Qualcomm collaboration enables standalone satellite SOS and messaging on wearables, powered by Skylo’s commercial NTN service.
D2D is capable of connecting mass-market connectivity devices to satellites in order to provide coverage
Viasat and Skylo to provide D2D satellite network
Viasat - Skylo Collaboration
Initial deployments are planned for early 2024 in North America
First Direct-to-Device Network Launched Between Viasat and Skylo
Viasat and Skylo sign D2D service partnership
Skylo and Telefonica work together to extend NTN service to cellular users
Transatel (subsidiary of NTT Ltd.) and Skylo partner for IoT Innovation Over NTN
Rohde & Schwarz and Skylo Technologies are collaborating to set up a device acceptance scheme for Skylo’s non-terrestria
Friction-free, global IoT connectivity reduces costs and operational overhead
This partnership brings cutting-edge connectivity solutions to various industries, including livestock tracking, smart f
Collaboration joins Skylo 3GPP NTN connectivity to Soracom's cloud-native IoT platform
Satellite connectivity is creating a new paradigm
Skylo will enable FocusPoint's IoT monitoring and emergency escalation service with it's NTN
Skylo has teamed up with FocusPoint to revolutionize the way IoT devices are monitored
Skylo and DT integrate cellular and satellite connectivity
An interview with Skylo CEO and Co-Founder, Parth Trivedi
Providing services by borrowing satellite communication bands from other companies
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