Qualcomm collaboration enables standalone satellite SOS and messaging on wearables, powered by Skylo’s commercial NTN service.
Connectivity and security for agriculture, energy, transportation, utilities, and automotive
Skylo and DT integrate cellular and satellite connectivity
An interview with Skylo CEO and Co-Founder, Parth Trivedi
Bridging the Gap Between Cellular & Satellite
Tarun Gupta discusses our partnership with Viasat for a global direct-to-device network
Providing services by borrowing satellite communication bands from other companies
Compal's RMM-T1 module has successfully obtained Skylo certification and approval from the FCC
Snapdragon X80-equipped smartphones will seamlessly support satellite messaging, location sharing, and SOS
Companies collaborate to launch commercial satellite-based service for consumers & first-of-its-kind satellite IoT trial
Skylo announced the support of an innovative satellite SOS feature on the new Google Pixel 9 series in the US
New partnership brings Particle tools and infrastructure together with Skylo satellite network
Mindel De La Torre joins Skylo to drive growth and accelerate global footprint
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