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Representatives from EU Member States, representing 92% of the European population, re-elected Philippe Bertrand as the Chair of the Security Accreditation Board. Bertrand, who brings a wealth of experience in security and space, expressed his gratitude for the opportunity to continue serving in this crucial role. 

"I am deeply honoured to have been re-elected Chair of the EU Space Programme Security Accreditation Board and would like to thank all the EU Member States representatives for their trust," stated Bertrand.

The Security Accreditation Board (SAB), where C. Schanet remains SAB deputy Chair, plays a pivotal role as the security accreditation authority for the entire EU Space Programme and all its components: Copernicus, EGNOS, Galileo, GOVSATCOM, IRIS², and SSA. In this capacity, it ensures that the security risks are known and that security measures are defined to reduce such risks to an acceptable level, given the security needs of the Union and its Member States. Within the SAB, Member States make accreditation decisions independently from the European Commission, EUSPA and ESA to approve satellite launches, the operations of systems and the services.

"At the SAB, the Member States rigorously assess independently the reality of security measures in place in particular with cyber audits and cyber penetration tests. In times of increased cyber security threats, the SAB helps the Programme in identifying when additional security measures are needed to develop user trust in the EU Space programme services." confirmed P. Bertrand.

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).

Representatives from EU Member States, representing 92% of the European population, re-elected Philippe Bertrand as the Chair of the Security Accreditation Board. Bertrand, who brings a wealth of experience in security and space, expressed his gratitude for the opportunity to continue serving in this crucial role. 

"I am deeply honoured to have been re-elected Chair of the EU Space Programme Security Accreditation Board and would like to thank all the EU Member States representatives for their trust," stated Bertrand.

The Security Accreditation Board (SAB), where C. Schanet remains SAB deputy Chair, plays a pivotal role as the security accreditation authority for the entire EU Space Programme and all its components: Copernicus, EGNOS, Galileo, GOVSATCOM, IRIS², and SSA. In this capacity, it ensures that the security risks are known and that security measures are defined to reduce such risks to an acceptable level, given the security needs of the Union and its Member States. Within the SAB, Member States make accreditation decisions independently from the European Commission, EUSPA and ESA to approve satellite launches, the operations of systems and the services.

"At the SAB, the Member States rigorously assess independently the reality of security measures in place in particular with cyber audits and cyber penetration tests. In times of increased cyber security threats, the SAB helps the Programme in identifying when additional security measures are needed to develop user trust in the EU Space programme services." confirmed P. Bertrand.

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).

The world is becoming increasingly urban. Driven by climate change, inequalities and conflict, urbanisation is a phenomenon seen around the globe. However, it is particularly prominent in Europe and North Africa, where 70% and 78% of the respective populations live in cities.

The problem is that the bulk of this urban development, especially in emerging countries, happens without any real planning. As a result, liveability in cities tends to trend downwards. 

But Earth Observation (EO) data could offer a solution. 

According to the EUSPA-supported and Horizon Europe funded UDENE project, the EO data coming from Copernicus satellites and local sources has the potential to enable evidence-based decision making for urban development.   

To support the UN Sustainable Development Goal 11 of making cities safe, resilient and sustainable, the UDENE project is developing a platform that will provide scenario-based projections using Copernicus data complemented by remote sensing and local in-situ data. 

“The wealth of EO data in fast and accessible data cube format provides a great search space for exploring natural experiments and exploiting the value-add of causal analysis,” says Ali Türker, Digital Transformation Leader at WEglobal and UDENE project coordinator.

An EO-based approach to urban development 

The UDENE project brings together partners from France, Italy, Serbia, Slovenia, Tunisia and Turkey. Together, this international team will conduct such activities as data acquisition and partnership building – all of which will be facilitated by open Financial Support for Third Parties calls. 

All the project’s outcomes will be integrated into a virtual laboratory platform, which will match users to existing EO products, processes and services. “We want to provide a place where urban visionaries, planners and developers from our partner countries can use Copernicus derived data to test the specific impact of their ideas via natural experiments that occurred in another place and/or at another time,” explains Türker. 

The virtual lab will be validated via three use cases. In Istanbul, Turkey, a use case will focus on the impact high-rise building districts have on earthquake preparedness and/or damage and loss assessment. In Tunis, Tunisia, the project looks to classify local climate zones and involve citizens in the data collection process as part of a use case evaluating how green spaces can help reduce urban heat islands.  

Read more: Using Copernicus data to climate-proof cities

The third use case, set to take place in Novi Sad, Serbia, will leverage local traffic metrics to analyse the effects the construction of a ring road would have on congestion and air quality. 

“We are confident that our evidence-based approach to urban development – an approach that is powered by a vast amount of EO data – will complement existing Earth Observation products and services,” concludes Türker. “In doing so, UDENE will also expand European excellence in the use of EO technology for urban development applications that have both a high economic and societal impact.” 

Earth Observation: A powerful tool for effective urban planning 

Earth Observation is a particularly powerful tool for urban planning. According to the latest edition of EUSPA’s EO and GNSS Market Report, EO provides valuable information for monitoring informal dwellings and informing the progress and state of urban greening. 

Moreover, EO-based services provide essential information on air quality in urban environments, measuring particles that might affect the heath of citizens and monitoring greenhouse gas emissions. EO data also facilitates the assessment of an urban area’s vulnerability to a range of natural hazards and aids in the creation of resilient urban spaces that can withstand, or even minimise, the impact of natural disasters.

EO data further serves as a valuable source for detecting signs of urban decline, mapping the extent of destruction, and providing essential geospatial information for effective urban planning and development. When combined with GNSS data, it offers a comprehensive understanding of the urban landscape, empowering urban planners and stakeholders to make informed decisions and drive sustainable recovery and development.

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).

The world is becoming increasingly urban. Driven by climate change, inequalities and conflict, urbanisation is a phenomenon seen around the globe. However, it is particularly prominent in Europe and North Africa, where 70% and 78% of the respective populations live in cities.

The problem is that the bulk of this urban development, especially in emerging countries, happens without any real planning. As a result, liveability in cities tends to trend downwards. 

But Earth Observation (EO) data could offer a solution. 

According to the EUSPA-supported and Horizon Europe funded UDENE project, the EO data coming from Copernicus satellites and local sources has the potential to enable evidence-based decision making for urban development.   

With the aim of supporting the UN Sustainable Development Goal 11 of making cities safe, resilient and sustainable, the UDENE project is developing a platform that will provide scenario-based projections using Copernicus data complemented by remote sensing and local in-situ data. 

“The wealth of EO data in fast and accessible data cube format provides a great search space for exploring natural experiments and exploiting the value-add of causal analysis,” says Ali Türker, Digital Transformation Leader at WEglobal and UDENE project coordinator.

An EO-based approach to urban development 

The UDENE project brings together partners from France, Italy, Serbia, Slovenia, Tunisia and Turkey. Together, this international team will conduct such activities as data acquisition and partnership building – all of which will be facilitated by open Financial Support for Third Parties calls. 

All the project’s outcomes will be integrated into a virtual laboratory platform, which will match users to existing EO products, processes and services. “We want to provide a place where urban visionaries, planners and developers from our partner countries can use Copernicus derived data to test the specific impact of their ideas via natural experiments that occurred in another place and/or at another time,” explains Türker. 

The virtual lab will be validated via three use cases. In Istanbul, Turkey, a use case will focus on the impact high-rise building districts have on earthquake preparedness and/or damage and loss assessment. In Tunis, Tunisia, the project looks to classify local climate zones and involve citizens in the data collection process as part of a use case evaluating how green spaces can help reduce urban heat islands.  

Read more: Using Copernicus data to climate-proof cities

The third use case, set to take place in Novi Sad, Serbia, will leverage local traffic metrics to analyse the effects the construction of a ring road would have on congestion and air quality. 

“We are confident that our evidence-based approach to urban development – an approach that is powered by a vast amount of EO data – will complement existing Earth Observation products and services,” concludes Türker. “In doing so, UDENE will also expand European excellence in the use of EO technology for urban development applications that have both a high economic and societal impact.” 

Earth Observation: A powerful tool for effective urban planning 

Earth Observation is a particularly powerful tool for urban planning. According to the latest edition of EUSPA’s EO and GNSS Market Report, EO provides valuable information for monitoring informal dwellings and informing the progress and state of urban greening. 

Moreover, EO-based services provide essential information on air quality in urban environments, measuring particles that might affect the heath of citizens and monitoring greenhouse gas emissions. EO data also facilitates the assessment of an urban area’s vulnerability to a range of natural hazards and aids in the creation of resilient urban spaces that can withstand, or even minimise, the impact of natural disasters.

EO data further serves as a valuable source for detecting signs of urban decline, mapping the extent of destruction, and providing essential geospatial information for effective urban planning and development. When combined with GNSS data, it offers a comprehensive understanding of the urban landscape, empowering urban planners and stakeholders to make informed decisions and drive sustainable recovery and development.

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).

Forests are a resource that keep on giving. Not only do they provide shade on a hot sunny day, forests are also home to a wide range of flora and fauna. Furthermore, trees are a crucial raw material for a range of everyday products, including the packages made by the pulp and paper industry. And who of us hasn’t enjoyed a walk in the woods?

But today trees play another important role: that of climate ally. 

Capable of absorbing and storing vast amounts of CO₂, forests are our secret weapon in the fight against climate change. According to some estimates, trees can remove up to 328 million tonnes of CO₂ from atmosphere per year. This CO₂ is then stored, with the Forest Information System for Europe calculating that, as of 2020, forests hold a total carbon stock of 92.1 gigatonnes.

Unfortunately, tree cover loss continues to accelerate – by as much as 4.7 million hectares a year! This is the result of human activity, climate change, forest fires, extreme weather events and disease. 

But all is not lost. By leveraging Earth Observation (EO) data, including that coming from the Copernicus programme, we have a real shot at protecting and even restoring our critical forests.

EO helps EU Forest Strategy ‘grow the sink’

The recent Copernicus for Forestry workshop co-organised by EUSPA and the European Commission put the spotlight how Earth Observation and Copernicus, benefits the forestry sector. “Earth Observation allows for the remote monitoring and health assessment of forest inventories, as well as the detection of such issues as deforestation,” said Fiammetta Diani, Head of the Market Development and Innovation department.

The event, which welcomed over 400 online attendees and featured 70 experts from both the public and private sectors, preceded the International Day of Forests, celebrated annually on 21 March. The workshop was also aligned with developments in such forestry-related regulations as the EU Forest Strategy for 2030, the EU Deforestation-Free Products Regulation and the proposed Forest Monitoring Law.

“With the goal of ‘growing the sink’, the EU Forest Strategy aims to improve the quantity and quality of Europe’s forests while also strengthening their protection, restoration and resilience – all of which will require information and data coming from Earth Observation,” explained Chiara Solimini, EUSPA. 

According to the latest edition of EUSPA’s EO and GNSS Market Report, the integration of EO data, coupled with Artificial Intelligence and advanced big data analytics and leveraging the capabilities of cloud computing, introduces objectivity and transparency to the evaluation of the strategy's effectiveness.

Earth Observation at the heart of the Deforestation-Free Products Regulation

The Deforestation-Free Products Regulation (EUDR) is a ground-breaking law aimed at combatting global deforestation. This regulation, which passed in 2023, establishes mandatory due diligence requirements for all operators and traders involved in the import, distribution or export of various commodities within the EU market, including soy, beef, palm oil, cocoa, coffee, rubber and timber, along with derived products such as furniture and printed paper. It requires anyone who place commodities on the EU market, or export from it, to demonstrate that the plot where the commodity was produced does not contribute to deforestation. 

One of the best ways of doing this is with Earth Observation. 

The Copernicus Land Monitoring Service (CLMS) and the new EU Observatory on deforestation and forest degradation are already developing EO-based tools for forest monitoring. Using Copernicus and the optical and radar instruments onboard Sentinel satellites, these tools can provide forestry stakeholders global data with a high acquisition frequency – all free of charge.

Private companies also play a critical role in monitoring deforestation and supporting operators and traders impacted by EUDR. During the workshop, companies such as Airbus, Satelligence, LiveEO and innovative start-ups including Orbify, Beetle for Tech and KERMAP, showcased their cutting-edge, end-to-end space-based solutions for detecting, mapping and monitoring deforestation. 

To enforce the EUDR, EU authorities will use company-provided information such as GNSS-enabled coordinates of land plots where commodities are produced, EO-based deforestation analysis or complementary data (e.g., geotagged photographs). They will also conduct thorough inspections utilising satellite monitoring tools and in-situ analysis, ensuring that the commodities in question do not originate from deforested areas.

“While the regulation does not specifically require the use of Copernicus, there is a huge potential for Member States to leverage Copernicus data and services to support activities related to the required checks on imported and exported commodities,” noted Solimini.

Proposed Forest Monitoring Law to mandate use of space data

Another topic of discussion was the proposed Forest Monitoring Law, which aims to plug existing gaps in the information on European forests. To do this, the proposal looks to create a comprehensive forest knowledge base that Member States, forest owners and forest managers can all use to improve their response to the growing pressures on forests and strengthen forest resilience.

But what makes the proposal really unique is that it is the first draft EU legislation that specifically mandates the use of space data for environmental monitoring. 

“This is yet another example of how EU Space is becoming a key enabling tool for forestry managers to efficiently execute forestry operations and for governmental bodies to monitor the environmental impact of forestry activities,” concluded Diani.

To learn more about how EU Space benefits the forestry sector, download your free copy of the new GNSS and EO Market Report. 

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).

The next deadline for the Cassini Challenges is less than a month away! So, if you have a space-based product that is either ready for commercialisation or already on the market, don’t delay – with a cash prize of EUR 100 000 on the table, it’s time to apply today.

The Cassini Challenges aim to support the development of innovative commercial solutions – such as mobile apps or hardware-based solutions – that leverage the data and services of the EU Space Programme.

To ensure your company has all the information it needs to make the ‘Submission of a Product’ track’s 19 April Deadline, EUSPA is organising an informational webinar. Scheduled for 26 March at 16:00 CET, the webinar will cover everything from how to apply to the way submissions will be evaluated. There will also be ample time for questions and answers.

More than just covering the details, the webinar will highlight the many ways you stand to benefit from the competition. That’s because the top five applicants not only receive EUR 100 000 each, you’ll also get the support of EUSPA’s team of Market Development experts and have access to our treasure trove of tools, market intelligence and publications. 

As if that alone wasn’t enough to send you searching for the ‘apply now’ button, then consider this: you’ll have direct access to a range of EU Space Programme services, including those provided by the EGNOS, Galileo, and Copernicus programmes. 

But don’t take our word for it. Here’s what a past winner has to say about how they benefited from the competition: 

“Winning the CASSINI Challenges product track has been transformative for us, significantly evolving our cloudless service and business model into a scalable subscription service. This accolade not only refined our technology but also expanded our market reach, opening doors to new applications. The competition offered us exposure, matchmaking opportunities, and funding, a powerful mix that's propelling our growth forward. 10/10, would do it again,” says Morten Fjord Pedersen, Co-founder & CEO of ClearSky Vision, who won the Product Track during the 2023 edition of the competition. The start-up uses deep learning algorithms to deliver cloud-free Sentinel-2 images, ensuring accurate and timely information for various applications.

Although the webinar is free, registration is required.

Time for the fine print

The Cassini Challenges is open to anyone from the EU27 plus Switzerland, Norway and Iceland. All submitted products must target one of the following innovation areas:

• Next Generation Challenge: applicants are asked to leverage Galileo and Copernicus data to craft value adding solutions to improve the well-being, safety, security and connectivity of EU citizens.
• Sustainable Future Challenge: participants are tasked with developing innovative solutions for the conservation of ecosystems, sustainable agriculture and management of energy and resources.
• Emerging Technologies Challenge: innovators must develop disruptive solutions combining EU Space data with deep technologies such as Artificial Intelligence (AI), quantum technologies, blockchain, Extended Reality or the Metaverse.

All products and applications should have a TRL level of 8 or 9 and submissions must include a description of the typical use case of the product, the customer needs it addresses and the value proposition. 

The five winners will be announced during an awards ceremony in Prague, part of EUSPA’s annual Entrepreneurship Day.

More information on the CASSINI Challenges can be found here.

Media note: This feature can be republished without charge provided the European Union Agency for the Space Programme (EUSPA) is acknowledged as the source at the top or the bottom of the story. You must request permission before you use any of the photographs on the site. If you republish, we would be grateful if you could link back to the EUSPA website (http://www.euspa.europa.eu).