Autonomous Operations

Reliable Links for Every Platform

Autonomous and uncrewed vessels can’t afford uncertainty. They need a communication link that works every time they surface, every hour they transit, and every moment mission decisions depend on real-time information. Iridium provides that link, globally, continuously, and without compromise.

Iridium’s global, weather-resilient L-band connectivity featuring lightweight, low-SWaP terminals keep autonomous systems online from any ocean, sea and everywhere in between. Whether collecting environmental data, conducting offshore energy surveys, or supporting national security missions, operators get continuous insights and command-and-control across the surface and for subsea domains.

Photo Credit: IBM/Promare - The Mayflower Autonomous Ship equipped with an Iridium Certus terminal.

Connectivity tailored to every autonomous platform

USVs, ASVs, ocean gliders, AUVs, and UUVs rely on Iridium’s global LEO network to report positions, stream telemetry, upload mission data, and execute BVLOS operations. 

Uncrewed Surface Vessels (USVs)

Continuous situational awareness and remote control for missions that may last days or cross entire oceans.

  • Real-time telemetry and vessel health
  • C2 for long-distance navigation
  • Sensor and payload data transmission
  • Redundant connectivity to complement VSAT

 

Autonomous Underwater Vehicles (AUVs) 

AUVs must surface efficiently and transmit quickly. Iridium shortens surface windows and keeps battery usage low.

  • Rapid network acquisition
  • Compact antennas for streamlined surfacing
  • Two-way data bursts for mission updates
  • Reliable performance in rough seas

Designed for Autonomy

Beyond Visual Line of Sight (BVLOS) Control

Autonomous systems don’t stop at network boundaries. Iridium eliminates them. Every corner of the ocean, polar waters, remote passages, deep-sea survey routes, remains within reach.

AI-enhanced coral reef restoration, robotic divers planting coral in a protected marine zone

Low-SWaP Integration

AUVs and UUVs surface briefly. USVs carry limited payload. Iridium terminals are small, low-power, and designed to fit the reality of unmanned design constraints.

Iridium Certus™ 9770

Surface + Subsea Support

From long-endurance environmental vehicles to defense-grade underwater systems, Iridium supports autonomous missions at scale and in operational environments where failure is not an option.

Black and yellow marine survey vessel labeled ‘SURVEY’ floating on calm water near a concrete dock

Services

Connect, monitor, and control autonomous platforms with Iridium’s globally available maritime services.

View All Services

Choose the right connectivity option for every vessel from broadband BVLOS control to low-power subsurface data uplinks.

Why autonomy companies choose Iridium

Global coverage without exceptions

Autonomous systems don’t stop at network boundaries. Iridium eliminates them. Every corner of the ocean, polar waters, remote passages, deep-sea survey routes, remains within reach.
 

Low latency for responsive C2

Crosslinked LEO satellites deliver fast, predictable communication windows so operators can retask, redirect, update, and intervene when the mission changes.
 

Built for harsh, real-world waters

Sea spray, motion, frigid temperatures, constant vibration, Iridium equipment maintains performance where other networks falter.


Designed for SWaP-restricted platforms


AUVs and UUVs surface briefly. USVs carry limited payload. Iridium terminals are small, low-power, and designed to fit the reality of unmanned design constraints.
 

Field-proven with leading fleets


From long-endurance environmental vehicles to defense-grade underwater systems, Iridium supports autonomous missions at scale—and in operational environments where failure is not an option.
 

A red research ship sits on the ocean surface with equipment submerged beneath calm waters as marine scientists prepare for oceanographic study

Ready for Any Remote Mission

Equip your autonomous surface and subsea systems with reliable, global connectivity designed for the harshest marine environments.