If you ask mobile subscribers what powers their network, the majority will think of fiber cables and cell towers — not the satellites orbiting hundreds of miles overhead. For many MNOs, satellite connectivity has evolved from a backup plan to
What if maritime networks could anticipate disruption before it occurs? As vessels become more dependent on uninterrupted digital infrastructure, the next frontier of maritime networking is moving beyond reactive connectivity toward predictive orchestration. By combining SD-WAN with forecast data, network telemetry, and environmental
Enterprises, government agencies, and organizational entities of all kinds seeking satellite communications often believe that the most important criteria in choosing a solution or service provider is determining which orbit is right for them. Perhaps they need the global breadth and
Modern maritime operations depend on persistent, high-performance connectivity, yet vessels operate in one of the most infrastructure-constrained and dynamic environments in the world. Across commercial shipping, offshore energy platforms, cruise vessels, and government and research
For many years, the space economy seemed far from most boardrooms, reserved only for government agencies and aerospace experts. However, the perception is now fundamentally changing. In a recent Wall Street Journal Deloitte Perspectives article featuring Adel Al-Saleh, CEO of SES, the
Asia Tech x Singapore (ATxSG) 2026 has wrapped up, bringing together global policymakers, technology executives, and innovators. This year’s event focused heavily on practical AI deployment, digital infrastructure governance, and the growing importance of multi-orbit
Industry leaders gathered at the Aircraft Interior Expo (AIX) 2026, in Hamburg to discuss the biggest connectivity challenge the aviation industry is facing, bridging coverage gaps caused by geopolitical complexities and regulatory barriers. During a panel at AIX 2026, Blane Boynton of
When a remote offshore platform uploads real-time operational data to a cloud environment thousands of miles away, the connection behind that transaction must be fast, reliable, and secure, often without any fiber or cellular infrastructure nearby. Similar
In this article written by Mateo Meo, he talks about meoSphere, SES’s next-generation MEO constellation. Rather than just building more satellites, meoSphere represents a new approach to building and operating satellite infrastructure. Mateo explains how meoSphere functions as a flexible multi-orbit backbone that
In an industry filled with acronyms and rapid innovation, it’s easy for satellite connectivity conversations to get complicated. Speed and scale are often the focus when choosing an orbit, but this framing can miss a more practical fact: different
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