Friday, 1 August 2025
Pedro Duque (Madrid, 1963) is an aeronautical engineer, astronaut and one of the most prominent figures in the Spanish Aerospace sector. He graduated in Aeronautical Engineering from the Polytechnic University of Madrid in 1986 and soon began his career at the European Space Agency (ESA), where he worked as a flight engineer and astronaut trainer.

In 1998 he became the first Spanish astronaut to travel to Space, participating in NASA’s STS-95 mission aboard the shuttle Discovery. In 2003 he returned to Space as part of the Cervantes mission, a 10-day stay on the International Space Station. After his flights, he took on various technical and management roles at ESA and in the private sector, being director of operations at Deimos Imaging and responsible for Space projects.

Between 2018 and 2021, he was Minister of Science, Innovation and Universities (later Science and Innovation) in the Government of Spain, where he promoted policies to foster R&D, open science and the creation of the Spanish Space Agency.

Since December 2023, Duque has been President of Hispasat and, in addition, he continues to be linked to scientific dissemination and to the promotion of the national and European Space strategy, being a reference in the connection between science, technology and society.

The partnership between Space and Defence & Security grows ever closer

The partnership between Space and Defence & Security grows ever closer. As Pedro Duque explains, “modern armies cannot operate effectively without relying on communications, various types of observation, signals intelligence, and precise positioning, which are increasingly dependent on assets in Space because they are more efficient and generally less vulnerable.”

We must not forget, adds the president of Hispasat, that “defending our system of values is not just about voting, or even activism in favour of the social protection and equal opportunities system, but also about actively participating in the defence of society against possible interference or even physical attacks that may come from outside.
Defending our system of values isn’t just about voting; it’s also about participating in the active defence of society against external attacks”

Just as the police are a guarantor of everyone’s rights, especially those of the vulnerable, the Armed Forces guarantee compliance with our rules in our territory.

 Industry is not divided between civilian and military use; all technologies and all production lines can be used for our security, and in fact, they must always be as advanced as possible, and more so than those of any potential adversary. 

The Space industry understands this reality and is attentive to the needs of defence.”
“It should be a source of pride for all to participate in the security and defence of the social system against any external interference, to collaborate with all those who defend the same principles, and to help the police and Armed Forces in any way we can, to fulfil the famous old maxim of the Guardia Civil: ‘It should not be feared except by evildoers; nor be fearsome except to the enemies of order’.”
You arrived at Hispasat in late 2023. What is your assessment of this period?
My arrival at Hispasat coincided with a stage of consolidation of a strategic change, in which the company had ceased to be a traditional operator to acquire new capabilities with which to provide connectivity services directly to governments and companies.
In addition, Amazonas Nexus, a satellite that was designed very opportunely and bravely before the pandemic, had just entered operations.
The way in which it was designed, with portions of the satellite defined for specific clients such as connectivity services on commercial flights, the government of Greenland, and the United States Department of Defence, was a great success and marked the way forward for future projects.
Finally, Hispasat was embarking on the exciting IRIS2 initiative when I arrived.
Since then, IRIS2 has been awarded, we have intensified conversations with Latin American governments to work together on new satellite projects, and we have further strengthened collaboration with the Spanish government so that satellite communications become another tool for international cooperation, closing the digital gap that keeps many people devoid of opportunities. All this while maintaining good commercial performance in an environment more complicated than ever.

It has become a cliché, at this point, to say that the sector is undergoing a transformation, because it has been living in transformation for years. Traditional roles have disappeared, consolidation processes are taking place, and the geopolitical scenario has highlighted the importance that Space can have in the field of Defence. Faced with all this, we continue working to shape the Hispasat of the future. 

If traditional roles have disappeared, has the role
of the operator also done so?

If by operator we are referring to the mere leasing of satellite capacity, then yes, without a doubt. That business made sense at a very specific time, but today much more advanced and complex solutions are needed, designed for the specific needs of each client.

Does that also include no longer operating only in geostationary orbit?
Hispasat has been a satellite telecommunications operator whose fleet has been located in geostationary orbit.

But since the acquisition of Axess Networks, we have become a satellite service provider, which uses its own and other capabilities, in geostationary and low orbit. We must be able to use all the resources at our disposal to provide the most complete service to our clients.

To this end, we have designed intelligent network management solutions, in which connectivity is offered using the most suitable satellite technology in each case.
Is IRIS2 the European response to Starlink?
While it can be said that, in a sense, IRIS2 was born as a response to the emergence of Starlink, what is certainly not correct is to say that IRIS2 is the European Starlink.
Recent events that have shaken the established order in Europe - from the pandemic to the war in Ukraine - have highlighted that the Union cannot afford to lack its own secure communications infrastructure.
Likewise, we need to provide our industry with a competitive level that it currently lacks compared to companies in other regions, promoting and protecting the innovative component of our ecosystem of SMEs and start-ups.

Based on these principles, at the SpaceRISE consortium we are working hand in hand with the European Commission and the European Space Agency to design a system that meets the demanding security requirements set by Europe and that, in addition, is operational as soon as possible.

IRIS2 is a special project, the first PPP to be signed in a European Space project. This configuration implies that the structure of the consortium has certain particularities. The consortium is made up of the three main European satellite operators who, in addition to being responsible for the design, delivery, operation and maintenance of the system, are also investors in it.

In other words, we have two functions: we are investors in the project for the development of a resilient European satellite infrastructure and, on the other hand, we are responsible for its implementation.

To this end, we have a “Core Team” that brings with it all the elements of the European Space supply chain and we are committed to incorporating to the project many more European companies (both large integrators and medium-sized companies and, in particular, SMEs and start-ups) that wish to join us on this journey.

In the first six months of the project, we have been able to verify the great interest that it has aroused in the European Space ecosystem and we work every day to bring aboard all those who have something to offer and want to share our challenges.

What are the next steps for the consortium?
It seems like a long time has passed, but just over half a year has passed since the signing in December 2024.
IRIS2 is a great challenge. We must remember that IRIS2 is a system of systems. From a technical point of view, it is a multi-orbit system, that is, several interoperable systems. A distinction must be made between Space systems, the ground segment, security, services, etc.
Moreover, it is a programme of programmes. The project has been structured as the first concession contract signed in Europe and consists of a public governance led by the European Commission with the technical support of the ESA and EUSPA.
In addition, IRIS2 has been designed with security and resilience in mind like no other system to date, in order to provide services ranging from military operations to security and crisis management scenarios, on top of other commercial use cases in the B2B and B2G fields. And all this has been designed as a complete 5G network, the first Space infrastructure to address this challenge.
In these first months of the project, we have focused our attention on setting the wheels in motion. As usual, the first year of the project is very important, as it will allow us to confirm the performance, schedule and price of the project.
Directivos y trabajadores de las empresas de defensa y seguridad debemos participar en la pedagogía a la sociedad sobre la importancia de esta industria”
We have structured the work teams, provided them with resources and harmonised the working methods to ensure that everyone shares the same objectives and the path to achieve them.
We have worked intensively with the EC and the ESA to structure the technical platforms and information systems in order to ensure that we work as the partners we are in this project.

Similarly, in recent months a significant effort has been made to start working with the industry, starting with the members of the core team, who are indispensable partners for the development of the project.

Last but not least, we have begun to publicise IRIS2 in the European industrial ecosystem with the industrial conferences that were held, which have confirmed the great interest that this project is generating.

And what now? We are very clear about the objectives for this first year of the project: confirm the project features, schedule and pricing. This year is crucial for IRIS2.

IRIS2 is a system that was created to serve its Member States. Hispasat has a strong presence in the Americas.How do the two concepts fit together? What is the company’s strategy for the region?  
IRIS2 is a swarm of satellites and, as such, provides a global service. In addition, the PPP concept of this initiative gives operators the opportunity to market capabilities that are not intended for governmental and Defence uses.
In this sense, IRIS2 represents a great opportunity for Hispasat to diversify and strengthen its capacity in orbit, accessing non-geostationary orbits, and offer new high-value solutions in Ibero-America.
Nevertheless, and in parallel, we continue to work very intensively with a large number of governments in the region, collaborating on the design of sovereign satellite solutions and potential infrastructure that contribute to satisfying their connectivity gaps in areas such as security, education and healthcare.
The Ibero-American and Caribbean governments, just like Europe does, attach great importance to the strategic autonomy of their communications, and satellites are a key tool to guarantee this.
In the last few years, you have been hard at work with quantum key distribution.

Indeed, at Hispasat we have been working for years on what will be the world’s first geostationary quantum key distribution mission. Following the initial feasibility phase, we are currently working with Thales Alenia Space on the development, construction, verification and validation phase of the QKD-GEO prototype. 

This project has a budget of €103.5 million from the State Secretariat for Telecommunications and Digital Infrastructures, financed with European funds from the PERTE Aeroespacial (Strategic Projects for Economic Recovery and Transformation), and whose contracting is managed by the CDTI (Centre for the Development of Industrial Technology).
For 24 months, we will be working on the development of a quantum payload to be embarked on a geostationary satellite, as well as the associated ground segment.
In parallel, in mid-June we signed an agreement with the European Space Agency to launch Q-Design, which will be the world’s first project to combine quantum key distribution via geostationary and low-Earth orbit satellites and terrestrial infrastructures. In other words, Q-Design users will be able to securely exchange keys via any of these channels, depending on the conditions required at any given time.
Hispasat is a driver of secure and strategic connectivity in Latin America with IRIS2 and of leadership in quantum communications via satellite”
To this end, we are leading a powerful consortium of companies and organisations that cover the entire value chain and bring their knowledge to the development of a system that offers a high technological value service.
We have research organisations such as ICFO and the Polytechnic University of Madrid; GMV, Indra and Thales Alenia Space; QKD satellite service providers such as SES S4 and SpeQtral; the National Cryptologic Center, Cellnex, Telefónica, BBVA, Santander and Elia, the Belgian electricity grid operator.

The next phase of Q-Design will be funded by the Spanish Space Agency (AEE) under the ARTES-4S programme and will be dedicated to the integration of QKD, GEO and LEO systems and their interfaces with terrestrial networks.

Why this commitment to quantum key distribution? What does satellite technology bring to the table?
The advent of quantum computers provides a far superior computing power to that of traditional computers for certain mathematical problems. Specifically, it is ideal for prime factor decomposition, on which the current asymmetric cryptography is based.
This will mean a paradigm shift in secure communications, as these computers will be able to decrypt current encrypted messages in a matter of seconds.

It is therefore essential to develop a system that allows information to be sent with the necessary guarantees in government communications environments, critical infrastructure management and applications and services of economic, environmental and technological interest, as well as in large corporations. 

Secondly, another of the qualities of quantum technology is that its key distribution through an optical communications system allows to verify with absolute certainty, and simultaneously by the sender and receiver, if they have been intercepted.

Terrestrial networks based on fibre optics are the ideal infrastructure for distances of less than a few hundred kilometres, but beyond that they suffer signal losses that prevent this transmission from being sufficiently secure. That is why satellite QKD systems are ideal for covering long distances. 

Another area in which Hispasat has seen a great deal of activity is 5G.

That’s right. Hispasat - and the satellite sector in general - has internalised the need for this new standard to include the satellite as one of the options that make up its technological mix.

On the one hand, the satellite can contribute to the deployment of 5G in use cases such as guaranteeing the connectivity of passengers on board aeroplanes, sea or land vehicles, establishing trunk links in mobile networks to connect remote 5G base stations, favouring the development of Edge Computing solutions through data distribution, acting as a complement to terrestrial networks to avoid their congestion or guaranteeing continuity in emergency situations and connecting objects globally and in isolated areas through satellite IoT solutions.

On the other hand, the integration of the satellite into the 5G ecosystem, which includes direct-to-device developments, will allow the sector to access a much larger economy of scale than it currently has. It is not only about mobile devices, but also about having access to the automotive sector, which until now was vetoed from the satcom world given the reduced interoperability of the terminals.

With the arrival of satellite 5G, vehicle manufacturers will be able to have standard terminals with the certainty that they will be compatible with any satellite constellation and operator. This same paradigm shift is already taking place in the field of connectivity on board aeroplanes and ships.

At Hispasat, in addition to our participation in the 3GPP working groups, the body responsible for the standardisation of 5G, we are involved in various European innovation projects linked to this field. And, as I have already mentioned, with IRIS2 we are developing what will be the first 5G satellite system.

The European Commission recently announced its proposal for a Space Law to boost access to the Space market and strengthen its security. Is a Space Law necessary?

Throughout my professional career I have followed this subject of Space Law. Very little has happened in international coordination since the Treaties of the 1960s, but now several countries have national laws of various types and focuses. 

Today, as we are seeing, it is an area that has acquired enormous importance, especially due to the emergence of these large initiatives in low orbit that should be regulated internationally. The European Space Law is a mandate that Andrius Kubilius received from Ursula von der Leyen in his appointment and a draft has already been published which begins its work in the European Parliament.

In geostationary orbit, where the density of objects is much lower, the ordering is much more advanced and responsible action by companies is the norm. This spirit should also be transferred to low orbit.

At Hispasat, we believe that this European Law is necessary. It must act as a counterweight to create a balance, which does not exist now, between the freedom of companies in accessing a heritage of humanity such as Space and a fair regulation that does not represent an excessive burden for the industry. Maintaining competition in a market requires in almost all cases regulation to avoid monopolies.

The recent power outage in Spain highlighted the energy dependence of our telecommunications infrastructure. What was the performance of satellite connectivity?
For customers of our Conéctate35 internet service for remote areas who had electrical autonomy, the performance was perfect.

The satellite is an infrastructure independent of the terrestrial network and allows to maintain a connection even if it fails, as long as you have your own power supply available. In general, both the flood catastrophe in Valencia and the blackout of 28 April have highlighted the importance of internet connection in the lives of citizens.

Nowadays, almost everything around us works through an internet access and, therefore, losing the connection is a problem that goes far beyond mere communication between us.
For this reason, at Hispasat we have quickly taken note and have designed a solution to provide companies and public administrations with a reliable backup connection for any unforeseen event. It is a satellite connectivity terminal that also includes an uninterruptible power supply system to provide it with electrical autonomy for up to 16 hours
The space strategy combines global services, secure quantum communications and regional alliances to promote sovereignty, connectivity and defence”
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