NTN is no longer an add-on. To get real value from a stratospheric platform, operators must treat HAPS as a native access layer in the mobile core—steered by policy, secured by design, and orchestrated alongside terrestrial cells and satellites. This post shows how to align HAPS with 5G/6G roadmaps—so coverage, capacity, and continuity are policy decisions, not geography.

Note d'information Considérez HAPS comme une couche RAN de première classe que votre cœur peut voir et contrôler comme n’importe quel...

When fibre is cut, towers are flooded, or power grids fail, HAPS can still fly. Backed by Saudi investment, Sceye’s stratospheric platforms act as steerable, wide-area cell sites that restore first-responder communications within hours, bridge the “golden 72 hours” of disaster response, and harden national infrastructure. Here’s where HAPS fits—and why it belongs in your resilience plan for KSA.

As Europe faces escalating GNSS jamming from Russia, critical infrastructure and civil aviation are under threat. This blog explores the geopolitical, technological, and operational dimensions of the growing disruption to Positioning, Navigation, and Timing (PNT) systems.

The FCC’s August 2025 submarine cable licensing overhaul is more than a procedural update - it signals a shift in how the U.S. treats the physical infrastructure of the internet. By fast-tracking trusted projects and locking out high-risk players, Washington is redrawing the geopolitical map of global connectivity and setting new standards for digital trust.

The FCC’s August 2025 submarine cable reforms fast-track trusted projects, bar high-risk foreign entities, and align with parallel EU and ITU initiatives. Together, these moves mark a decisive shift toward treating undersea fibre as a strategic, defended asset in global tech competition.