Discover the benefits of addressing critical connectivity challenges by extending network reach with Cisco Non-Terrestrial Networking (NTN).
Deliver unprecedented interoperability
Simplify networks with unified routing, connectivity, and operations—for end-to-end visibility and optimized performance across terrestrial and non-terrestrial domains.
Ensure seamless, global coverage
Bridge terrestrial and satellite networks to eliminate connectivity gaps and ensure resilient service delivery in even the most challenging and diverse environments.
Bolster network intelligence and security
Enhance real-time visibility and network intelligence across all domains while ensuring consistent protection and policy enforcement with a robust security framework and advanced, AI-driven management.
Unlock monetized use cases
Enable differentiated, assurance-backed service offerings for IoT, emergency response, and industrial connectivity, delivering mission-critical applications that command premium pricing.
Key components for unmatched visibility and performance
Cisco Agile Services Networking
Enable service monetization by converging networks into a simplified, intelligent service delivery architecture.
Cisco Non-Terrestrial Networking and Satellite Solutions
Cisco NTN Reference Architecture
A comprehensive framework for delivering seamless connectivity between terrestrial and satellite domains with optimized performance and end-to-end visibility.
Discover how Cisco SD-WAN for NTN and Starlink synergy enables unmatched network reach, flexibility, and security, revolutionizing satellite connectivity and empowering businesses with integrated solutions.
Explore how non-terrestrial networks create a multibillion-dollar opportunity—enabling direct-to-device satellite communications and expanding coverage to previously unreachable areas.
See how service providers are innovating with Cisco
Advancing satellite transport technology
"Utilizing Cisco's technology, Rivada is ready to converge the Outernet with traditional terrestrial networks, challenging the way satellite transport has been utilized in the past."