
The collaboration accelerates safe, large‑scale deployment of UAV and AAM services, a critical step for the emerging air‑mobility market and its regulatory frameworks.
The satellite communications market is undergoing a rapid transformation as unmanned aerial vehicles (UAVs) and Advanced Air Mobility (AAM) platforms demand reliable beyond‑visual‑line‑of‑sight (BVLOS) links. Viasat’s Velaris service has already positioned itself as a dedicated connectivity solution for these high‑performance aircraft, offering global coverage and low‑latency data streams. As the AAM sector anticipates a surge in commercial operations, the need for a flexible, secure, and easily managed network becomes paramount, prompting providers to seek partnerships that can bridge technology and operational complexity.
Galaxy 1’s Distribution Partner‑as‑a‑Service (DPaaS) model addresses this gap by abstracting the intricacies of satellite provisioning, billing, and regulatory compliance into a single, managed layer. Through a multi‑API integration framework, operators can connect flight‑planning tools, tracking systems, and safety applications directly to Velaris, creating a seamless system‑of‑systems (SoS) architecture. This not only reduces time‑to‑market for new UAV fleets but also supports scalable partner onboarding, allowing developers and service providers to tap into a broader ecosystem without reinventing backend infrastructure.
The strategic alliance has broader implications for the aviation industry. By delivering end‑to‑end service monitoring, cybersecurity, and resilience via Galaxy 1’s IBIS and Remote Terminal Manager platforms, the partnership enhances regulatory confidence in BVLOS operations, a key hurdle for widespread AAM adoption. As airlines, logistics firms, and municipal authorities explore drone‑based services, the combined Velaris‑DPaaS solution offers a compelling value proposition: rapid deployment, cost‑effective scaling, and robust compliance. This collaboration therefore positions both companies at the forefront of the next wave of air mobility, shaping standards and accelerating the transition from experimental trials to fully commercialized aerial networks.
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