Blogs

SES is working with Google to simplify how Android users access airline‑branded onboard portals, boosting engagement and delivering more consistent passenger experiences on Android devices.

The SES Space STEM Programme and the Women in STEAM Initiative are making space education more accessible, relevant, and community-driven.

Ball Aerospace’s ESA antenna enables seamless multi‑orbit connectivity, enhancing inflight Wi‑Fi performance and reliability. Learn how this innovation improves passenger experience and airline efficiency.

High‑quality inflight connectivity enables airlines to deliver personalized experiences, boost loyalty, and unlock new revenue. Explores how data and Wi‑Fi transform passenger engagement.

Satellite connectivity is now central to Telco and MNO strategies, enabling wider coverage, greater resilience, and new services through innovations like multi-orbit networks and direct-to-device.

WRC‑27 Agenda Item 7 focuses on updating satellite regulations to improve spectrum use and coordination. Highlights balanced, manageable rules to protect services while enabling innovation.

SES enables airlines to stream major sports events live in flight with seamless, high-quality connectivity. Multi‑orbit solutions ensure global coverage and smooth viewing for passengers.

SES and Lynk are developing a multi‑orbit direct‑to‑device solution to extend connectivity beyond cellular networks. The partnership enables scalable, resilient services for commercial and government users.

Airlines can turn inflight Wi‑Fi from a cost into a revenue driver using advanced satellite connectivity. It boosts loyalty, ads, e‑commerce, and operational efficiency.

SES explains how intelligent, multi‑orbit networks powered by O3b mPOWER enable industrial automation and real‑time operations. It highlights AI‑driven, cloud‑connected connectivity for scalable, resilient enterprise solutions.

WRC‑27 debates focus on managing unauthorized NGSO satellite terminals without harming compliant operators, explores how balanced regulation can protect sovereignty while enabling innovation and connectivity.

Hybrid connectivity combines fibre and satellites to ensure reliable network access during disasters, showing how resilient multi‑orbit solutions keep communities and services connected when outages occur.