Quality Assurance for the Next Frontier
Non-terrestrial networks, satellites, HAPS, and UAVs are redefining connectivity everywhere, from remote regions to the open ocean to the sky. Learn how operators can assure performance, reliability, and customer experience across hybrid terrestrial-NTN environments.
What you will learn
- NTN explained clearly (what it is, why it matters, how it complements terrestrial networks)
- Standards status (3GPP Releases 16 to 19, NR-NTN, NB-IoT/eMTC for NTN, integration considerations)
- Devices and spectrum (multi-mode terminals and key bands in FR1 and FR2, MSS and IMT)
- Top use cases (direct-to-cell, disaster communications, mobile backhaul, rural and enterprise broadband, satellite IoT, voice and data)
- Operator momentum (who is partnering with whom, where services are trialed, planned, and launched)
- Assurance blueprint (real-time monitoring, KPI and QoE analytics, anomaly detection, and steps to move to closed-loop automation)
Short FAQ
What is an NTN in simple terms?
A non-terrestrial network utilizes satellites and high-altitude platforms to extend connectivity beyond traditional ground infrastructure, with seamless operation alongside terrestrial 5G networks.
Why is assurance so important for NTN?
NTNs introduce changing latency, Doppler effects, and intermittent coverage. End-to-end monitoring and intelligent analytics are crucial for maintaining QoE during handovers and across mixed domains.
Which use cases benefit first?
Direct-to-cell connectivity, disaster communications, mobile backhaul, rural and enterprise broadband, satellite IoT, and voice and data services are leading candidates.
Where do standards stand?
3GPP introduced NTN support starting with Release 16, expanded it in Release 17, and continues to improve performance and interoperability in Releases 18 and 19.
👉 Download the white paper to discover how real-time analysis, troubleshooting, and AI-driven insights can be applied to hybrid NTN and terrestrial networks.
