At SES we combine an intelligent network of nearly 70 satellites operating in two different orbits (GEO and MEO), ground infrastructure, and deep industry expertise to be able to deliver video and data services to 99% of the world’s population.

SES is well positioned to deliver a highly positive network experience by seamlessly integrating different orbits 
into a single unified solution. Our innovative multi-orbit strategy harnesses the strengths of MEO, GEO, and LEO orbits, providing an SLA enterprise-grade solution as-a-service that dynamically adapts to the particular needs of each application. The SES multi-orbit solution is key for driving digital transformation, offering reliable and high-performance connectivity in virtually any scenario.

Multi-Orbit Orchestration - Live Demo during MWC 2025

The current Mexican government recognises that lack of equitable internet access makes it difficult to realise equal access to work, basic education, and public services. It has charged the federal agency, CFE Telecomunicaciones e Internet para Todos (CFE TEIT) with addressing the issue under the “Internet para todos” (Internet for everyone) initiative, making it easier for Mexican citizens to connect.
As part of this program, CFE TEIT chose SES to deploy more than 1,100 broadband hotspots across Mexico, connected to the internet via SES-17.
Read more about the role SES played in this initiative: https://www.ses.com/case-study/cfe-teit

SES & CFE TEIT: Aiding Local Farmers

SES & CFE TEIT: Fueling Local Businesses

SES & CFE TEIT: Elevating Rural Education

SES & CFE TEIT: Connecting Remote Communities

EuroSkyPark (ESP), a European connectivity provider, is leading the push to make Germany reliant on renewable energy. Wind and solar power are heavily backed in countries like Germany, which has mandated to make renewable energy the main power source by 2050. Yet, for green energy to be truly sustainable, it needs unwavering connectivity.
For over a decade, SES worked together with ESP to provide its energy customers with highly secure data transmission, increased bandwidth for ongoing data transfer to energy assets, data monitoring capabilities to oversee plant operations, and reliable back-up connectivity to remote energy facilities.
Read more about the SES & EuroSkyPark partnership: https://www.ses.com/case-study/euroskypark

EuroSkyPark: Uninterrupted Connectivity

Join Nadine Allen, Global Head of Enterprise and Cloud at SES, as she unveils SES's ambitious theme: "Aim Higher, Reach Further." Discover how SES is revolutionizing industries with cutting-edge satellite solutions that enable seamless connectivity from core networks to remote sites. Learn about the power of multi-orbit solutions combining GEO, MEO, and LEO satellites for optimal coverage, throughput, and low latency. Explore SES's commitment to sustainability and their innovative approaches to reducing CO2 emissions and circular satellite design. Witness live demonstrations of SES's capabilities in digital transformation and critical communications deployments. Understand the unparalleled security and control offered by SES's sovereign networks for government customers. Hear inspiring case studies and business talks showcasing SES's impact on society and businesses. Get ready to aim higher and reach further with SES's future-proof, high-performance connectivity solutions.

Aim Higher, Reach Further: SES's Vision for Connectivity and Innovation

Join Michael Geist, Vice President of Product Management at SES Space and Defence, as he delves into the critical value of utilizing all orbits for optimal connectivity. This video explores two key con-cepts: coverage, latency, and congestion; and availability and scalability. Learn about the unique characteristics and benefits of low-Earth orbit (LEO), medium-Earth orbit (MEO), and geostationary Earth orbit (GEO) in terms of coverage area, latency, and congestion. Understand how each orbit serves different applications, from internet traffic to enterprise and broadcast connectivity. Discover how combining these orbits fills coverage gaps and provides the best availability and scalability for users globally. Michael concludes with real-world use cases demonstrating the seamless integra-tion of all orbits to deliver superior connectivity solutions.
Through this video you will learn:
• Coverage, Latency, and Congestion: Understand the differences in coverage area, latency, and congestion across LEO, MEO, and GEO.
• Application Suitability: Learn which orbits are best suited for internet traffic, enterprise ap-plications, and broadcast connectivity.
• Availability and Scalability: Discover how combining all orbits enhances global coverage, reduces congestion, and improves scalability.
• Real-World Use Cases: See practical examples of how all orbits work together to provide optimal connectivity for various applications.
• SES's Multi-Orbit Strategy: Gain insights into SES's investment in multi-orbit solutions to deliver best-in-class services to customers.

The Value of All Orbits: Enhancing Connectivity with Satellites

Join Hira Muzammil, Director of Software Architecture and Development at SES, as she introduces ARC (Adaptive Resource Control), the innovative software designed to control and configure SES's next-generation satellite constellations. Learn why ARC is essential for serving diverse market segments, including Enterprise, Cloud, Government, Energy, and Maritime services. Discover how ARC manages complex requirements and provides tailored connectivity solutions using SES's O3b and O3b mPOWER constellations. Explore the detailed workings of ARC, from processing service orders to creating frequency plans and managing resources across the SATCOM and Core Transport Network domains. Understand the continuous optimization process of ARC and its future capabilities for multi-orbit connectivity.
Through this video you will learn:
• Introduction to ARC: Understand the purpose and significance of ARC in managing SES's satellite constellations.
• Market Segments and Requirements: Learn about the diverse market segments served by SES and their unique connectivity needs.
• How ARC Works: Explore the end-to-end process of how ARC controls and configures satellite services, from order processing to resource management.
• Resource Management: Discover the resources controlled by ARC, including power, frequency, and bandwidth, and how it adapts to changing conditions.
• Continuous Optimization: Understand ARC's continuous closed-loop optimization process and its ability to adjust plans based on real-time data.
• Future Capabilities: Gain insights into the future capabilities of ARC, including multi-orbit connectivity and rapid software updates.

ARC: Adaptive Resource Control for Next-Generation Satellite Constellations

Uploaded_Video_No_Title

Join Pierre Penven, Senior Manager for Space Software Systems at SES, as he explains the importance and functionality of gateway switching using SES's ARC (Adaptive Resource Control) software. Learn why gateway switching is essential for mobility customers, such as cruise ships, which travel between different regions and require seamless connectivity. Discover how ARC automates the gateway switching process, improving efficiency and customer experience. Explore the future potential of ARC to autonomously manage gateway switching based on real-time movement and connectivity needs.
Through this video you will learn:
• Importance of Gateway Switching: Understand why gateway switching is crucial for mobility customers and how it ensures continuous connectivity.
• How Gateway Switching Works: Learn the step-by-step process of how ARC manages gateway switching, from establishing initial links to transitioning between gateways.
• Automation with ARC: Discover how ARC automates the gateway switching process, reducing manual intervention and improving efficiency.
• Future Capabilities: Gain insights into the future potential of ARC to autonomously manage gateway switching based on real-time data.
• Enhanced Customer Experience: Understand how ARC improves customer experience by providing seamless connectivity with minimal outages.

Gateway Switching with ARC: Enhancing Connectivity for Mobility Customers

Join Shruti Vyas, Director of the IRIS program at SES, as she introduces the groundbreaking IRIS² ini-tiative. Discover how IRIS², a consortium led by SES and partnered with industry giants like Eutelsat, Hispasat, Airbus, and Thales, is set to transform secure connectivity for governmental users world-wide. Learn about the multi-orbit architecture of IRIS², combining MEO, LEO, and low LEO satellites to provide resilient, encrypted, and flexible connectivity solutions. Explore the unique features of IRIS², including 5G compatibility, transparent mode for proprietary waveforms, and hosting capabili-ties for various payloads. Understand the different services offered by IRIS², catering to both gov-ernmental and commercial users with committed SLAs and low latency. Witness the future of se-cure connectivity through IRIS²'s evolving constellation and integrated network systems.
Through this video you will learn:
• Introduction to IRIS²: Understand the concept and architecture of IRIS², including its multi-orbit design and global coverage.
• Benefits of Multi-Orbit Solutions: Learn how combining MEO, LEO, and low LEO satellites enhances resilience, security, and flexibility.
• Secure Connectivity Services: Discover the end-to-end encrypted services provided by IRIS² for governmental users worldwide.
• Innovative Features: Explore the transparent mode for proprietary waveforms, 5G compati-bility, and hosting capabilities for various payloads.
• Service Offerings: Gain insights into the different services provided by IRIS², including ro-bust and assured services for various users.
• Future Prospects: Understand the evolving nature of IRIS²'s constellation and its role in cre-ating a connected network of network systems for secure connectivity.

IRIS²: Revolutionising Secure Connectivity with Multi-Orbit Satellite Solutions

Este vídeo entrevista explora o impacto transformador da tecnologia 5G nas áreas rurais do Brasil. Ele destaca co-mo o 5G pode fornecer soluções de conectividade onde a fibra ótica tradicional não é viável, permitindo avanços significativos em automação e tecnologia inteligente. A discussão enfatiza a crescente demanda por máquinas conectadas e o papel da tecnologia via satélite em ofere-cer soluções flexíveis, gerenciadas e inteligentes. O vídeo também aborda a expansão dos serviços 5G em todo o Brasil, melhorando o acesso à internet e revolucionando vários setores, incluindo a saúde.
Principais Pontos
1. Conectividade Aprimorada: A tecnologia 5G via satélite permite o acesso à internet em áreas ru-rais remotas, superando as limitações da fibra ótica tradicional.
2. Mercado em Crescimento: O mercado de conec-tividade rural no Brasil está se expandindo rapi-damente, impulsionado pelo aumento da auto-mação e demanda por soluções inteligentes.
3. Tecnologia via Satélite: Os satélites desempen-ham um papel crucial em fornecer soluções de conectividade flexíveis e inteligentes, garantindo implantação e gerenciamento rápidos.
4. Acesso Universal: O 5G facilita o acesso universal à internet, permitindo que qualquer pessoa, em qualquer lugar, se conecte para diversas ativida-des, aumentando a produtividade e eficiência.
5. Revolução Tecnológica: A chegada do 5G no Bra-sil marca uma mudança tecnológica significativa, com novos serviços e avanços em setores como a saúde se tornando realidade.

O que o 5G significa para o Brasil

En esta entrevista, exploramos la importancia de las telecomunicaciones y el internet para el desa-rrollo humano, tanto social como económico. Diego Paldao, Gerente Senior de SES para Américas, nos explica cómo la conectividad satelital complementa los servicios de fibra óptica, proporcio-nando soluciones esenciales para áreas remotas y en situaciones de desastres naturales. La entre-vista abarca aspectos técnicos y económicos, así como los tipos de cobertura disponibles en el mercado para Latinoamérica.
En este video usted aprenderá acerca de…
1. Fundamentos de la Conectividad Satelital: Los conceptos básicos de la conectividad sateli-tal, su origen y evolución.
2. Comparación con la Fibra Óptica: Diferencias en términos de velocidad, fiabilidad y costos, y cómo ambas tecnologías se complementan.
3. Valor Económico: La flexibilidad y portabilidad de los servicios satelitales frente a la fibra óptica.
4. Aplicaciones en Desastres Naturales: La importancia de la conectividad satelital en situa-ciones de emergencia.
5. Innovación y Futuro: Innovaciones en la tecnología satelital, como los servicios de LEO y MEO.
6. Integración e Interoperabilidad: Cómo SES asegura la integración sin fallas entre las redes de satélites y de fibra óptica.
7. Tipos de Satélites y sus Órbitas: Diferentes tipos de satélites (GEO, MEO y LEO) y sus impac-tos en la conectividad.
8. Extensión de Cobertura y Respaldo: La capacidad de los satélites para extender la cobertura geográfica y ofrecer respaldo en emergencias.
9. Cobertura en Latinoamérica: Soluciones adaptadas a las necesidades específicas de cada cliente en la región.
10. Tendencia Híbrida: La creciente tendencia de combinar servicios satelitales y de fibra ópti-ca.
11. Compatibilidad y Integración: La compatibilidad de los servicios satelitales con la infraes-tructura de fibra óptica existente.
12. Futuro de la Tecnología Satelital: Oportunidades de colaboración y expansión de las redes de fibra óptica con tecnología satelital.

Conectividad Satelital 101: Conectividad Satelital y Fibra Óptica

En esta charla educativa organizada por Telesemana.com, previa a MWC 2025, Gonzalo de La Rocha de SES presenta cómo la inteligencia artificial (IA), el 5G y el edge computing están transformando los modelos de negocios en la industria de las telecomunicaciones, generando nuevas oportunidades de ingresos para los operadores en América Latina. 

La sesión se centra en la integración de estas tecnologías y su impacto en diversos sectores, así como en los desafíos y oportunidades que presentan.

Gonzalo responde preguntas clave como:
1. ¿Qué experiencias de integración de dispositivos IoT, edge computing y otras tecnologías destaca en la región y en qué sectores?
2. ¿Qué desafíos impone la IA y la transformación digital industrial a los operadores? ¿En qué medida?
3. ¿Qué aporte provee la conectividad satelital al ecosistema que se abre en torno a la IA?
4. ¿Qué cambios podrán verse a nivel de desarrollo de la infraestructura de conectividad?
5. ¿Hay madurez en el ecosistema de conectividad satelital como para sumar valor a lo que trae el mundo de IA, de IoT? ¿De qué se trata?
6. ¿Cuáles son las principales barreras regulatorias que enfrentan los operadores al implementar nuevas tecnologías como IA, IoT y conectividad satelital?

Explore cómo estas tecnologías emergentes están creando un nuevo panorama de oportunidades y desafíos en la industria telco, y cómo los operadores pueden aprovecharlas para impulsar su crecimiento y éxito en la región.

Nuevos Modelos de Negocios en la Era de la IA: Oportunidades Emergentes con 5G, Edge Computing y Conectividad Satelital

In this webinar SES and Capacity Media discuss the transformative journey of satellite communications over the past decade, the industry trends today and the disruptive future ahead. The team also discuss key milestones, technological advancements that have paved the way forward for software defined satellites - high-throughput, low latency and multi-gig data capabilities. Finally, the team also cover details behind multi-orbit capabilities and some of SES's use cases.

Satcom (re)Evolution: Past, Present, and Future with SES by Capacity Media

En preparación para el MWC 2025, Telesemana.com presenta una charla con Victor Ariza de SES, quien ofrece una visión integral sobre la evolución y monetización del 5G en Latinoamérica. La sesión aborda el papel crucial de la tecnología satelital en el desarrollo de servicios móviles, los desafíos que enfrentan los operadores en 2025 y cómo SES está ayudando a superarlos. Además, se discuten casos de uso innovadores de 5G en la región y las posibilidades reales de monetización de esta tecnología.

Victor responde preguntas clave como:
1. ¿Cómo va la evolución de servicios móviles en LATAM y qué papel juega la tecnología satelital en este desarrollo?
2. ¿Qué desafíos enfrentarán los operadores en 2025 y cómo está SES ayudando a superarlos?
3. ¿Qué casos de uso 5G innovadores destacan en la región y cómo los está habilitando la infraestructura satelital?
4. ¿Qué espera sobre los despliegues 5G este año y cómo se integra la tecnología satelital en esta evolución?
5. ¿Cuáles son las posibilidades reales de monetización del 5G y cómo contribuye SES a hacerlas realidad?

Obtenga una perspectiva única sobre cómo el 5G está transformando el panorama de las telecomunicaciones en Latinoamérica y cómo SES está sustentando este cambio hacia un futuro más conectado y rentable.

Evolución y Monetización del 5G en Latinoamérica: Una Visión desde SES

Convergencia Tecnológica y el Futuro de las Telecomunicaciones en LATAM

El Papel de los Satélites en la Transformación Digital: IA y IoT en la Industria Telco

Cómo se benefician las telcos y empresas de Latinoamérica de los avances en conectividad satelital?

En esta presentación con Telesemana.com, Victor Ariza de SES explora cómo la integración de tecnologías satelitales multi-orbitales está transformando el panorama de conectividad en Latinoamérica, habilitando nuevos casos de uso en sectores clave como minería, agroindustria y servicios gubernamentales. Se analizan las tendencias observadas en MWC 2025 y su impacto en la región.
Se cubren los siguientes temas:
1. La convergencia de tecnologías terrestres y satelitales está creando un ecosistema de conectividad sin precedentes que impulsa la transformación digital regional.
2. Las soluciones multi-orbitales de SES ofrecen flexibilidad y resiliencia para adaptarse a las necesidades específicas de cada vertical y geografía.
3. La integración de tecnologías emergentes como Edge Computing e IA con conectividad satelital están generando nuevos modelos de negocio en la región.

Convergencia Tecnológica: El Futuro de la Conectividad Satelital en el Ecosistema Digital Latinoamericano

conectividad satelital

redes satelitales

multi-orbita

redes soberanas

edge

Network infrastructure professionals understand that a reliable and secure infrastructure is crucial to enabling business execution. Join the network infrastructure community to interact with thousands of IT professionals. Browse hundreds of on-demand and live webinars and videos to learn about the latest trends in network computing, SDN, WAN optimization and more.

Network Infrastructure

As an IT professional, many of the problems you face are multifaceted, complex and don’t lend themselves to simple solutions. The information technology community features useful and free information technology resources. Join to browse thousands of videos and webinars on ITIL best practices, IT security strategy and more presented by leading CTOs, CIOs and other technology experts.

Convergencia Tecnológica: El Futuro de la Conectividad Satelital en el Ecosistema Digital Latinoamericano

Presented by

About this talk

More from this channel