Qualcomm collaboration enables standalone satellite SOS and messaging on wearables, powered by Skylo’s commercial NTN service.
Rohde & Schwarz and Skylo Technologies are collaborating to set up a device acceptance scheme for Skylo’s non-terrestria
Partnership brings cutting-edge connectivity solutions to various industries
emnify and Skylo announced convergence of satellite and cellular IoT connectivity from a single emnify
Emnify and Skylo have announced convergence of satellite & mobile IoT connectivity
Skylo, DT, and Murata announce a new Early Adopter Program for NB-IoT
Friction-free, global IoT connectivity reduces costs and operational overhead
Dnd users no longer need to purchase separate devices, services, and bills from multiple providers
With Murata's Type 1SC module, customers can adopt NTN without the need to alter hardware
Enabling existing modem makers and OEMs to deliver access to satellite connectivity
NTN and Chipsets
No change in behavior needed for IoT device makers
Skylo and Bullitt to develop the world’s first #3GPP standards-based approach to satellite #NTN
Unveiling innovative cellular solutions at MWC Barcelona 2025
Non-terrestrial network network provider shuns vertical integration for direct-to-device
Skylo certifies Sony Altair chips for IoT
Tami Erwin, formerly of Verizon, joins Skylo's BoD
Semtech partners with Skylo to integrate NTN capabilities into its modules
Phone-to-satellite market success is due to prescient technology
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