networks, 5G, and cybersecurity are enhancing reliability, but technical and cost constraints continue to pose challenges.

Connectivity Gaps and Security Risks in Aviation Networks

Aircraft rely on satellite and air-to-ground networks for connectivity, but coverage gaps over oceans and remote areas cause disruptions. In-flight Wi-Fi suffers from bandwidth limitations and network congestion, while GPS and ADS-B tracking can be affected by signal interference. Air traffic communication faces cybersecurity threats and occasional failures in data link systems like ACARS and CPDLC.

Global inflight connectivity anywhere The Outernet’s satellite-based connectivity services offer global, uninterrupted data access, improving in-flight Wi-Fi, real-time tracking, and communication in remote areas, especially over the poles, which have been previously unconnected. The private network in the sky enhances cybersecurity while reducing costs. By integrating the Outernet, airlines can strengthen air traffic communication, predictive maintenance, and passenger services, creating a more reliable and connected aviation ecosystem.

KEY FEATURES OF THE OUTERNET

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    SECURITY

    Isolate your data streams frompublic and third-party networks. Connect directly with intersatellite links and without gateways.

  • UBIQUITY

    Establish uninterrupted connectivity from pole to pole, across the world’s land, sea, and airspace. Latency, high throughput, reach and mobility with true point-to-point services.

  • HIGH THROUGHPUT

    Access your private Layer 2 network over Ka-band links with guaranteed data rates from 100 Mbps to multiple Gbps.

  • RESPONSIVENESS

    Deploy and adapt your own virtual private network on demand, without reliance on dedicated infrastructure.

  • LOW LATENCY

    Deploy and adapt your own virtual private network on demand, without reliance on dedicated infrastructure.

  • RESILIENCE

    Harness the power of an optical mesh network in the sky enabled by a distributed LEO architecture.

RESOURCES