New: Radio Links Were Never Designed for Autonomous Infrastructure
Enterprise drone programs are growing in scope and ambition. Inspection routes are getting longer. Infrastructure patrols now span entire facilities. Surveyors are mapping complex terrain- ravines, dense forestry, and uneven topography - where maintaining line of sight to the aircraft is impractical or simply impossible.. And everywhere, the same constraint keeps showing up: the Radio Link.
Traditional RF-based command and control works well within line of sight. But the moment a drone dips behind a building, descends into a dense urban corridor, or simply flies too far, the link degrades. In environments with heavy RF interference - construction sites, industrial complexes, city centers - it can fail entirely. The result is not just a failed mission. It is a failed investment.
The stakes are rising on the regulatory side too. The FAA's proposed Part 108 rule is set to streamline BVLOS operations for UAVs, opening up a new class of commercial missions that simply cannot be served by line-of-sight radio. Operators who are not ready to fly beyond visual line of sight will be left behind as competitors scale into this new regulatory environment.
The question was never whether drone operations would move beyond radio links. The question was how to do it safely, reliably, and at scale.
A New Layer of Command and Control, Built Into AuterionOS
BeyondLine is Auterion's native remote operations capability. It enables command-and-control of any Auterion-powered drone over a 4G network, replacing the dependency on a radio link with the global reach of cellular coverage.
It ships as an app for Skynode-enabled vehicles, deployable through Auterion Suite with an Enterprise subscription: no hardware changes, no custom integrations, no proprietary accessories.
Three capabilities define the product:
BVLOS-Ready Architecture. As regulatory frameworks like the FAA's Part 108 evolve to permit broader BVLOS operations, Auterion-powered fleets are already prepared to scale. BeyondLine provides the infrastructure layer that makes compliant, scalable BVLOS missions achievable today.
4G Network or Starlink Based Control. Extended reach with cellular or satellite-based command and control, enabling reliable BVLOS operations anywhere there is mobile network coverage. Works on any carrier, in any region, with any Skynode-equipped vehicle.
Dual Link with Automatic Switching. When both a traditional RF connection and a 4G/satellite network connection are active, AMC displays a Dual Link indicator and manages both simultaneously. If one link degrades, the system switches automatically to the best available option. Operators maintain continuous command and control without manual intervention.
Simple to Set Up, Built to Scale
Getting started with BeyondLine requires no new hardware and no changes to your existing airframe. Once your Skynode-powered drone has an active SIM, you deploy the BeyondLine app directly through Auterion Suite, enable your GCS for Remote Operations in AMC, you are ready to fly over cellular.
The one-time setup takes minutes and persists across sessions: every registered device stays connected and ready.
The connection between drone and GCS runs through a secure VPN tunnel, making it zero-trust, end-to-end encrypted, and authenticated per-device and per-pilot. Your operational data never routes through unsecured infrastructure.
For the full step-by-step setup guide covering all supported operating systems, visit the BeyondLine documentation.
About Auterion
Auterion is the global leader in open, vendor-agnostic operating systems for autonomous drones and robotic systems. Auterion has a global footprint in Arlington, VA and Munich, Germany. Auterion's technology powers unmanned systems for defense customers including the U.S. Department of War, UK Ministry of Defence, German Bundeswehr, and the Armed Forces of Ukraine.