Welcome to the gateway-less future. Rivada’s Outernetis not public broadband or an extension of the internet. It is a physically and logically separate plane of connectivity — a private, global transport layer built in orbit, purpose-built for mission continuity and data integrity.
Combining advances in satellite communications, network architecture, and laser technology, our constellation envelops the Earth with seamless and resilient coverage. Every satellite is both an access point and a smart network node. The result is infrastructure that doesn’t adapt the internet for your needs, it replaces it.
Unmatched Security: Independent Space Architecture
Enterprise-Grade Connectivity Everywhere
Low Latency and Uninterrupted Connectivity
Rapid Deployment, Scalable and Customizable Solutions
The World’s First Unified Global Data Communications Network
Rivada’s Outernet delivers secure, near-instantaneous data transport everywhere. No longer limited by terrestrial infrastructure, governments and enterprises alike can unlock real-time collaboration, seamless data management, and unparalleled security – regardless of location.
Our CEO explains the vulnerabilities of traditional communications networks using subsea cable infrastructure and how using Rivada’s Outernet as an alternative or additional private global data network, ensures communications remain secure and operational during critical moments, completely independent from the public internet.
Following on from our CEO Declan Ganley’s Wall Street Journal op-ed “A Place Like Greenland, Only Unclaimed”, he shares why he feels strongly that the U.S. should seize an opportunity to expand their sovereignty over Marie Byrd Land in the Antarctic, the world’s largest unclaimed territory.
Our CEO Declan Ganley shares why he feels strongly that the U.S. should seize an opportunity to expand their sovereignty over Marie Byrd Land in the Antarctic, the world’s largest unclaimed territory.
From agentic AI systems and command and control to financial trading and remote mining operations, organizations today depend on low latency data transmission more than ever before. What’s needed now is an entirely new foundation—one designed from the outset for real-time responsiveness. A network that puts low latency applications first.