Innovative satellite networks are not only revolutionizing the way we connect across land, sea, sky, and space, but are also setting the stage for true global connectivity.
From new business models to next-generation connectivity solutions, Viasat is at the forefront of creating game-changing solutions to some of the industry’s hardest problems.
Capital, technical, business model, and regulatory challenges are in front of us, but the opportunity is there. It’s a chance to rethink space and ground infrastructure, and I think the satellite industry is up to that challenge.
Direct-to-device (D2D)
Direct-to-device (D2D) is bringing satellite and terrestrial connectivity together as part of a great connectivity convergence. Industrial Internet of Things (IoT) processes, consumer mobile handsets, and vehicles will benefit from connectivity anywhere on the planet, even out of the range of their cellular provider.
This is all being driven by changes to industry standards, new chipsets which connect to both cellular and satellites, and mobile network operators (MNOs) and original equipment manufactures (OEMs) augmenting their services with satellite connectivity.
Viasat is leading innovation within the ecosystem, and along with its partner Skylo, was first to launch a global D2D network. Working with our partners from MNO, chipset, and module manufacturers, to OEM and IoT solution providers, we are rapidly developing new services that use D2D technologies to make universal connectivity possible.
Additionally, we are a founding member of the Mobile Satellite Services Association (MSSA), a non-profit industry association that seeks to advance global mobile connectivity for Direct-to-Device (D2D) and IoT services.
At Viasat, we are thrilled to lead the charge in new D2D connectivity solutions that merge satellite and terrestrial technologies. Our partnership with Skylo is set to transform connectivity for industrial IoT, consumer devices, and vehicles everywhere, promoting seamless communication even in the most remote areas.
Space laser communication terminals
As space communication needs become increasingly complex for the U.S. military and its allies, governments are increasingly looking for cutting-edge solutions from commercial partners.
The United States Space Force is now harnessing the power of satellite laser communication technology, which allows for data transmission across extensive distances. Operating similarly to high-powered modems, the objective is to create a space mesh network that spans different orbits, from Low Earth Orbit (LEO) to beyond Geostationary Orbit (GEO). This initiative aims to guarantee that future military space systems are compatible, facilitating uninterrupted communication from any location.
We were recently awarded a contract by the United States Space Force for the development of next-generation laser communication terminal prototypes—kicking off the first phase of a potential $100 million program dubbed Enterprise Space Terminal.
The project, part of the Space Systems Command’s initiative, aims to revolutionize secure and resilient space communications using laser technology.
We are honored to have been selected by the USSF to support the Enterprise Space Terminal program. This initiative highlights the critical role advanced laser communication systems have in enhancing national security capabilities. By applying state of the art commercial technologies, Viasat is well positioned to meet the cutting-edge needs of the Warfighter effectively and efficiently.
Advanced Air Mobility (AAM)
Advanced Air Mobility (AAM), encompassing technologies like electric vertical takeoff and landing aircraft (eVTOL) and uncrewed aerial vehicles (UAVs), is poised to revolutionize the aviation industry with the support of enhanced satellite connectivity.
Satellite connectivity will play a crucial role in this expansion and can enable a wide array of applications from emergency services and disaster relief to commercial cargo deliveries and environmental monitoring.
Viasat offers connectivity solutions to support AAM’s ability to operate beyond visual line of sight (BVLOS) and a network that can seamlessly integrate into global airspace traffic management. This new level of connectivity not only supports the current infrastructure but also paves the way for future innovations in air mobility.
Recently, Viasat entered a strategic agreement with, uAvionix, a pioneer in avionics for crewed and uncrewed aviation. UAvionix will use Viasat’s Velaris Partner Network for real-time monitoring for BVLOS UAV operations, with seamless integration into commercial airspace, Velaris delivers a ubiquitous safety services data link to uncrewed aviation – for ultra dependable BVLOS connectivity.
uAvionix has a proven track record of developing cutting-edge technology for the aviation industry, and our combined expertise will lead to even more advancements in the field.
Phased array antennas
We continue to invest in the development of phased array antenna technology, recognizing its potential to revolutionize satellite communications. The technology has proven its effectiveness in maintaining strong satellite connectivity on moving platforms. In fact, during a test flight over Europe, we demonstrated that phased array antennas could support high-quality video streaming, video calls, and internet browsing on multiple devices simultaneously without any loss in connection, even on moving aircraft.
With self-installation solutions, the technology creates an opportunity to gain greater flexibility and resilience for various applications, including ground, maritime, and space platforms.
It’s just the beginning of the technology we can bring into our network. Now with the acquisition of Inmarsat our presence is way more significant.
In-flight Wi-Fi
Airlines recognize that in-flight Wi-Fi is not just a nice-to-have, but many now view it as the backbone to the holistic passenger experience.
As one of the most frequent flyers on 60+ airlines with the capacity to connect 50 million passengers a month, Viasat is continuing to innovate our reliable network capabilities by establishing layers for valuable services on top of direct connectivity using satellite spectrum. As we work to expand our trusted connectivity solutions, we can continue to play a crucial role in enhancing the in-flight experience by offering robust internet connectivity.
Beyond passenger entertainment, enhanced in-flight Wi-Fi can support a broader range of applications, including real-time weather updates, improved navigation and operational efficiency for airlines, and enhanced capabilities for crew communications and management systems.
Our focus on enhancing passenger experience is crucial to our business – and adding more connectivity to our fleet will be a key step forward in achieving this. Bringing Viasat’s reliable, high-speed connectivity to more Korean Air flights means even more of our valued passengers will be able to benefit from exceptional Wi-Fi onboard.
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