WTA - Sovereign Satellite Infrastructure: Opportunity or Constraint for Teleports

The topic of sovereign satellite infrastructure is important because it sits at the intersection of national security, economic resilience, and the future of global connectivity, raising critical questions about how countries balance control with collaboration. For teleports, which act as key gateways between terrestrial networks and satellites, the push toward sovereign systems can create both opportunities—such as increased domestic investment and demand for secure, locally controlled services—and constraints, including regulatory complexity, reduced interoperability, and potential fragmentation of global networks. As governments seek greater autonomy over data and communications, understanding how teleports can adapt to these shifting priorities is essential for maintaining efficient, scalable, and internationally connected satellite services.

Data Centres - Cloud, AI, and Edge Computing

The evolution of data centres from simple connectivity hubs into deeply integrated architectural components reflects how central they have become to modern digital infrastructure. No longer just places to route traffic, data centres are now tightly embedded with cloud platforms, edge computing, AI workloads, and network functions, enabling faster processing, lower latency, and more efficient data management.

Optical - In a Satellite Driven World, the Future is Optical

The role of optical technology in a satellite-driven world is increasingly vital, as it underpins the high-capacity, low-latency connectivity that modern applications demand. While satellites extend coverage globally, optical networks—both terrestrial fibre and emerging laser-based inter-satellite links—provide the speed and bandwidth needed to move vast amounts of data efficiently. This convergence ensures that satellite systems are not isolated, but instead integrated into a seamless, high-performance communications ecosystem, making optics a cornerstone of future network infrastructure.

IoT - Critical Driver of National Economies Through Services and Applications

The Internet of Things (IoT) has become a critical driver of national economies by enabling smarter, more efficient industrial operations. Through connected sensors and real-time data analytics, businesses can optimize production processes, reduce downtime, and improve resource management across sectors such as manufacturing, energy, and logistics. This increased efficiency not only boosts productivity and competitiveness but also supports innovation and economic growth, making IoT a key pillar in the development of modern, digitally enabled industries.

DVB Workshop: Solutions for Non-Geosynchronous Satellite Orbit (NGSO) Constellations - 30th September - Time: 13:00 - 14.15

DVB technical standards have underpinned the global satellite communications ecosystem for 30 years, delivering scalability, interoperability, and long-term investment protection. As NGSO constellations move from concept to large-scale deployment, the latest enhancements to DVB-S2X and DVB-RCS2 demonstrate that open standards continue to meet – and often exceed – the demanding performance requirements of these dynamic networks.

 

This lunchtime workshop will present a focused overview of the DVB specifications most relevant to NGSO systems, supported by independent simulation results conducted by Magister Solutions. These studies confirm that DVB-based forward and return links can achieve high throughput, low latency, and robust link availability under realistic NGSO conditions, including fast beam hopping, varying link budgets, and mobility.

Secure Systems: Cyber, AI, Interoperability & Resilience Throughout the Value Chain

Attendees will gain insight into how cybersecurity frameworks are adapting to AI-powered threats and opportunities, how interoperability between platforms and partners can be achieved without sacrificing trust, and how resilience can be engineered into every layer—from supply chains to software architecture. The session will also examine real-world case studies where organizations have successfully balanced openness with control, enabling collaboration while maintaining robust defenses.

5G/6G - Driving Commercial Services Utilizing NTN

5G and emerging 6G networks are increasingly designed to integrate non-terrestrial networks (NTN), enabling satellites to function as a seamless and essential part of global communications architecture. This convergence allows terrestrial and space-based systems to work together, extending coverage to remote and underserved regions while enhancing resilience, capacity, and latency performance. By incorporating satellite connectivity directly into mobile network standards, 5G and 6G pave the way for a truly unified, ubiquitous network ecosystem that supports next-generation applications such as autonomous systems, IoT at scale, and real-time global services.

5G/6G Standards Shaping the Future

The landscape of mobile connectivity is currently undergoing a critical transition as 5G-Advanced matures and the global industry begins formalising 6G standards. These standards are not merely about incremental speed; they are evolving into a multi-purpose platform that integrates artificial intelligence (AI), environmental sensing, and non-terrestrial networks (NTN) to bridge digital and physical realities.

Earth Observation - Creating Commercial & Government Business Cases

Earth observation is becoming a powerful tool for both commercial and government sectors, as advances in satellite imaging and data analytics unlock new, actionable insights. From monitoring climate change and managing natural resources to supporting agriculture, urban planning, and disaster response, these capabilities create clear, data-driven business cases. For governments, the value lies in improved decision-making and public service delivery, while for businesses, earth observation enables cost savings, risk reduction, and the development of innovative services, making it an increasingly essential part of modern economic and policy frameworks.

Government and Defense - Strategies and Planning

Government and defense strategies increasingly rely on satellite technology to secure operational advantages, with space now considered a critical fifth operational domain. Modern defense strategies, such as the UK’s £5 billion-plus investment in the Skynet 6 programme and a total £1.4 billion for new space technologies, focus on integrating satellite data for real-time intelligence, surveillance, and reconnaissance (ISR), secure communications, and precise navigation. Hear fromUK, Swiss, Italian and German MODs.

Government Operational Systems

Government satellite operational systems encompass a diverse array of assets designed for defense, communication, weather monitoring, and navigation. These systems are typically managed by national space agencies and military organizations to ensure security and operational capabilities, with increasing reliance on commercial partnerships. 

Space Agency Managing Ground Segment for Mega Projects

Space agencies managing ground segments for mega projects play a critical role in ensuring the success of large-scale satellite and space missions. These ground systems provide the infrastructure needed for mission control, data processing, communication, tracking, and network operations across global locations. As space programs grow in complexity, agencies must coordinate advanced technologies, cybersecurity, and real-time operations to support high volumes of data and continuous connectivity. Efficient ground segment management enables reliable mission performance, international collaboration, and the smooth operation of next-generation space exploration and satellite services.

Driving the Future of Mobile Connectivity: Integrating Air, Land and Sea

Driving the future of mobile connectivity requires a seamless integration of air, land, and sea networks to ensure uninterrupted communication across every environment. By combining terrestrial mobile infrastructure with satellite systems, maritime communications, and airborne connectivity solutions, industries and individuals can stay connected wherever they are. This integrated approach enhances global coverage, supports real-time data exchange, improves emergency response capabilities, and enables innovations such as autonomous transport, smart logistics, and connected travel experiences. As technology advances, unified connectivity across these domains will play a vital role in powering a smarter, more connected world.

The Satellite Video Broadcast Conundrum

Satellite video broadcasting sits between global reach and inherent limits. A single uplink can distribute content across entire continents, bypassing ground infrastructure and making it vital for remote regions, ships, and aircraft. However, it faces latency, signal degradation, and high bandwidth costs, where delivering high-quality video at scale is expensive and technically constrained. Despite competition from streaming, satellite remains unmatched for wide-area, one-to-many delivery without reliance on terrestrial networks. Its reliability, broad coverage, and independence from internet infrastructure keep it essential for live broadcasting and global distribution—even as the media landscape shifts toward more flexible, on-demand systems.