Verizon Partners with Skylo to Launch Satellite-Based Direct-to-Device Messaging

American wireless network provider Verizon has partnered with satellite communications provider Skylo to launch a commercial direct-to-device messaging service. Starting this fall, Verizon customers will gain access to emergency messaging and location sharing via satellite on select smartphones, even when the terrestrial network is unavailable. Next year, Verizon will offer the ability to text anywhere via satellite for customers with select devices, the operator said in a statement on Wednesday.

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Skylo’s Technology and Coverage Benefits

Reportedly, Skylo utilises dedicated, licensed mobile satellite spectrum for connectivity, which avoids network interference with terrestrial signals and ensures ubiquitous coverage for customers in rural or rugged areas where low population density, technical challenges, and economic viability make building a cellular network infeasible.

Verizon’s Efforts in Satellite Connectivity

Verizon claims to be the first mobile carrier worldwide to commercially launch supplemental smartphone connectivity on Skylo’s non-terrestrial satellite network and the first mobile carrier to launch a commercial direct-to-device service offering.

“Verizon has been driving innovation in the use of supplemental satellite capabilities for years, using satellite connections for cell tower rapid deployments, emergency response, and temporary solutions. We are encouraged by the progress being made in satellite-to-device communications for consumers and are equally excited to be driving technical innovation trials in the space of satellite IoT solutions,” said Verizon.

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Expanding Satellite IoT Capabilities

In addition to consumer services, Verizon and Skylo are advancing satellite IoT technology, allowing IoT devices to roam onto satellite networks for enhanced coverage in remote areas. This satellite IoT roaming capability supports various industries, including agriculture, maritime, and asset tracking, by ensuring connectivity in the most challenging environments.