NTN Success Hinges on Ecosystem Integration: Skylo

Why It Matters

The market-wide choice between proprietary and standards-based approaches will determine whether satellite connectivity becomes a transparent, mass-market extension of cellular networks or remains a niche solution; standards-driven interoperability is key to unlocking scale, lower costs, and broader consumer adoption.

Summary

Skylo CTO Andrew Nutell says non-terrestrial networks (NTN) are moving from proofs of concept to commercial rollouts, but the primary obstacles are not radio physics so much as ecosystem alignment and interoperability. He argues that standards-based interfaces—rooted in 3GPP and integration with mobile network operators—are essential to scale NTN and deliver a seamless experience where users don’t know when they’re on satellite versus terrestrial networks. Nutell expects true convergence to rely on 5G NTN (and future 6G) plus large LEO infrastructure and deeper operator integration, and estimates full seamlessness is still a few years away. Early NTN use cases will expand beyond emergency messaging to richer consumer and IoT services as capacity and integration improve.

Original Description

Welcome to Pulse, where we explore the technologies shaping telecom, satellite, and next-generation connectivity. In this episode, host Sulagna Saha speaks with Andrew Nuttall, CTO & Co-Founder at Skylo Technologies, about the future of non-terrestrial networks (NTN), the push toward seamless satellite-to-cellular connectivity, and why ecosystem integration is becoming the defining challenge for NTN adoption.

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