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Satellite networks only become meaningful when real services depend on them. Those services are delivered on the ground, to users and assets that move, change context, and operate under real-world constraints.  SatPlan approaches NTN planning from the perspective of service delivery, connecting ground-level requirements with satellite constellation design to support deployable, resilient, and operational architectures.  Introduced as a new addition to the Lasting Software por

This semester, Lasting Software is collaborating with the Land Forces Academy “Nicolae Bălcescu” in Sibiu on a specialized course dedicated to 5G NTN Satellite Communications . The initiative supports the technical education of future officers by combining solid theoretical foundations with applied, real-world perspectives on modern satellite and hybrid communication systems.  Bridging academic education and industry expertise  The course is facilitated by Ionel Petrut and

Building a 5G non-terrestrial network is no longer an exercise in assembling compatible components. It is a system design challenge, where architecture choices, integration paths, and performance trade-offs are tightly coupled. The real difficulty is not knowing which technologies exist.It is understanding how those choices interact once the system is live . FLEX-SPACE 5G NTN was created to make those interactions visible, before they turn into commitments. Why system-level

Non-terrestrial networks are reaching a point where technical exploration gives way to operational decision-making. Understanding real system behaviour now matters as much as architecture and standards.  At the start of 2026, we are releasing CELEOS 1.3 , the latest version of our satellite channel emulation platform, built to help teams understand how 5G actually behaves over satellite links before committing to hardware, spectrum, or infrastructure.  Why CELEOS 1.3 matters