Executive Summary: Revenue Is Capacity × Yield—Minus Gravity Mega-constellations are capital-intensive network businesses. Cash...

Introduction: From Pictures to Decisions Earth observation has matured from “beautiful pictures from space” into a strategic instrument...

Introduction: From Optional Add-On to Native Capability 5G treated satellites as helpful but peripheral—useful for backhaul and...

Telecom networks face mounting risks from cyberattacks, climate change, and surging digital demand. AI-driven network resilience offers a new approach — predictive, autonomous, and adaptive. This article explores how telecom operators in the US, Europe, and the Middle East can harness AI to safeguard infrastructure, enhance reliability, and create a competitive edge.

Europe’s connectivity hinges on a dense mesh of short Baltic/North Sea cables and a handful of deep-water trunks. Coordinated, deniable cuts at 3–6 points would spike latency into Frankfurt/London, push Nordic traffic onto narrower southern routes, and brown-out offshore and island backhaul. Layer concurrent GNSS jamming and satcom ground-segment attacks, and you have a classic hybrid play. This briefing translates that risk into clear operator actions you can take now.

From national satellite fleets to a Mars mission, the Middle East is turning space ambition into industrial strategy. This article explains the region’s emerging space economy, why it matters for telecoms and data sovereignty, and how boards can position for growth across launch, ground segment, EO analytics, and non-terrestrial networks.

From surveillance to secure communications, space is now a battlefield without borders. Telecom operators increasingly find themselves supplying critical infrastructure for military missions—often without knowing it. This blog explores the defence implications of commercial space, and the strategic risks and opportunities for boards and governments.

As tens of thousands of satellites flood into orbit, space is becoming dangerously congested. Space junk—defunct satellites, rocket stages, and debris—is a rising threat to telecoms, navigation, and climate monitoring systems. This blog explores the growing orbital debris crisis, and what “sustainability in space” really requires.

With billions of dollars in satellites orbiting Earth and tens of thousands more planned, insurance is becoming critical infrastructure. From launch failures to orbital debris collisions, space insurers are racing to quantify risk in a domain with no borders and uncertain laws. This blog explores the evolving world of space insurance and what it means for commercial operators, investors, and boards.

The Moon is no longer a scientific outpost—it’s becoming a commercial frontier. Lunar mining, habitats, and data relays require telecoms and infrastructure far beyond today’s capabilities. This blog explores the unfolding lunar economy, the enabling technologies, and the strategic role of telecom operators and investors.