Qualcomm collaboration enables standalone satellite SOS and messaging on wearables, powered by Skylo’s commercial NTN service.
The world's leading industry association for mobile network operators and related companies.
Direct-to-device (D2D) services are only the beginning
Live demo of NTN two-way messaging.
Bullitt fires first shot in sat-to-phone messaging battle
What you need to know about the next wave of satellite connectivity
Looking to learn more about non-terrestrial networks and direct-to-device connectivity?
HARMAN is showcasing its suite of connected intelligent, and contextual products and technologies at MWC Barcelona 2025
Revolutionizing Animal Safety with Always-Connected Tracking, AI Health Monitoring, and Solar Charging
Leaders in wireless connectivity and NTN communications open doors to IoT connectivity
First standards-based commercial D2D service to activate millions of devices across 5 continents
Telecommunications provider o2 Telefónica is offering mobile connectivity via satellite for the first time.
Verizon now offers seamless connection to Satellite SOS messaging powered by Skylo on the Galaxy S25 series.
Comprehensive satellite connectivity: why we doubled down on Skylo
“We want ubiquitous connectivity. We just don’t want extra hardware, because that adds complexity.”
Blog by Intel Capital
Creation of MSSA a non-profit aimed at integrating with standardized devices
Market discovery phase
Test cases emulate real world conditions
Sony’s Altair ALT1250 provides a comprehensive hardware foundation with its dual-mode LTE-M/NB-IoT chipset
Helping people when they need it most - is what hits home for me.
The Murata 1SC module is designed to allow customers to use both TN and NTN networks.
At this year’s MWC in Barcelona, Skylo made its mark by showcasing our satellite connectivity solutions.
In an era of technological advancements, staying connected is no longer a luxury but an essential part of daily life.
At Skylo, we are transforming the way the world connects by pioneering seamless satellite-based D2D connectivity