Stadler Enters Electric Bo’Bo’ Mainline Locomotive Segment With SBB Cargo Switzerland EURO DuFour Fleet

(IN BRIEF) Stadler and SBB have unveiled the final livery design for SBB Cargo Switzerland’s new EURO DuFour locomotives at Stadler’s facility in Valencia, Spain, less than two years after the contract was signed. The locomotive is presented in SBB’s iconic red and incorporates design elements from the wider SBB fleet, reinforcing its role as the future flagship of Swiss rail freight operations. SBB Cargo Switzerland has ordered 36 state-of-the-art mainline locomotives, including 22 battery-equipped units, with options for a further 93 vehicles. As launch customer for the EURO DuFour platform, SBB Cargo Switzerland will be the first operator to use Stadler’s latest generation of Bo’Bo’ locomotives, which combine high performance, energy efficiency, operational flexibility and advanced digital capabilities. The project also marks Stadler’s strategic entry into the electric Bo’Bo’ mainline locomotive segment, a key category in European freight transport.

(PRESS RELEASE) VALENCIA, 12-Jun-2026 — /EuropaWire/ — Stadler and SBB have unveiled the final livery design for the new EURO DuFour locomotives ordered by SBB Cargo Switzerland, marking another milestone in the development of the future flagship fleet for Swiss rail freight operations.

The design was presented during an event at Stadler’s facility in Valencia, Spain, less than two years after the contract was signed. The locomotive is finished in SBB’s iconic red, reflecting the strong identity of Swiss railways while underlining SBB Cargo Switzerland’s commitment to strengthening and modernising freight transport by rail.

The new EURO DuFour locomotives also incorporate visual elements from the wider SBB fleet, creating a design that connects the freight fleet with the broader Swiss railway brand.

SBB Cargo Switzerland has ordered 36 state-of-the-art mainline locomotives from Stadler, including 22 battery-equipped units. The agreement also includes options for a further 93 vehicles, giving SBB the ability to expand the fleet in the future.

Alexander Muhm, Head of Freight Services at SBB, said the new freight locomotive reflects SBB’s commitment to strong freight services. He said the locomotive combines modern technology, energy efficiency and operational performance, while also being prepared for future innovation.

As launch customer for the EURO DuFour platform, SBB Cargo Switzerland will be the first operator to use Stadler’s latest generation of Bo’Bo’ locomotives. The platform is designed to combine high performance, energy efficiency and operational flexibility with advanced digital capabilities for the next stage of sustainable rail freight.

The battery-equipped locomotives are expected to support more flexible freight operations, particularly where additional energy capability can improve operational efficiency and network adaptability. Their development forms part of a broader shift toward more sustainable and future-ready rail freight transport.

Iñigo Parra, Executive Vice President Division Spain at Stadler, said the unveiling of the EURO DuFour in SBB’s distinctive red is an important milestone for the project. He said the design represents more than a visual identity, symbolising the future of rail freight in Switzerland.

Parra also noted that the EURO DuFour marks Stadler’s strategic entry into the electric Bo’Bo’ mainline locomotive segment, the most widely used category in European freight transport.

The EURO DuFour programme strengthens the partnership between Stadler and SBB while supporting Switzerland’s long-term rail freight modernisation plans. With its combination of energy-saving technology, operational efficiency and digital capabilities, the locomotive is positioned as a key element in the next generation of Swiss freight services.

About Stadler

Stadler has been building trains for over 80 years. The provider of mobility solutions in rail vehicle construction, service and signalling technology has its headquarters in Bussnang in eastern Switzerland. Around 18,000 employees work at eight production and six engineering sites and over 95 service locations, including around 6,000 employees in Switzerland. Stadler is the world’s leading manufacturer of vehicles with alternative drive systems (hydrogen and battery) and rack railway vehicles. The company is aware of its social responsibility for sustainable mobility and therefore stands for innovative, sustainable and durable quality products.

Follow Stadler on LinkedIn, Instagram, YouTube, and Facebook

Media Contact:

Stadler Rail Group
Marc Meschenmoser
Head Corporate Communications & PR
Phone: +41 71 626 19 19
E-mail: media@stadlerrail.com

Stadler Rail Valencia S.A.U.
Juan A. Delgado
Head of Public Affairs, ESG & Communications
Phone : +34 96 141 50 00
E-mail : juan.delgado@stadlerrail.com
www.stadlerrail.com

SOURCE: Stadler

FDA and EMA Grant Orphan Drug Designations to GSK’s Momelotinib for Life-Threatening VEXAS Syndrome

(IN BRIEF) GSK has announced that momelotinib, a differentiated JAK inhibitor marketed as Ojjaara or Omjjara in approved indications, has received orphan drug designations from the US Food and Drug Administration and the European Medicines Agency for the treatment of VEXAS syndrome. VEXAS is a rare, progressive and life-threatening haemato-inflammatory condition with rheumatologic and haematologic features, no approved treatments and a reported five-year mortality rate of 30% to 40%. The designations were supported by retrospective evidence suggesting that JAK inhibitors may offer therapeutic benefit in VEXAS syndrome, as well as a case report indicating that momelotinib may improve symptoms, inflammation and haematological manifestations. GSK is advancing the planned phase II/III ATLAS trial to evaluate momelotinib’s efficacy and safety in VEXAS syndrome and support future global regulatory submissions. The trial is part of momelotinib’s broader development programme across haematological conditions, building on its existing approvals for myelofibrosis in the US, EU, UK and Japan.

(PRESS RELEASE) LONDON, 12-Jun-2026 — /EuropaWire/ — GSK has announced that momelotinib, a JAK inhibitor with a differentiated mechanism of action, has received orphan drug designations from both the US Food and Drug Administration and the European Medicines Agency for the treatment of VEXAS syndrome.

VEXAS, short for Vacuoles, E1 enzyme, X-linked, Autoinflammatory, Somatic syndrome, is a rare and life-threatening haemato-inflammatory condition. It is a clonal myeloid disorder with both rheumatologic and haematologic clinical features, and is associated with severe symptoms, disease progression and poor prognosis.

The condition has a reported five-year mortality rate of 30% to 40%, and there are currently no approved treatment options. Diagnosis is confirmed through genetic testing for mutations in the UBA1 gene. Because UBA1 is located on the X chromosome and the mutation is somatic, VEXAS syndrome predominantly affects men over the age of 50.

The orphan drug designations support development and regulatory evaluation for medicines that may treat or prevent rare disorders. GSK said the designations for momelotinib were supported by retrospective case studies suggesting that JAK inhibitors may provide a therapeutic option for VEXAS syndrome, as well as evidence from a case report indicating potential clinical benefit from momelotinib treatment.

That case report showed improvements in symptoms, VEXAS-related inflammation and haematological manifestations. GSK is now advancing clinical development through the planned phase II/III ATLAS trial, which will evaluate the efficacy and safety of momelotinib in patients with VEXAS syndrome and support planned global regulatory submissions.

The ATLAS study design is being presented at the 2026 European Hematology Association Congress, taking place from June 11 to 14. The trial forms part of GSK’s broader development programme for momelotinib across multiple haematological conditions.

Momelotinib, marketed as Ojjaara in the US and Omjjara in other markets, is already approved in the United States for adults with intermediate- or high-risk myelofibrosis and anaemia. It is also approved in the European Union and the United Kingdom for adults with myelofibrosis who have disease-related splenomegaly or symptoms and moderate to severe anaemia, and in Japan for the treatment of myelofibrosis.

Momelotinib acts through inhibition of three key signalling pathways: Janus kinase 1, Janus kinase 2 and activin A receptor type I. Inhibition of JAK1 and JAK2 may help improve constitutional symptoms and splenomegaly, while inhibition of ACVR1 can reduce circulating hepcidin levels, potentially contributing to anaemia-related benefit.

VEXAS syndrome is characterised by a broad range of inflammatory manifestations, including prolonged fever, weight loss, uveitis, relapsing chondritis, neutrophilic dermatosis, vasculitis and lung involvement. Patients may also develop haematologic complications such as macrocytic anaemia, thrombocytopenia and progressive bone marrow failure, which can evolve into haematologic malignancy.

The orphan drug designations in the US and EU mark an important step in GSK’s efforts to explore momelotinib’s potential in an area of high unmet medical need. With no approved therapies currently available for VEXAS syndrome, the ATLAS trial will be central to assessing whether momelotinib can provide a new treatment pathway for patients living with this rare and severe disorder.

Bellevue Palace Becomes Temporary Art Space for FREIRAUM KUNST Exhibition Backed by Bertelsmann

(IN BRIEF) Bertelsmann is sponsoring FREIRAUM KUNST, a temporary art exhibition presented by the Academy of Arts at Bellevue Palace in Berlin from June 13 to 28, 2026. Held under the patronage of German Federal President Frank-Walter Steinmeier, the exhibition transforms the empty rooms of the official presidential residence into a pop-up gallery shortly before the palace undergoes renovation. The project creates a dialogue between artworks, architecture, history and the unique atmosphere of Bellevue Palace, giving the public a rare opportunity to experience the building through a cultural lens. Bertelsmann Chairman and CEO Thomas Rabe said the company supports art and culture because its own success is rooted in creativity and ingenuity. The sponsorship builds on Bertelsmann’s long-standing Culture@Bertelsmann activities, which include Archivio Storico Ricordi exhibitions, The Blue Sofa literary events and UFA Film Nights, all aimed at promoting cultural diversity and making cultural experiences more widely accessible.

(PRESS RELEASE) GÜTERSLOH, 12-Jun-2026 — /EuropaWire/ — Bertelsmann> is sponsoring FREIRAUM KUNST, a temporary art exhibition presented by the Academy of Arts at Bellevue Palace, the official residence of Germany’s Federal President.

The exhibition will be open from June 13 to 28, 2026, under the patronage of Federal President Frank-Walter Steinmeier. Shortly before Bellevue Palace undergoes renovation, its empty rooms have been transformed into a temporary pop-up gallery, giving visitors a rare opportunity to experience the building from a new cultural perspective.

FREIRAUM KUNST uses the palace’s rooms as an exhibition setting in which artworks interact with the architecture, history and atmosphere of the official presidential residence. The palace itself becomes part of the artistic experience, offering a dialogue between contemporary art and a public building that is normally not widely accessible.

Bertelsmann Chairman and CEO Thomas Rabe said art broadens people’s view of the world, encourages reflection and creates new ways of engaging with important social and cultural questions. He said Bertelsmann, as a company built on creativity and ingenuity, is committed to promoting art and culture and is pleased to support the Academy of Arts in this special project.

The sponsorship reflects Bertelsmann’s long-running cultural engagement and its goal of making cultural experiences accessible to wider audiences. The company has a 190-year history as a creative content business and supports cultural initiatives in Germany and internationally.

Through its Culture@Bertelsmann activities, the Group focuses on cultural diversity and the preservation of important cultural assets. Its cultural programme includes Archivio Storico Ricordi exhibitions, The Blue Sofa literary events and UFA Film Nights screenings, all aimed at bringing cultural heritage and creative work to the broader public.

The exhibition at Bellevue Palace also highlights the role of public cultural spaces in creating encounters between art, architecture and society. By opening the palace as a temporary gallery, FREIRAUM KUNST gives visitors access to a symbolic national setting while presenting art in direct conversation with the building’s historical and political significance.

Bertelsmann is a media, services and education company operating in around 50 countries with approximately 75,000 employees. The Group includes RTL Group, Penguin Random House, BMG, Arvato Group, Bertelsmann Marketing Services, Bertelsmann Education Group and Bertelsmann Investments.

The company generated revenues of €19 billion in the 2025 financial year and positions creativity and entrepreneurship as central to its business identity. Bertelsmann said this combination supports its media offerings, service solutions and wider cultural engagement.

About Bertelsmann
Bertelsmann is a media, services and education company with about 75,000 employees that operates in some 50 countries around the world. It includes the entertainment group RTL Group, the trade book publisher Penguin Random House, the music company BMG, the service provider Arvato Group, Bertelsmann Marketing Services, the Bertelsmann Education Group and Bertelsmann Investments, an international network of funds. The company generated revenues of €19 billion in the 2025 financial year. Bertelsmann stands for creativity and entrepreneurship. This combination enables first-class media offerings and innovative service solutions that inspire customers around the world.

Media Contact:

Mandy Berghoff
Spokesperson / Corporate Communications
Phone: +49 5241 80-78063
mandy.berghoff@bertelsmann.de

SOURCE: Bertelsmann

Mid Wales Business Parks Set for Gigabit-Capable Connectivity Through BT and Growing Mid Wales Contract

(IN BRIEF) BT has signed a new contract with Growing Mid Wales to deliver full-fibre broadband access to business parks across Ceredigion and Powys through the Business Park Full Fibre to the Premises Project. The initiative will bring gigabit-capable connectivity to business park properties that are not included in existing commercial broadband rollouts or other publicly funded programmes, ensuring that investment reaches employment sites that would otherwise miss out. The project forms part of the Growing Mid Wales Digital Programme and the wider £110 million Mid Wales Growth Deal supported by the UK and Welsh Governments. BT will design and build an open-access full-fibre network capable of download speeds of up to 1 Gbps, giving businesses choice among internet service providers while also enabling nearby homes and businesses to benefit as the network expands. The contract also includes digital skills support for small and medium-sized businesses, with virtual workshops, practical tools and tailored guidance to help improve digital capability and productivity. Network rollout has started, and the project is expected to support regional growth, business competitiveness, digital adoption and long-term economic resilience across Mid Wales.

(PRESS RELEASE) LONDON, 12-Jun-2026 — /EuropaWire/ — BT has signed a new contract with Growing Mid Wales to deliver full-fibre broadband access to business parks across Ceredigion and Powys, supporting regional growth, business productivity and digital competitiveness.

The Business Park Full Fibre to the Premises Project will bring gigabit-capable broadband to business parks in Mid Wales that currently lack access to high-quality connectivity. The project is designed to support local firms by giving them faster, more reliable and future-ready digital infrastructure in an increasingly connected economy.

The initiative forms part of the Growing Mid Wales Digital Programme and the wider Mid Wales Growth Deal, a £110 million investment supported by the UK and Welsh Governments to encourage economic growth across the region.

The project will focus specifically on business park properties that are not covered by existing commercial broadband rollouts or other publicly funded programmes. This targeted approach is intended to ensure that investment reaches employment sites that would otherwise miss out on full-fibre infrastructure.

In addition to the identified business parks, the network build is expected to enable nearby homes and businesses to upgrade to full fibre as infrastructure is extended through the area. This will broaden the impact of the investment and help more communities benefit from gigabit-capable connectivity.

Under the contract, BT will design and build a full-fibre network capable of supporting download speeds of up to 1 Gbps, with flexibility to meet future demand. The network will operate on an open-access basis, allowing businesses to choose broadband services from a range of internet service providers rather than being tied to one supplier.

Councillor Bryan Davies, Leader of Ceredigion County Council, and Councillor Jake Berriman, Leader of Powys County Council, Co-Chairs of the Growing Mid Wales Board, said the project shows growing momentum behind the Mid Wales Growth Deal and marks a major step forward for the region.

They said access to gigabit-capable full fibre at business parks will strengthen the foundations for regional growth, improve competitiveness and help businesses adopt modern digital tools and services. They also highlighted that the project targets premises outside the scope of existing commercial or public programmes, extending the benefits of full fibre to more communities and employment locations.

The Business Park FTTP Project supports the wider Growing Mid Wales vision of addressing connectivity challenges and unlocking economic benefits from digital infrastructure investment. It is also intended to support inclusive growth and long-term resilience across Mid Wales.

Susi Marston, Head of Public Sector Wales at BT, said reliable, high-quality broadband can make a significant difference to how businesses operate every day. She said the programme will help more people and places benefit from dependable digital access and support businesses as they innovate and grow.

As part of the contract, BT will also provide digital skills support for small and medium-sized businesses across Mid Wales. The programme will include virtual sessions led by industry experts, with practical workshops, tools and tailored guidance to help firms build digital capability and improve productivity.

Targeted promotional activity will be used to ensure businesses across the region are aware of the digital skills support and can take part in the programme.

Network rollout has already begun, with businesses encouraged to follow Growing Mid Wales updates as the project progresses.

Adam Price, Cabinet Minister for Enterprise, Connectivity and Energy, welcomed the rollout of full-fibre broadband to business parks across Mid Wales. He said gigabit-capable connectivity will help local firms grow, innovate and compete more effectively, while supporting long-term prosperity, stronger Welsh businesses and sustainable high-quality jobs.

Wales Office Minister Anna McMorrin said the UK Government’s investment in the Mid Wales Growth Deal is helping deliver practical change for businesses and communities across the region. She said the broadband rollout will allow businesses in Ceredigion and Powys to work more efficiently, reach more customers and improve connectivity for local people.

The announcement builds on BT’s presence in Wales, where the company employs more than 4,500 people and contributes £680 million to the Welsh economy.

The Mid Wales Growth Deal is a long-term investment programme supporting regionally significant economic infrastructure. Backed by a combined £110 million commitment from the UK and Welsh Governments, it aims to leverage further public and private investment, create long-term jobs, increase productivity and support economic growth across Mid Wales.

Notes to Editors

The Mid Wales Growth Deal, set within the broader vision for Growing Mid Wales, is a long-term investment providing capital funding to support regionally significant economic infrastructure that drives private sector investment and stimulates growth. Supported by a combined commitment of £110m from UK and Welsh Governments to leverage further public and private investment, the Growth Deal aims to create long term jobs and increase productivity, playing a key role in catalysing economic opportunities and growth across the region.

About BT Group

BT Group is the UK’s leading provider of fixed and mobile telecommunications and related secure digital products, solutions and services.

BT Group consists of four customer-facing units: Consumer serves individuals and families in the UK; Business covers companies and public services in the UK; International serves multinational organisations headquartered outside the UK and overseas public sector customers; Openreach is an independently governed, wholly owned subsidiary wholesaling fixed access infrastructure services to its customers – over 700 communications providers across the UK.

British Telecommunications plc is a wholly owned subsidiary of BT Group plc and encompasses virtually all businesses and assets of the BT Group. BT Group plc is listed on the London Stock Exchange.

For more information, visit www.bt.com/about

Media Contact:

Tеl: 0800 800 150

SOURCE: British Telecommunications

SSAB, Peab and Hjalmarssons inaugurate world’s first bridge built with SSAB Zero decarbonized steel in Sweden

(IN BRIEF) SSAB, Peab and Hjalmarssons have delivered the world’s first bridge built using SSAB Zero steel, a decarbonized steel made with recycled steel, fossil-free electricity and biogas. The pedestrian and bicycle bridge has been installed over the E22 highway in Lund, Sweden, as part of a major infrastructure upgrade by the Swedish Transport Administration. The bridge is 39 metres long, weighs just over 30 tonnes and uses SSAB Zero for approximately 95% of its steel content. SSAB said the material produces fossil carbon emissions of less than 0.05 kg CO2e per kg of steel within Scope 1 and 2, while Peab said the use of SSAB Zero reduced emissions by 70% compared with a conventional steel bridge, saving around 46 tonnes of CO2. The bridge was manufactured by Hjalmarssons in Sölvesborg without special production adjustments, as SSAB Zero has the same properties and processing characteristics as conventional steel. The project demonstrates how lower-emission steel can already be used in real infrastructure projects while maintaining established performance and manufacturing standards.

(PRESS RELEASE) STOCKHOLM, 12-Jun-2026 — /EuropaWire/ — SSAB, together with Peab and bridge manufacturer Hjalmarssons, has delivered the world’s first bridge built using SSAB Zero steel, marking a milestone for lower-emission steel use in infrastructure construction.

The pedestrian and bicycle bridge has been installed over the E22 highway in Lund, Sweden, as part of a major infrastructure upgrade led by the Swedish Transport Administration. The green-painted bridge is 39 metres long, weighs just over 30 tonnes and uses SSAB Zero for approximately 95% of its steel content.

SSAB Zero is produced using recycled steel, fossil-free electricity and biogas. According to SSAB, the process results in fossil carbon emissions of less than 0.05 kg CO2e per kg of steel in Scope 1 and Scope 2 emissions, as defined under the GHG Protocol.

Matts Nilsson, Vice President and Head of Sales at SSAB Europe, said collaboration with customers and partners such as Peab and Hjalmarssons is essential to accelerating the transition toward more sustainable steel construction. He said the Lund bridge demonstrates that it is already possible to substantially reduce the carbon footprint of steel structures while maintaining the same performance and processing standards.

Peab said the project had high environmental requirements and that the use of SSAB Zero reduced carbon emissions by 70% compared with a bridge made from conventional steel. The reduction corresponds to a saving of around 46 tonnes of CO2 emissions.

Tom Nordlindh, Construction Manager at Peab, said the bridge shows how climate ambitions can be translated into real infrastructure projects. He noted that the material choice allowed the project to meet demanding environmental goals while delivering the required functionality.

The bridge was manufactured by Hjalmarssons in Sölvesborg, Sweden. Since SSAB Zero has the same properties and processing characteristics as conventional steel, the company was able to manufacture the bridge without special adjustments to its production process.

Fredrik Andersson, CEO of Hjalmarssons, said the company had not previously worked with SSAB Zero but found no difference compared with processing conventional steel. He said participating in the development of more sustainable materials is something the company values highly.

The project highlights how decarbonized steel can be applied in practical infrastructure settings without compromising conventional production workflows. It also demonstrates the role of collaboration across the steel, construction and infrastructure supply chain in reducing emissions from built environment projects.

The inauguration of the Lund bridge positions SSAB Zero as a commercially usable material for infrastructure applications and provides a visible example of how recycled steel, fossil-free energy and biogas can help reduce the climate impact of steel-based construction.

Media Contact:

Charlotte Lindevall, Head of External Communication and Brand, charlotte.lindevall@ssab.com, +46-703 44 59 73

SOURCE: SSAB

Atos, Dassault Systèmes, JCDecaux, Renault Group, STMicroelectronics and Thales Present cleveR insights for Local Authorities

(IN BRIEF) Software République, the open innovation ecosystem created by Atos, Dassault Systèmes, JCDecaux, Renault Group, STMicroelectronics and Thales, has unveiled cleveR insights, a new territorial intelligence solution designed to help local authorities make better operational decisions through connected data, artificial intelligence and simulation. The platform collects and cross-references information from fixed, temporary and mobile sensors, smart street furniture, field observations, environmental and satellite data, and citizen contributions. This data is analysed in real time through a hypervision centre and used to feed virtual twins of territories, enabling public authorities to simulate planning scenarios and assess environmental and societal impacts. Mobility also plays a central role, with vehicles, dedicated fleets and citizens acting as mobile observation points for continuous or targeted data collection. Applications include road infrastructure monitoring, pollution and noise analysis, and drought-risk anticipation in rural areas. cleveR insights will be previewed in Paris at the Renault Défilé and at VivaTech, reflecting Software République’s wider focus on smart, secure and sustainable mobility, digital twins, AI, cybersecurity and connected public services.

(PRESS RELEASE) PARIS, 12-Jun-2026 — /EuropaWire/ — Software République has unveiled cleveR insights, a new territorial intelligence solution designed to help local authorities better understand, monitor and manage their territories through data-driven decision-making.

The solution is being presented five years after the creation of Software République, the open innovation ecosystem formed by Atos, Dassault Systèmes, JCDecaux, Renault Group, STMicroelectronics and Thales. cleveR insights is designed to give public authorities a comprehensive, sustainable and operational view of local conditions, helping them make faster and better-informed decisions in response to daily challenges.

The solution will be previewed at the Renault Défilé on the Champs-Élysées in Paris from June 13 to 14, 2026, and then at VivaTech on June 19 at the JCDecaux booth at Paris Porte de Versailles.

Local authorities are increasingly facing complex pressures linked to pollution, noise, deteriorating infrastructure, pressure on natural resources and more frequent extreme climate events. These issues create signals that public bodies need to capture, interpret and act on more effectively.

Although territorial data is often collected at regular intervals, it can remain fragmented, difficult to use and disconnected from other sources. Software République said cleveR insights is designed to address this challenge by making data more actionable and better connected across public services.

The platform combines data collection, analysis and simulation to help territories understand conditions on the ground, respond more quickly and coordinate decisions that improve residents’ quality of life.

Laurence Bechon, Chief Operating Officer of Software République, said the ambition is to give local authorities the tools to act more effectively today while anticipating future challenges. She said the solution aims to provide a detailed understanding of territories in order to support long-term improvements in quality of life.

cleveR insights is built on a modular and sovereign architecture that can be adapted to the needs of local authorities. It integrates technologies including artificial intelligence, augmented vision, predictive analytics and environmental simulation.

The solution collects and cross-references data from several sources, including fixed, temporary and mobile sensors, smart street furniture, field observations, environmental and satellite data, and citizen contributions. This information is integrated into an open, secure and scalable architecture.

Once collected, the data is analysed in real time by a hypervision centre, allowing authorities to trigger appropriate interventions and prioritise actions according to urgency. At the same time, the data feeds virtual twins of the territory, enabling public authorities to simulate planning scenarios and assess their environmental and societal impacts with greater precision.

Artificial intelligence plays a central role in the system by helping create a shared, consistent and continuously updated understanding of local conditions. This common view can be accessed by different stakeholders, supporting better coordination across public services and decision-makers.

Mobility is also a key part of the cleveR insights approach. Everyday vehicles, dedicated fleets and citizens providing real-time information can all act as mobile observation points, collecting data continuously or during targeted measurement campaigns.

When combined with other sources, this mobile data enables a more detailed, contextualised and real-time view of the territory. Software République said this agile approach can be deployed more quickly than traditional static infrastructure.

The platform is designed to turn data into operational decisions. Information is harmonised within a sovereign platform and displayed through dynamic maps and shared dashboards, allowing public authorities to manage and coordinate actions more effectively.

Potential applications include road infrastructure monitoring, such as detecting degraded areas, accident-prone zones and noisy locations; public health analysis through pollution and noise monitoring; and rural risk management, including the anticipation of drought risks.

By shifting territorial management from fragmented observation to continuous intelligence, cleveR insights aims to support more proactive, efficient and sustainable public action.

Software République said the solution reflects its broader mission to develop smart, secure and sustainable mobility solutions through collaboration between major industrial and technology groups and start-ups. Its members bring expertise in semiconductors, data analytics, artificial intelligence, cybersecurity, connectivity and digital twins.

The launch of cleveR insights positions Software République at the intersection of smart cities, mobility, environmental monitoring and public-sector digital transformation, with a focus on helping local authorities respond to today’s challenges while planning more resilient territories for the future.

About Software République

Software République is an open innovation ecosystem dedicated to smart, secure and sustainable mobility. It is made up of six members: Atos, Dassault Systèmes, JCDecaux, Renault Group, STMicroelectronics and Thales.

Software République develops joint projects focused on the mobility of the future through its unique model of horizontal collaboration. The ecosystem stands out for its innovative approach, combining established companies and start-ups from diverse backgrounds to bring to market products and services that address the new challenges of connected vehicles, smart cities and energy. These projects rely on the complementary expertise of its partners in semiconductors, data analytics, artificial intelligence, cybersecurity, connectivity and digital twins, as well as on the ambition to invent a new model of innovation that keeps people and the environment at the heart of its motivation.

Media Contacts:

Atos: Laurent Massicot – laurent.massicot@atosgroup.com Tel. +33 7 69 48 01 80

Dassault Systèmes : Arnaud Malherbe – arnaud.malherbe@3ds.com Tel. +33 1 61 62 87 73

JCDecaux : Clémentine Prat – clementine.prat@jcdecaux.com Tel. +33 6 60 33 00 15

Renault Group: Rie Yamane – rie.yamane@renault.com Tel. +33 6 03 16 35 20

STMicroelectronics: Nelly Dimey – nelly.dimey@st.com Tel. +33 6 75 00 73 39

Thales: Vanessa Viala – vanessa.viala@thalesgroup.com Tel. +33 6 07 34 00 34

SOURCE: Atos

Sarah Pappert working on components for MICADO, the first-light camera of the Extremely Large Telescope (ELT)

(IN BRIEF) Technical University of Munich PhD candidate Sarah Pappert has received the Zonta Women in STEM Award, becoming one of only 16 young women scientists worldwide to be recognised for outstanding achievements in STEM. Pappert is an astrophysicist at the TUM School of Natural Sciences and conducts research at the Max Planck Institute for Extraterrestrial Physics, where her work focuses on supermassive black holes and the development of instruments for the Extremely Large Telescope in Chile. She is involved in MICADO, the first-light camera for the European Southern Observatory’s ELT, working on an optical system for high-resolution spectroscopy that will help scientists study the centre of the Milky Way and distant galaxies. Her research explores how galaxies and supermassive black holes evolve together, as well as systems containing two supermassive black holes that may reveal more about galaxy mergers. Beyond her scientific work, Pappert is active in outreach and science communication, encouraging young people, especially girls and young women, to pursue STEM subjects and careers.

(PRESS RELEASE) MUNICH, 12-Jun-2026 — /EuropaWire/ — Technical University of Munich PhD candidate Sarah Pappert has received the Zonta Women in STEM Award, becoming one of only 16 young women scientists worldwide to be recognised through the international programme.

Pappert, an astrophysicist at the TUM School of Natural Sciences, is conducting research at the Max Planck Institute for Extraterrestrial Physics. Her work focuses on supermassive black holes and the development of advanced astronomical instruments for the Extremely Large Telescope in Chile.

The Zonta Women in STEM Award recognises outstanding achievements by young women in science, technology, engineering and mathematics. For Pappert, the honour also provides a platform to make women in science more visible and to encourage girls and young women to pursue their interests in STEM with confidence.

Pappert is involved in the development of MICADO, the first-light camera for the European Southern Observatory’s Extremely Large Telescope. Within the project, she works on a specialised optical system for high-resolution spectroscopy, a technique that breaks light into different wavelengths to reveal information about stars, galaxies and the gas and dust encountered by light on its journey through space.

With MICADO, researchers will be able to study the centre of the Milky Way as well as some of the most distant visible galaxies. Pappert said the instrument will help scientists analyse the chemical composition and properties of stars and galaxies, offering new insight into both nearby and early-universe objects.

Although astrophysics is often associated with spectacular space imagery, Pappert noted that much of her daily work involves tiny precision components. Some parts used in instruments that analyse light are only a few millimetres in size, despite being designed for use with the ELT’s 39-metre primary mirror. She said this illustrates how effectively the telescope can focus collected light onto an extremely small point.

Her research interests include two major questions in astrophysics: how galaxies and the supermassive black holes at their centres form and evolve together, and how systems with two supermassive black holes can reveal the dynamics of galaxy mergers. Observations of galaxies at different evolutionary stages help researchers understand the relationship between black holes and the galaxies they influence.

Pappert said the search for galaxies containing two supermassive black holes is especially exciting because such systems can offer rare insight into galaxy mergers. She described the field as one shaped by major scientific progress, but still full of unanswered questions.

Alongside her research, Pappert is active in science communication and outreach, particularly with young people and young women. She regularly takes part in school events and STEM activities, using her experience to show students what scientific research can look like in practice.

She recalled that during her first school presentation as a university student, a pupil asked such detailed questions about a retired detector she had brought as a demonstration object that she later had to consult the technical documentation herself. The experience showed her how outreach events can both identify young talent and spark scientific curiosity.

Pappert also highlighted a recent Girls’ Day event at the Max Planck Institute for Extraterrestrial Physics, where participants became deeply engaged in a discussion about the Big Bang. Their questions pushed the conversation toward the limits of current knowledge, reminding her of her own early fascination with science.

Pappert is supervised by Professor Reinhard Genzel and Professor Frank Eisenhauer, who holds a TUM Distinguished Affiliated Professorship at the TUM School of Natural Sciences. Her research combines astrophysics, astronomical instrumentation and the study of the origins and evolution of supermassive black holes.

She said the Zonta Women in STEM Award strengthens her ability to contribute to science through both research and communication. By increasing the visibility of diverse role models, she hopes more young people will see scientific careers as realistic and accessible.

Pappert said she wants to use the recognition to encourage girls and young women to believe in their abilities and follow their scientific interests. For her, the award is not only a personal achievement, but also an opportunity to support wider participation in STEM.

Further information and links

Learn more about the Bachelor’s degree in Physics

Explore the Master’s Program in Physics (Nuclear, Particle, and Astrophysics)

Visit the TUM School of Natural Sciences

Media Contact:

Natalie Neudert – TUM CST Communications
natalie.neudert@tum.de

SOURCE: Technical University of Munich

Local residents would dropped grape pips into deep wells (image courtesy of Florida State University)

(IN BRIEF) Scientists studying 2,000-year-old grape seeds from ancient wells at Cetamura del Chianti in Tuscany have uncovered new evidence about the origins of modern wine production. Published in the Journal of Archaeological Science, the research analysed DNA from 80 preserved grape seeds dating from around 300 BCE to 300 CE and found that most belonged to a single identical grape variety passed from the Etruscans to the Romans and maintained for centuries. The most surprising finding was that this dominant ancient grape produced white berries, despite Chianti’s modern reputation for red Sangiovese wines. The study also found that new grapevine varieties appeared after the Roman conquest, suggesting the introduction of selected varieties through the Roman Empire’s agricultural and trading networks. Genetic links to ancient grape seeds from southern France and to grape families still grown in Central and Eastern Europe today further show how Roman viticulture helped shape the development of European winemaking. The findings highlight the long continuity, movement and resilience of grape varieties across ancient and modern wine cultures.

(PRESS RELEASE) YORK, 12-Jun-2026 — /EuropaWire/ — University of York researchers analysing 2,000-year-old grape seeds from ancient wells in Tuscany have uncovered new evidence about the genetic origins of wine production in one of Italy’s most famous vineyard regions.

The findings, published in the Journal of Archaeological Science, show that ancient vineyards around Cetamura del Chianti were part of a sophisticated agricultural network during the Etruscan and Roman periods. The study suggests that this early viticultural system helped lay the foundations for later European winemaking traditions.

The discovery was made at Cetamura del Chianti, a hilltop settlement in the Chianti wine region of Tuscany. Between 300 BCE and 300 CE, local residents dropped grape pips into deep wells, where oxygen-free mud helped preserve them for two millennia.

Dr Oya Inanli, who carried out the work as part of her PhD at the University of York’s Department of Archaeology, said researchers sequenced DNA from 80 grape seeds and found a striking pattern of continuity. Most of the tested seeds belonged to a single identical grape variety that appears to have been passed from the Etruscans to the Romans and maintained over several centuries.

The genetic analysis also allowed the team to determine the colour of the ancient grapes. Markers in the DNA showed that the dominant long-lived clone produced white berries, a finding that contrasts with Chianti’s modern global reputation for red Sangiovese wines.

Professor Nancy De Grummond of Florida State University said the research adds an important chapter to the history of wine in Chianti. She noted that it was a surprise to discover that the region’s modern red wine identity was preceded by a white grape variety maintained across Etruscan and Roman times.

The study also found evidence of change after the Roman conquest of the settlement. New grapevine varieties appeared at Cetamura, suggesting that selected varieties may have been introduced through the expanding Roman Empire. The team also identified signs that some wild grapes were collected, using a method that examines the shape of grape pips.

Genetic testing showed that the dominant Cetamura clone was closely related to two ancient grape seeds previously analysed from southern France. This provides biological evidence of a broad Roman agricultural and trading network that helped standardise wine production across different regions.

The researchers also identified another ancient grape seed at Cetamura belonging to a grape family still grown in Central and Eastern Europe today. Its closest modern comparison is Baratcsuha szurke, a rare grape variety found in Hungary.

The discovery also connects the ancient seed to the famous 400-year-old grapevine in Maribor, Slovenia, officially recognised as the world’s oldest living grapevine that still produces fruit.

Dr Nathan Wales of the University of York’s Department of Archaeology said the findings show that this grape family is both ancient and resilient. He said wine grapes consumed by the Romans are closely connected to varieties still found in modern vineyards.

The research demonstrates how ancient DNA can deepen understanding of the movement, selection and cultivation of grapevines across the Roman world. It also shows that the history of modern wine is not only shaped by today’s familiar regional identities, but by much older patterns of agricultural exchange, local cultivation and long-term preservation of grape varieties.

For Chianti, the findings reveal a more complex past than its modern association with red wine alone, pointing to a white grape tradition that survived across centuries and formed part of a wider Mediterranean story of viticulture, trade and cultural continuity.

Media Contact:

Samantha Martin
Deputy Head of Media Relations (job share)
+44 (0)1904 322029
s.martin@york.ac.uk

SOURCE: University of York

Novonesis Biosolutions to Join Rovensa Next Portfolio Across Key US Crop Markets

(IN BRIEF) Rovensa Next and Novonesis have signed a distribution agreement under which Rovensa Next will commercialize select Novonesis plant health biosolutions in the United States beginning with the 2027 growing season. The partnership will expand grower access to science-backed agricultural biologicals across seed treatment, crop nutrition, biostimulation, biocontrol and post-harvest support. Rovensa Next will take direct commercial responsibility for products focused on soybeans, corn, pulses and peanuts, including Optimize, NodPro, Torque, Ratchet, BioniQ, TagTeam, QuickRoots, Cell-Tech and JumpStart, while Actinovate will be distributed for fruit and vegetable crops alongside Rovensa Next’s biocontrol portfolio. Novonesis will continue manufacturing the products and retain selected forage segments, including Optimize and Nitragin products for alfalfa and clover. The agreement strengthens Rovensa Next’s US presence, where the country is now its third-largest market by revenue, and supports Novonesis’ ambition to broaden access to biosolutions through retailers and growers. The deal comes as North America’s agricultural biologicals market is projected to reach around $5.5 billion by 2027.

(PRESS RELEASE) COPENHAGEN, 12-Jun-2026 — /EuropaWire/ — Rovensa Next and Novonesis have signed a distribution agreement that will expand access to agricultural biosolutions for growers in the United States beginning with the 2027 growing season.

Under the agreement, Rovensa Next will commercialize select Novonesis plant health biosolutions in the US, strengthening its portfolio of technologies designed to support productivity, crop resilience and profitability across a broad range of farming systems.

The partnership brings together Novonesis’ long-standing biosolutions expertise with Rovensa Next’s growing US distribution network and broad agricultural input portfolio. The combined offering will include biostimulants, biofertilizers, bionutrition products, biocontrol solutions and adjuvant technologies, enabling more integrated biosolutions programmes from seed treatment through post-harvest.

North America is one of the fastest-growing markets for agricultural biologicals. The market is projected to reach approximately $5.5 billion by 2027, with growth of more than 12% CAGR during the 2023–2027 forecast period, as growers seek science-backed alternatives that can deliver measurable field performance while supporting sustainability goals.

Novonesis has a 130-year history of developing biosolutions for agriculture and will continue manufacturing the products covered by the agreement. The company said the partnership supports its goal of putting more solutions into the hands of retailers and growers.

René Garza, Senior Vice President of Planetary Health at Novonesis, said the agreement with Rovensa Next aligns with the company’s ambition to broaden access to its agricultural biosolutions. He highlighted opportunities in soybeans through products such as Optimize, NodPro and Cell-Tech XC with ProPort Technology, as well as momentum in pulses through TagTeam BioniQ and Cell-Tech Multi-Pulse.

Rovensa Next has expanded its presence in the United States in recent years through the integration of companies including Oro Agri, Agro-K and Cosmocel. The company now has access to both specialty crop regions and broad-acre markets, supported by a network of regional and national distributors. The United States has become Rovensa Next’s third-largest market by revenue.

For Rovensa Next, the agreement supports its mission to “Biosolutionize Agriculture” by expanding its ability to provide biological crop input solutions across the full crop cycle. The partnership also reflects a broader collaboration model emerging in the biologicals sector, where companies combine complementary technologies and commercial networks to reach growers more effectively.

Chuck Broughton, Head of North America at Rovensa Next, said growers are looking for solutions that are easy to use, proven in the field and capable of delivering reliable returns. He said the combined portfolio from Rovensa Next and Novonesis is designed to address critical crop production challenges while remaining grounded in biosolutions.

Under the agreement, Rovensa Next will assume direct commercial responsibility for products focused on soybeans, corn, pulses and peanuts. These include Optimize, NodPro, Torque, Ratchet, BioniQ, TagTeam, QuickRoots, Cell-Tech and JumpStart.

For fruit and vegetable crops, Rovensa Next will distribute Actinovate alongside its existing biocontrol portfolio. Novonesis will retain selected segments, including the forage portfolio of Optimize and Nitragin products for alfalfa and clover crops.

Rovensa Next said the agreement will help expand grower access to integrated biosolutions across the US market, combining science-backed products with technical support and established commercial reach.

The partnership strengthens both companies’ positions in agricultural biologicals at a time when growers are increasingly seeking tools that support crop performance, resilience, sustainability and profitability across diverse production systems.

About Rovensa Next

Rovensa Next is the global leader in biosolutions for agriculture. With over 2,200 employees spread around the world, Rovensa Next markets its products in over 90 countries. It brings together a global network of 39 R&D laboratories, excellence centers, fields and greenhouses, 12 production plants, over 170 partnerships with research centers and universities, 100 R&D and innovation specialists, and a dedicated team of more than 850 field experts.

Learn more here: www.rovensanext-na.com

Media Contact:

Kathy Humphrey
North America | Head of Communications
khp@novonesis.com
+1 919 494 8764

SOURCE: Novozymes A/S

International BRICK AWARD 26 Winners Highlight Climate-Responsive Design, Reuse and Contemporary Ceramic Architecture

(IN BRIEF) The BRICK AWARD 26 winners were celebrated in Vienna, recognising outstanding international architecture projects that demonstrate the creative, sustainable and cultural potential of brick and ceramic building materials. Hosted by wienerberger, the manufacturer-independent biennial award has been presented since 2004 and this year honoured projects across five categories, with an additional Grand Prize and a first-time Special Prize. The Grand Prize and Sharing public spaces award went to Đạo Mẫu Temple and Museum in Vietnam by ARB Architects, a carbon-negative project that reused around six million clay tiles from more than 500 local homes. Other winners included Ca na Birgit in Mallorca by TEd’A arquitectes, Social Atrium – 54 Dwellings in the Besòs in Barcelona by Peris+Toral Arquitectes, Warehouse and Offices for Clase Azul La Hacienda Jalisco in Mexico by ATELIER ARS, and Endless Brick Playground by the China Academy of Art. A Special Prize was awarded to MAKER’s social and urban infill project in Kortrijk, Belgium, which reimagines neighbourhood living through reuse and garden-city principles. The awards underline how brick and ceramic materials are being used to address climate resilience, affordable living, social connection and architectural beauty.

(PRESS RELEASE) VIENNA, 12-Jun-2026 — /EuropaWire/ — The international winners of the BRICK AWARD 26 have been announced in Vienna, celebrating projects that demonstrate the versatility, beauty and contemporary relevance of brick and ceramic building materials.

Hosted by wienerberger, the biennial BRICK AWARD has recognised outstanding brick architecture since 2004. The manufacturer-independent prize gives architects a global platform for innovative designs using brick and ceramic building products, while highlighting the role of these materials in sustainable, forward-looking architecture.

The 2026 edition recognised winners across five categories: Feeling at home, for single houses and small-scale projects; Living together, for urban residential developments; Working together, for commercial and industrial buildings; Sharing public spaces, for public buildings and spaces; and Building outside the box, for innovation. A Grand Prize was also awarded, and for the first time the jury introduced a Special Prize for a project reimagining the concept of neighbourhood.

The Grand Prize went to Đạo Mẫu Temple and Museum in Soc Son, Vietnam, which also won the Sharing public spaces category. Designed by ARB Architects for folk artist Xuân Hinh, the 5,000 sqm project draws on deep cultural traditions while integrating a spiritual architectural language with contemporary life. The carbon-negative project reused around six million clay tiles sourced from more than 500 local homes, creating a strong material and symbolic connection with the surrounding community.

The Feeling at home category was awarded to Ca na Birgit in Mallorca, Spain, designed by TEd’A arquitectes. The single-family home, built on the cliffs of Ses Penyes Rotges, uses locally sourced brick and a compact built area of 194 sqm. Its design responds to the climate, the landscape and the need for privacy by creating two deep walls parallel to neighbouring properties, framing sea views while shielding the home from outside sightlines.

The Living together award went to Social Atrium – 54 Dwellings in the Besòs, a mixed-use social housing project in Barcelona by Peris+Toral Arquitectes. The development includes 54 social rental apartments and is organised around a bioclimatic atrium that connects the homes with social amenities at ground level. Biomass-fired brick used in the façade and interior supports thermal performance, helping keep the building warm in winter and cool and ventilated in summer.

The Working together category was won by Warehouse and Offices for Clase Azul La Hacienda Jalisco in Mexico, designed by ATELIER ARS. The project uses local ceramics and stone from the site excavation to anchor the development in its volcanic landscape. From the east, the building appears as a ceramic horizon, with a roof clad in traditional clay elements that blurs the boundary between architecture and terrain.

The Building outside the box award went to Endless Brick Playground, developed through the Fundamentals of Masonry course at the School of Architecture, China Academy of Art in Hangzhou. Rather than a conventional engineering project, the work is an evolving educational and experimental site where first-year students design and build brick structures using red bricks as the only material. Between 2014 and 2024, nearly 80 students contributed to the site, creating 48 structures, with 26 preserved by the end of 2024.

The jury also awarded a Special Prize to A social and urban infill project in Kortrijk, Belgium, designed by MAKER. The project reimagines a neighbourhood of 54 homes as a contemporary garden city, creating stronger social and environmental connections between residents and nature. Reclaimed bricks and tiles shape the façades, reflecting the history, availability and character of reused materials.

Heimo Scheuch, CEO of wienerberger, said the winning projects show how brick and ceramic materials continue to inspire architectural innovation. He said the projects demonstrate how these materials can respond to climate change and modern living needs while creating beauty and a sense of wonder for building users.

The BRICK AWARD 26 winners were selected from a shortlist of 50 projects across 21 countries by an international jury of architects and designers. This year’s jury included Gabriela Carrillo, co-founder of Colectivo C733; Christine Conix, co-founder of Conix RDBM; Eduardo Mediero, co-founder of HANGHAR; Jens Linnet, co-founder of BOGL; and Traudy Pelzel, co-founder of MAP studio.

The jury evaluated projects based on architectural quality, innovative design concepts, skillful use of brick and ceramic materials, aesthetics, form and configuration. Sustainability, climate resilience, energy efficiency, affordable living, cultural context and the success of each project in serving its intended purpose were also key considerations.

The Grand Prize winner receives €7,000, while category winners receive €5,000 and bespoke ceramic trophies. Winners and shortlisted nominees will also be featured in Brick Book 26, a reference publication showcasing leading examples of contemporary brick and ceramic architecture.

The BRICK AWARD continues to serve as an international platform for architects using brick in creative, ecological and socially meaningful ways, highlighting the material’s continued relevance in contemporary design.

wienerberger

wienerberger is a leading international provider of innovative, ecological solutions for the entire building envelope, in the fields of new build and renovation, as well as infrastructure in water and energy management. With more than 20,000 employees worldwide, wienerberger’s solutions enable energy-efficient, healthy, climate-friendly, and affordable living. wienerberger is the world’s largest producer of bricks and the market leader in clay roof tiles in Europe as well as concrete pavers in Eastern Europe. In pipe systems (ceramic and plastic pipes), the company is one of the leading suppliers in Europe and a leading supplier of facade products in North America. With its more than 200 production sites, wienerberger generated revenues of €4.6 billion and an operating EBITDA of approx. €754 million in 2025.

High-resolution images of the winning entries are available here.

About the BRICK AWARD

The BRICK AWARD is an international architecture prize that celebrates outstanding brick architecture from around the world. Hosted by wienerberger, the award recognizes innovation, craftsmanship, and sustainable design, while remaining independent; use of wienerberger products is not a requirement for participation. Established in 2004, the biennial prize has become a prestigious platform for visionary architects, showcasing the creative and ecological potential of brick in contemporary architecture. Winners from around the world are celebrated during an award ceremony, and their work is featured in the official BRICK Book, alongside nominated projects.

Media Contacts:

Claudia Hajdinyak
Head of Corporate Communications
Wienerberger AG
+43 664 8283183
claudia.hajdinyak@wienerberger.com

SOURCE: Wienerberger AG

University of Liverpool Honoured for Pandemic Innovations That Shaped Testing, Treatment and Clinical Guidance

(IN BRIEF) The University of Liverpool has won the Best Public Sector Innovation award at the 2026 Prix Galien UK Awards for its three major COVID-19 response innovations: the SMART community testing programme, the ISARIC clinical characterisation study and the AGILE therapeutics trial platform. SMART delivered the world’s first voluntary COVID-19 mass testing pilot using lateral flow devices in Liverpool in November 2020, increasing case detection by a fifth, reducing known cases by a fifth and contributing to a quarter reduction in COVID-19 hospitalisations. ISARIC, co-led by Professor Calum Semple, became the world’s largest prospective study of hospitalised COVID-19 patients, gathering data from more than 300,000 patients and informing SAGE, NERVTAG, WHO guidance and vaccine development. AGILE, led by Professor Saye Khoo, pioneered a faster early-phase clinical trial model for COVID-19 antivirals and supported the licensing of major treatments, while the Liverpool COVID-19 Drug Interactions tool became a global reference used across 220 countries. The award recognises how Liverpool’s public health partnerships, civic trust, data infrastructure and clinical research capacity enabled rapid, large-scale responses during the pandemic.

(PRESS RELEASE) LIVERPOOL, 12-Jun-2026 — /EuropaWire/ — The University of Liverpool has received the Best Public Sector Innovation award at the 2026 Prix Galien UK Awards, recognising three major contributions to the national and international response to the COVID-19 pandemic.

The award honours the University’s COVID-19 Response Trio: the SMART community testing programme, the International Severe Acute Respiratory and Emerging Infection Consortium clinical characterisation study, known as ISARIC, and the AGILE therapeutics trial platform.

The Prix Galien, established in 1970, is widely regarded as one of the most prestigious awards in life sciences. The UK awards recognise health innovations developed in the country that make a meaningful contribution to improving human health. The award was presented at a ceremony held at the Natural History Museum in London on June 11, 2026.

Liverpool’s SMART programme, short for Systematic Meaningful Asymptomatic Repeated Testing, played a major role in shaping the understanding and use of community testing during the pandemic. The programme increased case detection by one fifth, reduced known cases by one fifth and contributed to a quarter reduction in COVID-19 hospitalisations. Its evidence directly informed the UK’s COVID-19 Community Testing programme and influenced policies internationally.

Professor Iain Buchan, who led the SMART mass testing research, said the award reflects the contribution made by Liverpool’s residents and researchers to the global pandemic response. He said the city’s willingness to volunteer for testing during difficult conditions in November 2020 provided vital scientific evidence at a time of uncertainty and misinformation.

Liverpool delivered the world’s first voluntary COVID-19 mass testing pilot using lateral flow devices in November 2020. The city was facing the UK’s highest incidence of COVID-19 hospitalisation, alongside high levels of poverty and the impact of lockdown measures. At that time, little was known about asymptomatic transmission and rapid testing had not yet been proven at population scale.

A quarter of Liverpool’s population volunteered for supervised self-testing within the first month, and half of the city’s population eventually took part. Working with Liverpool City Council, the NHS and 2,000 troops from the British Army, the Liverpool-led partnership mobilised in five days and delivered policy-shaping evidence within five weeks.

The pilot was supported by rapid data and digital infrastructure development. The Combined Intelligence for Population Health Action system, known as CIPHA, brought together GP, hospital and COVID-19 testing data for a population of 2.7 million. It was deployed in just 90 days in the summer of 2020, creating an infrastructure that has since been sustained through the University’s Civic Health Innovation Labs and the Data into Action programme for Cheshire and Merseyside.

The award also recognises ISARIC, co-led by Professor Calum Semple, Professor of Child Health and Outbreak Medicine at the University of Liverpool. ISARIC created the world’s largest prospective study of hospitalised COVID-19 patients. It was activated on January 17, 2020, before the UK recorded its first case, and gathered data from more than 300,000 patients.

ISARIC submitted its first clinical report to the Scientific Advisory Group for Emergencies by March 10, 2020. Its findings informed more than 150 SAGE and New and Emerging Respiratory Virus Threats Advisory Group meetings, as well as World Health Organisation clinical guidance and vaccine development. Its 4C Mortality Score became a widely used tool for hospital risk stratification around the world.

Professor Semple said the recognition reflects the foresight and commitment of the UK ISARIC team in preparing for a major public health emergency. He said the national clinical research response was world-leading and helped save lives.

The third programme recognised by the award is AGILE, led by Professor Saye Khoo, Director of the Centre for Experimental Therapeutics at the University of Liverpool. AGILE introduced a new early-phase clinical trial model for experimental COVID-19 antivirals, combining Phase 1 and Phase 2 studies with advanced mathematical modelling to support faster decision-making using fewer participants.

AGILE delivered first-in-human and dose-optimisation studies for treatments including molnupiravir. Its data also supported the licensing of remdesivir, molnupiravir and nirmatrelvir/ritonavir. The related Liverpool COVID-19 Drug Interactions tool has become a global benchmark, supporting around eight million searches each year across 220 countries.

Professor Khoo said Liverpool researchers responded to an unprecedented challenge with innovation, hard work and a belief that science could play a decisive role in the pandemic response.

Together, SMART, ISARIC and AGILE demonstrate how long-term investment in public health partnerships, civic trust, clinical research and data infrastructure enabled Liverpool to act quickly and at scale during the pandemic.

The University said the award reflects the combined efforts of researchers, residents, public health partners and clinical teams whose work helped shape public health policy, clinical guidance and treatment development during one of the most significant health emergencies in modern history.

Media Contact:

pressoffice@liverpool.ac.uk

SOURCE: University of Liverpool

The Sandwich Shop at 16 Wensum Street, Norwich

(IN BRIEF) A University of East Anglia nutrition academic is supporting Eat Social, a Norwich-based social enterprise working to provide nutritious meals for families affected by food poverty. Professor Anne-Marie Minihane of Norwich Medical School has joined the initiative as a non-executive director, helping translate nutrition research into practical community support. Eat Social is partly funded through The Sandwich Shop at 16 Wensum Street, Norwich, run by Lisa Vincent, which operates as a social enterprise to generate income for community meal programmes. The initiative was inspired by local accounts of families struggling to access enough food, including children going hungry and households with no food available. Professor Minihane said that while nutrition research can show what healthy diets should look like, it cannot make a difference unless people can first access food. Eat Social aims to provide meals that are not only filling but also nutritionally balanced, with a particular focus on supporting children and families. Future plans include fundraising and funding applications for programmes such as after-school meals for local families.

(PRESS RELEASE) NORWICH, 12-Jun-2026 — /EuropaWire/ — A University of East Anglia academic is helping translate nutrition research into community action by supporting Eat Social, a Norwich-based social enterprise working to provide nutritious meals for families experiencing food poverty.

Professor Anne-Marie Minihane, from Norwich Medical School at UEA, has joined Eat Social as a non-executive director. The initiative focuses on supporting local families who may struggle to access enough food, while also placing emphasis on the nutritional quality of the meals provided.

Eat Social is partly funded through The Sandwich Shop at 16 Wensum Street in Norwich, a café run by Professor Minihane’s partner, Lisa Vincent. The café operates as a social enterprise, generating income to support the wider community meal programme.

Vincent was motivated to launch the initiative after attending a local anti-poverty meeting where she heard first-hand accounts of families facing severe food insecurity. She said the stories included children going to school too hungry to learn, toddlers eating sand, and households with no food at home. The experience, she said, made clear the need for a practical local response.

Professor Minihane’s involvement reflects UEA’s wider commitment to applying research beyond academia and ensuring that knowledge benefits communities directly. Her work in nutrition translation has highlighted that around 20% of people in the UK, including in Norwich, experience food poverty and may regularly go without adequate food.

Minihane said nutrition research can identify what a healthy diet should look like, but that this knowledge has limited impact when families cannot afford food. For people facing food insecurity, the priority is often survival rather than nutrition, making access to food the first essential step.

She said the initiative is about turning research into practice and delivering knowledge at community level. Without access to food, she noted, nutrition science alone cannot deliver meaningful change.

The project is built around a sustainable model in which the café helps fund the social mission. Vincent said the aim was to avoid relying entirely on short-term grants or donations, which would not provide a viable long-term foundation for community meal provision.

Eat Social’s approach differs from some food support initiatives by focusing not only on providing meals, but on ensuring that they are nutritious and balanced. Professor Minihane said there is an important distinction between giving people food and supporting their nutrition, especially when the goal is to improve health as well as address immediate hunger.

The initiative places particular emphasis on children and families. Minihane said poor nutrition in childhood can affect learning, mental health and development, with impacts that may not always be fully reversed later in life.

She also stressed that children cannot be supported in isolation. When parents are under financial and emotional pressure, they may not have the capacity to prioritise cooking or nutrition, making whole-family support essential.

Since opening last month, The Sandwich Shop has received positive feedback from customers while helping lay the groundwork for Eat Social’s community meal programmes. Future plans include fundraising campaigns and additional funding applications to support initiatives such as after-school meals for local families.

Vincent said the need for the service is already clear and that the next step is to build a model that can grow and make a lasting difference in the community.

The initiative connects academic research, social enterprise and local action, showing how nutrition expertise can be used to support practical responses to food poverty in Norwich.

Media Contact:

communications@uea.ac.uk

SOURCE: University of East Anglia

Safran receives largest German order for JIM Compact infrared binoculars to support Bundeswehr infantry capabilities

(IN BRIEF) Safran Electronics & Defense Germany has received its largest order from Germany for more than 1,000 JIM Compact multifunction infrared binoculars for the Bundeswehr. Announced during ILA Berlin 2026, the order is aimed at strengthening German Infantry capabilities and falls under a framework agreement signed in December 2024 and approved by the German Bundestag’s Budget Committee. JIM Compact is a combat-proven multifunction observation system that helps soldiers detect, identify and locate targets in all weather and light conditions, improving observation, targeting and situational awareness for dismounted troops. Since 2022, nearly 6,000 JIM Compact systems have been delivered to NATO countries, while production capacity has tripled between 2022 and 2026 to meet growing demand. Safran said the order deepens its partnership with the Bundeswehr and includes expanded local maintenance support in Germany.

(PRESS RELEASE) PARIS, 12-Jun-2026 — /EuropaWire/ — Safran Electronics & Defense Germany has received its largest-ever German order for JIM Compact multifunction infrared binoculars, with more than 1,000 systems to be supplied to the Bundeswehr.

The order was announced during ILA Berlin 2026 and is intended to strengthen the operational capabilities of the German Infantry. It falls under the framework agreement signed in December 2024 and approved by the Budget Committee of the German Bundestag.

JIM Compact is a combat-proven multifunction observation system designed to help soldiers detect, identify and locate targets in different weather and light conditions. The system combines compact design with observation, targeting and situational awareness capabilities for dismounted troops operating in modern combat environments.

Safran said the JIM Compact has become an important capability for modern armed forces due to its versatility and operational performance. Since 2022, nearly 6,000 systems have been delivered to NATO countries, reflecting rising demand for advanced soldier observation and targeting technologies.

To meet increased operational demand, production capacity for the JIM Compact has tripled between 2022 and 2026. The latest Bundeswehr order further reinforces the system’s role in equipping NATO forces with enhanced frontline observation capabilities.

Marzell Schiller, CEO of Safran Electronics & Defense Germany, said the major order deepens Safran’s partnership with the Bundeswehr. He said the company will not only deliver the systems but also expand local maintenance support in Germany.

Schiller described the JIM Compact as a key building block for the augmented soldier, giving dismounted troops improved observation, targeting and situational awareness. He added that the system helps close capability gaps for infantry forces.

The order strengthens Safran Electronics & Defense Germany’s role as a technology partner for the Bundeswehr and supports wider European efforts to modernise soldier systems, improve battlefield awareness and enhance operational readiness.

The announcement at ILA Berlin 2026 also highlights the growing importance of compact, multifunction and digitally enabled observation systems in modern defence procurement, particularly as armed forces seek to equip soldiers with tools that improve decision-making, target acquisition and survivability in the field.

Safran is an international high-technology group, operating in the aviation (propulsion, equipment and interiors), defense and space markets. Its core purpose is to contribute to a safer, more sustainable world, where air transport is more environmentally friendly, comfortable and accessible. Safran has a global presence, with more than 110,000 employees and revenue of 31.3 billion euros in 2025, and holds, alone or in partnership, global or regional leadership positions in its core markets. Safran undertakes research and development programs to maintain the environmental priorities of its R&T and Innovation roadmaps. Safran is listed on the Euronext Paris stock exchange and is part of the CAC 40 and Euro Stoxx 50 indices.

Safran Electronics & Defense is a high-technology industrial company operating in the aerospace, defense, and space sectors. For over 100 years, the company has been designing, developing, and manufacturing equipment and services for both civil and military clients – on land, at sea, in the air and in space. A leader in its markets, Safran Electronics & Defense offers cutting-edge solutions in avionics, critical electronics, optronics, inertial navigation, precise timing, guidance, actuation, flight controls, satellite engines, and artificial intelligence for industry and defense. Our 19,000 employees across five continents are proud to support their customers, States and their armed forces, in strengthening their autonomy and sovereignty, and to contribute to the safety of air transport passengers.

Press relations

Lucie Bâton
Safran Electronics & Defense
+33 6 30 27 71 41
lucie.baton@safrangroup.com

SOURCE: Safran

Airbus Defence and Space Partners With Ukraine’s SkyFall to Strengthen Multi-Layered Air Defence Capabilities

(IN BRIEF) Airbus Defence and Space and Ukrainian defence technology company SkyFall have signed a Memorandum of Understanding at ILA Berlin to launch a strategic partnership focused on defence innovation, unmanned systems and multi-layered air defence. The agreement, signed in the presence of German Defence Minister Boris Pistorius, combines Airbus’ expertise in system-of-systems integration, command-and-control capabilities and integrated air and missile defence with SkyFall’s rapid prototyping, serial manufacturing and combat-proven drone technologies. The partnership is designed to strengthen protection of Ukrainian airspace against drone and missile threats while supporting the wider European defence ecosystem and the objectives of the European Sky Shield Initiative. SkyFall said its interceptors have neutralised more than 10,000 Russian drones in combat environments, while Airbus said the collaboration will help bridge traditional defence systems with rapid-cycle battlefield innovation. The initiative also aims to reinforce European technological sovereignty and create a path for advanced Ukrainian defence technologies to reach the European market.

(PRESS RELEASE) BERLIN, 12-Jun-2026 — /EuropaWire/ — Airbus Defence and Space and Ukrainian defence technology company SkyFall have signed a Memorandum of Understanding to establish a strategic partnership focused on advancing air defence innovation, unmanned systems and European defence cooperation.

The agreement was signed at the International Aerospace Exhibition in Berlin in the presence of German Federal Minister of Defence Boris Pistorius. The partnership brings together Airbus Defence and Space’s experience in systems integration, command-and-control capabilities and integrated air and missile defence with SkyFall’s combat-proven drone technologies, rapid prototyping and serial manufacturing capabilities.

SkyFall is recognised as a Ukrainian defence technology company specialising in unmanned aerial systems for combat missions, logistics and military reconnaissance. The company combines research and development, manufacturing and operational expertise gained from the battlefield, where Ukrainian defence technologies have been tested under active combat conditions.

The partnership is intended to strengthen the protection of Ukrainian airspace against drone and missile threats while reinforcing Ukraine’s role as an emerging European centre for defence innovation. Airbus and SkyFall said the initiative will also support the wider European defence ecosystem by combining Western defence system expertise with Ukraine’s fast-cycle technology development and battlefield experience.

Michael Schoellhorn, CEO of Airbus Defence and Space, said modern air defence must respond to new threats created by drone saturation attacks and other effectors across European airspace. He said this requires technological agility, multinational interoperability and the use of field-tested capabilities.

Schoellhorn said the partnership with SkyFall helps bridge traditional defence systems and rapid-cycle innovation. He added that Airbus’ system-of-systems and command-and-control expertise, particularly in integrated air and missile defence, can be combined with Ukraine’s combat insights and field-proven technologies to help build a resilient, multi-layered air defence ecosystem.

Mykola Makovieiev, CEO of SkyFall, said SkyFall interceptors have already neutralised more than 10,000 Russian drones in live combat environments, demonstrating the effectiveness of Ukrainian solutions in countering aerial threats. He said the partnership with Airbus will support the development of next-generation technologies for a multi-layered air shield designed to strengthen protection for Ukrainian skies and European airspace.

The joint initiative supports the objectives of the European Sky Shield Initiative, Europe’s collaborative air defence framework, and underscores the importance of European technological sovereignty. The companies said the partnership also strengthens collective deterrence and long-term industrial cooperation by creating opportunities to bring advanced Ukrainian defence technologies into the European market.

SkyFall develops and manufactures a range of unmanned systems and defence technologies, including the Vampire drone, known by Russian forces as Baba Yaga, Shrike FPV drones, P1-SUN Shahed interceptors, communications systems and related components. The company also operates SkyFall Academy, which provides expertise in deploying its combat-proven solutions.

Airbus said the partnership reflects its wider role in aerospace, defence, space systems and connected services. Airbus Defence and Space is part of the company’s broader defence and security portfolio, while Airbus also designs commercial aircraft, helicopters and space systems for civil and military customers worldwide.

The Airbus–SkyFall partnership comes as European governments and defence industries place greater emphasis on layered air defence, drone countermeasures, interoperable systems and faster innovation cycles in response to the changing nature of modern warfare.

About Airbus
Airbus pioneers sustainable aerospace for a safe and united world. The Company constantly innovates to provide efficient and technologically-advanced solutions in aerospace, defence, and connected services. In commercial aircraft, Airbus designs and manufactures modern and fuel-efficient airliners and associated services. Airbus is also a European leader in space systems, defence and security. In helicopters, Airbus provides efficient civil and military rotorcraft solutions and services worldwide.

About SkyFall
SkyFall is a Ukrainian technology and defence company, operating a comprehensive corporate ecosystem that effectively integrates an advanced R&D center, scalable production lines, and the specialized SkyFall Academy, that provides expertise in deploying its own combat-proven solutions. SkyFall develops and manufactures the legendary “Vampire” drone – a bomber that the enemy nicknamed “Baba Yaga” and that became the foundation of the Ukrainian military’s unmanned force. The company also manufactures Shrike FPV drones, P1-SUN “Shahed” interceptors, communication systems, and components – high-tech engineering solutions that operate effectively on the front line. Using SkyFall drones, Ukrainian defenders have already destroyed enemy personnel and equipment worth tens of billions of dollars.

Media Contacts:
Maximilian Mayr
Airbus Defence and Space
+49 1605044058
maximilian.mayr@airbus.com

Head of Communications
SkyFall
+38 0673889498
partners@skyfall.ua

Communications Specialist
SkyFall
+380638056090
partners@skyfall.ua

SOURCE: Airbus

FARNBOROUGH

(IN BRIEF) BAE Systems has launched a Next Generation Indirect Fire Control System designed to bring greater speed, precision and connectivity to modern artillery operations. Developed by BAE Systems Weapon Systems UK, the digital fires capability supports artillery crews at the point of fire by enabling faster targeting, improved accuracy and enhanced operational awareness. The system connects individual guns with wider sensor and effector networks, allowing information to move more efficiently between platforms, sensors, command systems and decision-makers. Built on an open architecture, it can integrate with existing and future artillery platforms and digital environments while supporting future upgrades without major changes to current equipment. Developed with a sovereign UK baseline configuration, the system gives customers greater control over deployment and management. BAE Systems said the capability reflects the growing need for armed forces to sense, decide and act quickly in modern conflict.

(PRESS RELEASE) FARNBOROUGH, 12-Jun-2026 — /EuropaWire/ — BAE Systems has launched a new digital fires capability designed to improve the precision, speed and connectivity of modern artillery operations.

The company’s Next Generation Indirect Fire Control System is intended to support artillery crews at the point of fire by providing a modern digital fire control capability for faster targeting, improved accuracy and stronger operational awareness. The system is designed to help deliver indirect fires while connecting individual guns with broader sensor and effector networks, allowing operational data to move more efficiently across the battlefield.

The new capability has been developed by BAE Systems Weapon Systems UK and is being presented at Eurosatory, the international defence and security exhibition. It reflects the increasing importance of digital connectivity in artillery operations, where the ability to collect information, make decisions and act quickly can be critical.

John Borton, Managing Director of BAE Systems Weapon Systems UK, said modern conflict requires armed forces to sense, decide and act at speed. He said the new system has been developed to accelerate the delivery of fires by linking platforms, sensors and decision-makers through a resilient digital architecture.

Borton added that the system provides a foundation for a more integrated and responsive fires capability, helping armed forces connect artillery platforms into wider operational networks.

The system is built around an open architecture approach, allowing it to integrate with a wide range of existing and future platforms. This design enables it to operate across different artillery systems and digital environments, while supporting the integration of sensors, command systems and other effectors into a connected ecosystem.

The flexible architecture is also intended to support future upgrades. Armed forces will be able to develop their fire control capabilities over time without needing major changes to existing equipment. By enabling integration across multiple systems, the capability supports a more agile and adaptable approach to indirect fire operations.

The system has been developed with a sovereign UK baseline configuration, giving customers greater control over how fire control capabilities are deployed, managed and adapted to operational requirements.

The visual accompanying the announcement shows a wireframe-style representation of a satellite, radar, a soldier using binoculars and a military vehicle with radar, reflecting the system’s role in connecting sensors, decision-makers and artillery platforms within a wider digital battlefield environment.

BAE Systems said the launch demonstrates its continued investment in advanced defence capabilities that combine long-standing artillery expertise with modern digital technologies. The company aims to support customers with systems that improve the speed, accuracy and resilience of front-line operations.

Media Contact:

Beth D.
Communications & Marketing Manager
Weapon Systems UK
BAE Systems Platforms & Services

SOURCE: BAE Systems

Barclays Adds Leading Youth Money Management Platform GoHenry to Support Customers From First Account to Adulthood

(IN BRIEF) Barclays has agreed to acquire GoHenry, the UK money management platform for children and teenagers aged 6 to 18, from Acorns Grow Incorporated, with completion expected in the fourth quarter of 2026 subject to regulatory approvals and other conditions. GoHenry’s app helps children learn to earn, save, spend and invest through a prepaid debit card, parental controls, savings goals, money lessons and Junior ISA investment options. Since launching in 2012, GoHenry has helped more than two million young people in the UK build money skills and currently serves more than half a million UK children. Barclays plans to retain the GoHenry brand and standalone app, using the acquisition to strengthen its family and youth banking proposition and support customers across more life stages. Acorns will retain the GoHenry US business, now operating as Acorns Early, as well as Pixpay in Europe. The transaction is expected to reduce Barclays’ CET1 ratio by around five basis points and will not affect Barclays Group or Barclays UK financial guidance or targets for 2026 or 2028.

(PRESS RELEASE) LONDON, 12-Jun-2026 — /EuropaWire/ — Barclays has entered into an agreement to acquire GoHenry, the UK money management platform for children and teenagers aged 6 to 18, in a transaction that will strengthen Barclays UK’s offering for families and young customers.

Barclays Bank UK PLC will acquire GoHenry from Acorns Grow Incorporated, with completion expected in the fourth quarter of 2026, subject to regulatory approvals and other customary conditions. Acorns will retain the GoHenry US business, which now operates under the Acorns Early brand, as well as Pixpay in Europe.

GoHenry provides a digital money app that helps children learn how to earn, save, spend and invest, supported by parental oversight. The platform includes a prepaid debit card with parental controls, savings goals, in-app money lessons and tools that allow parents to guide and monitor their children’s financial choices. Family members can also invest for children’s futures through Junior ISAs.

Since launching in 2012, GoHenry has helped more than two million young people in the UK build money skills. As of March 2026, the platform served more than half a million UK children and was supported by a team of around 200 people and a cloud-based technology platform. Barclays said GoHenry is one of the most recognised brands in the UK youth banking segment, with a net promoter score of +58.

The acquisition supports Barclays’ strategy to deepen customer relationships, including with mass affluent households, by adding purpose-built capabilities for younger customers and their families. Barclays plans to retain the GoHenry brand and its standalone app after completion.

By bringing GoHenry into Barclays UK, Barclays aims to combine a leading youth financial education platform with its banking expertise, enabling the Group to serve customers across more stages of life, from a child’s first experience with money through to broader household banking needs.

Vim Maru, CEO of Barclays UK, said GoHenry has played a pioneering role in youth-focused financial services and has built a market-leading children’s brand through its all-in-one app. He said the acquisition will strengthen Barclays’ household and family proposition and support the bank’s ambition to provide a deeper, more seamless banking experience across major life stages.

Louise Hill, Founder of GoHenry, said the company’s mission has always been to make every child smart with money. She said joining Barclays will give GoHenry a platform to accelerate that mission in the UK and create a pathway for members to continue their financial journey when they turn 18.

Noah Kerner, CEO of Acorns, said Acorns is focused on financial wellness for American families and that its acquisition of GoHenry in 2023 helped build Acorns Early into a US leader in the children’s financial services space, with more than 1.4 million customers. He said selling the GoHenry UK business to Barclays will allow GoHenry to serve more children in the UK while Acorns focuses on growing its US financial wellness platform.

The transaction is expected to reduce Barclays’ CET1 ratio by approximately five basis points upon completion, based on the Group’s CET1 ratio as of March 31, 2026. Barclays said the transaction will not affect its financial guidance or targets for Barclays Group or Barclays UK for 2026 or 2028.

Barclays and Acorns are also exploring other potential areas of collaboration to better serve customers.

GoHenry describes itself as a money app giving 6- to 18-year-olds a head start in life by helping them learn, earn, spend, save, give and invest with parental support. The company was also involved in the campaign to make financial education compulsory in all schools in England from primary age, a change scheduled for implementation in September 2028.

Barclays is a diversified bank with UK consumer, corporate, wealth and private banking franchises, alongside a leading investment bank and a specialist US consumer bank. The Group says its vision is to be the UK-centred leader in global finance.

Notes to editors

1 The terms Barclays and Group refer to Barclays PLC together with its subsidiaries.
2 Barclays UK will acquire Mighty Acquisition Sub Ltd. which owns 100% of the share capital of GoHenry Limited. Mighty Acquisition Sub Ltd. is currently owned by  Acorns. Acorns will retain the GoHenry US business, which now operates under the Acorns Early brand, as well as Pixpay in Europe (i.e., not part of the Transaction).
3 As of March 2026.
4 Based on all-time active UK child members since October 2012.

About Barclays:

Our vision is to be the UK-centred leader in global finance. We are a diversified bank with comprehensive UK consumer, corporate and wealth and private banking franchises, a leading investment bank and a strong, specialist US consumer bank. Through these five divisions, we are working together for a better financial future for our customers, clients and communities.

For further information about Barclays, please visit our website home.barclays

About GoHenry:

GoHenry is the money app giving 6-18-year olds a head start in life as they learn to earn, save, spend and invest – all with parental oversight. Having pioneered a new category in financial education when it launched in 2012, over 2 million kids have now learnt money skills with GoHenry.

With the ultimate goal to make every kid smart with money, GoHenry believes the best way to learn is to get hands-on experience with money. Its parent and child apps help kids to Learn (via in-app, bite-sized money lessons, Money Missions); Earn (via regular chores, one-off tasks and giftlinks); Spend (responsibly via its prepaid debit card and real-time notifications); Save (via savings goals and interest on savings); Give (via regular micro-donations to the NSPCC); and Invest (via parents investing in a GoHenry Junior ISA).

As a mission-led business, GoHenry was instrumental in the successful campaign to make financial education compulsory in all schools in England from primary age, a landmark change set for implementation in September 2028. Follow GoHenry’s journey on LinkedIn, Instagram, and TikTok (@gohenry).

About Acorns:

Acorns is the financial wellness company helping everyday Americans grow their money for the long term. Since 2014, Acorns has grown into a global company with multiple life stage products serving the needs of kids, teens, adults and parents. Named one of America’s Best Financial Services of 2026 by TIME, Acorns has served over 14 million people, and helped customers save & invest over $30 billion dollars, much of it from spare change and small amounts.

Forward-looking statements

This document contains forward-looking statements within the meaning of Section 21E of the US Securities Exchange Act of 1934, as amended, and Section 27A of the US Securities Act of 1933, as amended, with respect to the Group (“Barclays”). Barclays cautions readers that no forward-looking statement is a guarantee of future performance and that actual results or other financial condition or performance measures could differ materially from those contained in the forward-looking statements. Forward-looking statements can be identified by the fact that they do not relate only to historical or current facts. Forward-looking statements sometimes use words such as ‘may’, ‘will’, ‘seek’, ‘continue’, ‘aim’, ‘anticipate’, ‘target’, ‘projected’, ‘expect’, ‘estimate’, ‘intend’, ‘plan’, ‘goal’, ‘believe’, ‘achieve’ or other words of similar meaning. Forward-looking statements are based on the current beliefs and expectations of Barclays’ directors, officers and employees and are subject to significant risks and uncertainties. Actual outcomes may differ materially from those expressed in the forward-looking statements. In setting its targets and outlook for the period 2026-2028, Barclays has made certain assumptions about the macroeconomic environment, including, without limitations, inflation, interest rates, the different markets and competitive conditions in which Barclays operates, and its ability to grow certain businesses and achieve costs savings and other structural actions. Factors that could impact Barclays’ future financial condition and performance are identified in Barclays PLC’s filings with the US Securities and Exchange Commission (“SEC”) (including, without limitation, Barclays PLC’s Annual Report on Form 20-F for the financial year ended 31 December 2025) which are available on the SEC’s website at www.sec.gov.

Subject to Barclays’ obligations under the applicable laws and regulations of any relevant jurisdiction, (including, without limitation, the UK and the US), in relation to disclosure and ongoing information, we undertake no obligation to update publicly or revise any forward-looking statements, whether as a result of new information, future events or otherwise.

Media Contacts:

Investor Relations                                        Media Relations

Marina Shchukina                                       Susie Guo
+ 44 (0) 207 116 2526                                 +44 (0) 7385531636

SOURCE: Barclays

Hexagon Acquires ITRES to Strengthen Advanced Airborne Mapping and Multi-Sensor Geospatial Data Capabilities

(IN BRIEF) Hexagon AB has acquired ITRES Research Limited, a Calgary-based specialist in airborne hyperspectral and thermal imaging systems, to strengthen its advanced airborne mapping and multi-sensor geospatial data capabilities. The acquisition combines ITRES’ hyperspectral and thermal sensors with Hexagon’s existing airborne sensing and processing portfolio, which includes LiDAR point clouds, high-resolution optical imagery, digital twins, workflow software, flight planning tools and data delivery systems. The combined offering will enable customers to collect richer datasets from a single airborne survey and support more advanced data fusion for ground surface assessment, object classification, material identification and thermal property detection. The technologies are expected to support environmental applications such as urban heat mapping, water quality monitoring, wetlands, forestry, minerals and geology mapping, as well as disaster response uses including fire hotspot detection and georeferenced thermal imagery. ITRES will become part of Hexagon’s Infrastructure & Geospatial Business Area and is expected to generate around €13 million in revenue in 2026.

(PRESS RELEASE) STOCKHOLM, 12-Jun-2026 — /EuropaWire/ — Hexagon AB has acquired ITRES Research Limited, a Calgary-based provider of airborne hyperspectral and thermal imaging systems, strengthening its capabilities in advanced airborne mapping and multi-sensor geospatial data analysis.

The acquisition brings ITRES into Hexagon’s Infrastructure & Geospatial Business Area and expands Hexagon’s ability to provide richer airborne datasets for customers working in geospatial mapping, environmental monitoring, disaster response and advanced analytics.

ITRES adds high-performance hyperspectral and thermal imaging sensors that operate across a wide range of wavelengths. These technologies enable precise material identification and temperature analysis, extending beyond what visible and near-infrared imaging can provide on its own.

The acquisition complements Hexagon’s existing airborne sensing and processing portfolio, which includes LiDAR point clouds, high-resolution optical imagery, digital twins, integrated workflow software, flight planning tools and data delivery systems. By combining these capabilities, Hexagon aims to offer a more complete airborne mapping platform from a single provider.

The combined portfolio will allow customers to collect more analytically powerful datasets from one airborne survey. By fusing hyperspectral and thermal data with LiDAR and optical imagery, users can improve ground surface assessment, object classification, material differentiation and thermal property detection.

Hexagon said the integration will also help customers process, manage and act on complex geospatial data more efficiently through its established software ecosystem. This creates new opportunities for hybrid data collection and data fusion that previously required solutions from multiple vendors.

Anders Svensson, President and CEO of Hexagon, said geospatial professionals increasingly want to extract deeper insights from each airborne survey. He said adding hyperspectral and thermal sensing to Hexagon’s portfolio expands the range of information that can be captured and analysed, helping customers improve classification accuracy, distinguish materials more effectively and obtain more reliable thermal insights.

The acquisition is expected to support a wide range of environmental applications, including urban heat mapping, water quality monitoring, wetlands analysis, minerals and geology mapping, and forestry mapping. It will also strengthen disaster response capabilities, including the detection of active fire hotspots, the identification of people or objects through heat signatures, and the rapid delivery of georeferenced thermal imagery to emergency responders.

Henning Sandfort, President of Hexagon’s Infrastructure & Geospatial Business Area, said ITRES brings exceptional expertise in airborne hyperspectral and thermal imaging. He said the technology portfolios of Hexagon and ITRES are highly complementary and will help Hexagon address the full range of customer needs in advanced airborne mapping.

ITRES will be reported within Hexagon’s Infrastructure & Geospatial Business Area, formerly known as Geosystems, and within the Scanning & Mapping Division. The company is expected to generate revenues of around €13 million in 2026, be accretive to net profit from completion, and initially operate with margins slightly below the Infrastructure & Geospatial Business Area average.

Hexagon is a global measurement technology company providing precision measurement, positioning and autonomous solutions across industries including aerospace and defence, automotive, construction, general manufacturing and mining. The company is listed on Nasdaq Stockholm and has approximately 17,000 employees in 50 countries, with net sales of around €3.7 billion.

About Hexagon:
Hexagon is the global leader in measurement technologies. Our precision measurement, positioning, and autonomous solutions transform the world’s most vital industries. From aerospace & defence, automotive, construction, general manufacturing, to mining and more, we provide the confidence that customers rely on to build, navigate, and innovate.

Hexagon (Nasdaq Stockholm: HEXA B) has approximately 17,000 employees in 50 countries and net sales of approximately 3.7bn EUR.

Learn more at hexagon.com. Learn more at hexagon.com.

Media Contact:

Tom Hull
Head of Investor Relations, Hexagon AB
+44 7442 678 437
ir@hexagon.com

SOURCE: Hexagon

Hexagon Adds Planit Canada to Production Software Division to Support Woodworking Manufacturers

(IN BRIEF) Hexagon’s Production Software Division has acquired Planit Canada, the world’s second-largest reseller of Cabinet Vision, to strengthen its direct position in the Canadian woodworking software market and expand its North American growth opportunities. Founded in 2008, Planit Canada provides woodworking manufacturers across Canada with software, training, technical support and maintenance services, with a strong focus on Cabinet Vision, Hexagon’s design-to-manufacturing solution for cabinet and casegoods producers. The acquisition will integrate Planit Canada into Hexagon’s Production Software Division and support the expansion of its Wood, Stone and Composites vertical, while also creating new opportunities for Alphacam. Planit Canada brings more than 30 years of partnership history with Hexagon, established customer relationships and deep knowledge of woodworking production workflows. Hexagon said the deal supports its strategy of closer customer engagement, stronger regional expertise and continued investment in production software that helps manufacturers improve productivity, quality and repeatability.

(PRESS RELEASE) COBHAM, 12-Jun-2026 — /EuropaWire/ — Hexagon’s Production Software Division has acquired Planit Canada, strengthening its direct presence in the Canadian woodworking software market and expanding support for manufacturers using Cabinet Vision and related production software solutions.

Planit Canada, founded in 2008, is the world’s second-largest reseller of Cabinet Vision, Hexagon’s design-to-manufacturing software for cabinet and casegoods manufacturers. The company has supported woodworking businesses across Canada with software, training, technical support and maintenance services, building long-standing customer relationships and deep knowledge of local manufacturing workflows.

The acquisition brings Planit Canada fully into Hexagon’s Production Software Division and supports the continued expansion of Hexagon’s Wood, Stone and Composites vertical. It is also expected to create additional growth opportunities for Alphacam, another Hexagon production software solution that Planit Canada has recently added to its offering.

By integrating Planit Canada, Hexagon will be able to work more directly with Canadian woodworking customers, strengthen local support and introduce a broader portfolio of digital manufacturing solutions to the market. The move is designed to help manufacturers connect design, engineering, preparation and production in a more efficient and reliable workflow.

Planit Canada brings more than 30 years of partnership history with Hexagon, alongside market expertise in woodworking production and established relationships with manufacturers across the country. Its team will continue serving customers in Canada, with onboarding and integration managed by local leadership and human resources teams.

Drew Rogers, Senior Vice President of Strategy and Mergers and Acquisitions for Hexagon’s Manufacturing Intelligence business area, and Senior Vice President of Alphacam and Cabinet Vision, said Planit Canada has played an important role in building Cabinet Vision’s presence in the Canadian woodworking market.

Rogers said the team’s technical knowledge, customer relationships and long-standing partnership with Hexagon will strengthen the company’s ability to support manufacturers more directly and help businesses connect design, preparation and production with greater confidence.

The acquisition forms part of Hexagon’s strategy to expand its Production Software Division through closer customer engagement, stronger regional expertise and continued investment in tools that help manufacturers improve productivity, quality and repeatability.

Hexagon is a global leader in measurement technologies, providing precision measurement, positioning and autonomous solutions across industries including aerospace and defence, automotive, construction, manufacturing and mining. The company is listed on Nasdaq Stockholm and has approximately 17,000 employees in 50 countries, with net sales of around €3.7 billion.

Planit Canada provides software and services for woodworking manufacturers, including Cabinet Vision, Alphacam, VORTEK Spaces, WEB-CAB and related technologies. Its solutions help connect design, engineering and manufacturing into a single digital workflow, supporting woodworkers in improving creativity, productivity and profitability.

About Hexagon:

Hexagon is the global leader in measurement technologies. Our precision measurement, positioning, and autonomous solutions transform the world’s most vital industries. From aerospace & defence, automotive, construction, general manufacturing, to mining and more, we provide the confidence that customers rely on to build, navigate, and innovate.

Hexagon (Nasdaq Stockholm: HEXA B) has approximately 17,000 employees in 50 countries and net sales of approximately 3.7bn EUR.

About Planit Canada:

Planit Canada provides powerful software solutions and services that help woodworking manufacturers design smarter, manufacture more efficiently, and grow their businesses with confidence. As Canada’s exclusive CABINET VISION distributor and a trusted provider of ALPHACAM, VORTEK Spaces, WEB-CAB, and related technologies, Planit Canada connects design, engineering, and manufacturing in a single digital workflow.

Backed by more than three decades of industry experience, Planit Canada combines leading technology with expert training and support to help Canadian woodworkers achieve greater creativity, productivity, and profitability.

Learn more at www.planitcanada.ca.

À propos de Planit Canada:

Planit Canada fournit des solutions logicielles, de la formation et du soutien aux fabricants de produits en bois partout au Canada. À titre de distributeur exclusif de CABINET VISION au Canada et partenaire de confiance pour ALPHACAM, VORTEK Spaces et WEB-CAB, Planit Canada aide les entreprises à optimiser leur processus de la conception à la fabrication.

Depuis plus de 30 ans, l’entreprise aide les fabricants à améliorer leur productivité et leur efficacité grâce à des technologies de pointe, à une expertise reconnue et à un soutien à la clientèle dévoué.

Pour en savoir plus, visitez www.planitcanada.ca.

Media Contact:

Sarah Walton
Global PR Manager
Hexagon’s Manufacturing Intelligence division
sarah.walton@hexagon.com
+44(0) 7586 446424

SOURCE: Hexagon

RWE’s Nordseecluster Project Progresses Toward 2027 Grid Connection and 2029 Full Expansion

(IN BRIEF) RWE has installed the first turbine at Nordseecluster A, the 660 MW first phase of the 1.6 GW Nordseecluster offshore wind project in the German North Sea, around 50 kilometres north of Juist. Turbine installation is being carried out by DEME’s Norse Wind vessel, which can transport and install five turbine sets per cycle. RWE expects all 44 Vestas turbines for Nordseecluster A to be installed by the end of 2026, with full grid connection scheduled for early 2027. Each turbine has a capacity of up to 15 MW, a hub height of 145 metres and 115-metre rotor blades. Nordseecluster B will add a further 900 MW, with component production already underway, foundation installation planned for next year and commercial operation expected in early 2029. Together, the two phases are expected to generate around 6.5 terawatt hours of renewable electricity annually, helping support Germany’s energy security and industrial decarbonisation. The project is jointly owned by RWE and Norges Bank Investment Management, with RWE responsible for construction and operation.

(PRESS RELEASE) ESSEN, 12-Jun-2026 — /EuropaWire/ — RWE has installed the first turbine at Nordseecluster A in the German North Sea, marking a major construction milestone for the wider 1.6 GW Nordseecluster offshore wind development.

The project is located around 50 kilometres north of the German island of Juist. Nordseecluster A, the first phase of the development, will have a total capacity of 660 MW and is scheduled to be fully connected to the grid in early 2027.

Turbine installation for Nordseecluster A is being carried out using DEME’s Norse Wind vessel, which can transport and install five turbine sets per cycle. RWE expects all 44 Vestas turbines for the first phase to be installed by the end of 2026. Each turbine will have a capacity of up to 15 MW, a hub height of 145 metres and rotor blades measuring 115 metres.

Sven Utermöhlen, Chief Executive Officer of RWE Offshore Wind, said large-scale offshore construction projects depend on close cooperation, technical expertise and a strong safety culture. He said the successful installation of the first turbine is an important step in delivering Nordseecluster, RWE’s largest offshore wind project currently under construction.

Utermöhlen added that once fully operational, Nordseecluster will contribute to Germany’s energy security while supporting the decarbonisation of industry.

Damien Lhors, Head of Global Offshore at Vestas, said the first turbine installation at Nordseecluster A marks an important milestone for both Vestas and RWE. He said the project reflects the strength of the companies’ long-standing partnership and the importance of large offshore wind developments in accelerating Europe’s energy transition.

The second expansion phase, Nordseecluster B, will add a further 900 MW of capacity. Production of some main components for this phase has already started. Foundation installation is planned for next year, followed by the installation of 60 Vestas turbines in 2028. Nordseecluster B is expected to begin commercial operations in early 2029.

Together, the Nordseecluster wind farms are expected to generate around 6.5 terawatt hours of renewable electricity each year. RWE plans to use the electricity generated by the project to support industrial customers with tailored energy solutions as they work to reduce carbon emissions.

Technology companies are also part of the project’s customer base. Earlier in 2026, RWE signed a power purchase agreement with Amazon for 110 MW from Nordseecluster B.

Nordseecluster is a joint offshore wind project between RWE, which holds a 51% share, and Norges Bank Investment Management, which holds 49%. RWE is responsible for the construction and operation of the wind farms across their full lifecycle.

The project forms part of RWE’s wider offshore wind growth strategy. In addition to Nordseecluster, the company is currently implementing three large offshore wind projects: Sofia in the United Kingdom with 1.4 GW, Thor in Denmark with 1.1 GW and OranjeWind in the Netherlands with 795 MW.

Once completed, these projects will have a combined generation capacity of 4.8 GW, of which 3.1 GW represents RWE’s share. RWE also has a large development pipeline and aims to expand its offshore wind capacity by a net 5 GW by 2031.

With the first turbine now installed at Nordseecluster A and component manufacturing underway for Nordseecluster B, RWE is advancing one of Germany’s largest offshore wind developments and strengthening its role in Europe’s renewable energy buildout.

RWE

RWE is leading the way to a modern energy world. With its investment and growth strategy, RWE is contributing significantly to the success of the energy transition and the decarbonisation of the energy system. Around 20,000 employees work for the company in over 20 countries worldwide. RWE is one of the leading companies in the field of renewable energy. RWE is investing billions of euros in expanding its generation portfolio, in particular in offshore and onshore wind, solar energy and batteries. This is perfectly complemented by its global energy trading business. Thanks to its integrated portfolio of renewables, battery storage and flexible generation, as well as its broad project pipeline of possible new builds, RWE is well positioned to address the growing global demand for electricity, particularly driven by further electrification and artificial intelligence. RWE is decarbonising its business in line with the 1.5-degree reduction pathway and will phase out coal by 2030. RWE will be net zero by 2040. Fully in line with the company’s purpose – Our energy for a sustainable life.

Forward-looking statements

This press release contains forward-looking statements. These statements reflect the current views, expectations, and assumptions of management, and are based on information currently available to management. Forward-looking statements do not guarantee the occurrence of future results and developments and are subject to known and unknown risks and uncertainties. Actual future results and developments may deviate materially from the expectations and assumptions expressed in this document due to various factors. These factors primarily include changes in the general economic and competitive environment. Furthermore, developments on financial markets and changes in currency exchange rates as well as changes in national and international laws, in particular in respect of fiscal regulation, and other factors influence the company’s future results and developments. Neither the company nor any of its affiliates undertakes to update the statements contained in this press release.

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Nordseecluster A (sub-project NC 2) receives EU funding:

Disclaimer: “Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Climate, Infrastructure and Environment Executive Agency (CINEA). Neither the European Union nor the granting authority can be held responsible for them.”

Media Contact:

Sarah Knauber
Press Spokesperson
RWE Offshore Wind GmbH
M +49-162-2544489
E sarah.knauber@rwe.com

SOURCE: RWE

RWE Advances UK Offshore Wind Buildout With Completion of Sofia Turbine Installation Campaign

(IN BRIEF) RWE has completed the installation of all 100 turbines at the Sofia Offshore Wind Farm, one of the UK’s largest offshore wind projects and a major renewable energy development located more than 200 kilometres offshore. The final turbine was installed on June 10, 2026, completing an installation campaign carried out with Siemens Gamesa Renewable Energy using Cadeler’s Wind Peak jack-up vessel. The project uses 100 Siemens Gamesa SG 14-222 DD turbines, each with a capacity of 14 MW, standing 252 metres tall at the highest point with 108-metre blades and a 222-metre rotor diameter. Half of the turbines include Siemens Gamesa RecyclableBlades and related components assembled at Green Port Hull in the UK. Testing and commissioning of the HVDC distribution system is continuing before turbine connection to the system. Once fully operational, Sofia will be capable of generating up to 1.4 GW of renewable electricity, enough to power around 1.2 million typical UK homes.

(PRESS RELEASE) SWINDON, 12-Jun-2026 — /EuropaWire/ — RWE has completed installation of all 100 turbines at the Sofia Offshore Wind Farm, marking a major construction milestone for one of the United Kingdom’s largest offshore wind projects.

The final turbine was successfully installed on June 10, 2026, at the offshore site located more than 200 kilometres from the UK coast. The project uses 100 Siemens Gamesa SG 14-222 DD turbines, each with a capacity of 14 megawatts. Once fully operational, Sofia will be capable of generating up to 1.4 GW of renewable electricity.

The installation campaign was delivered in partnership with Siemens Gamesa Renewable Energy and used the Wind Peak construction jack-up vessel, owned by Cadeler and operated by Siemens Gamesa. Since March 2025, the vessel has transported and installed turbine components in batches of six sets at a time.

Each turbine at Sofia reaches 252 metres at its highest point and is fitted with 108-metre-long blades and a 222-metre rotor diameter. The image accompanying the announcement shows one of the large white offshore wind turbines rising from the dark blue sea on a yellow cylindrical foundation under a pale blue sky, visually underlining the scale of the offshore installation.

RWE said testing and commissioning of the high-voltage direct current distribution system is continuing at the site before the turbines are connected to the HVDC system. This work is an important next stage as the project moves closer to full operation.

Half of the turbines at Sofia are fitted with specialist RecyclableBlades and associated components manufactured by Siemens Gamesa. These were assembled at Siemens Gamesa’s facility at Green Port Hull in the UK, supporting the project’s connection to the country’s offshore wind supply chain.

When fully operational, the Sofia Offshore Wind Farm is expected to generate enough renewable electricity to power approximately 1.2 million typical UK homes. The project further strengthens RWE’s offshore wind portfolio and supports the UK’s wider transition toward low-carbon power generation.

The completion of turbine installation represents a key step in bringing Sofia into operation and reinforces RWE’s role as a major developer and operator in the offshore wind sector.

RWE

RWE is leading the way to a modern energy world. With its investment and growth strategy, RWE is contributing significantly to the success of the energy transition and the decarbonisation of the energy system. Around 20,000 employees work for the company in more than 20 countries worldwide. RWE is one of the leading companies in the field of renewable energy. RWE is investing billions of euros in expanding its generation portfolio, in particular in offshore and onshore wind, solar energy and batteries. It is perfectly complemented by its global energy trading business. Thanks to its integrated portfolio of renewables, battery storage and flexible generation, as well as its broad project pipeline of possible new builds, RWE is well positioned to address the growing global demand for electricity, particularly driven by further electrification and artificial intelligence. RWE is decarbonising its business in line with the 1.5-degree reduction pathway and will phase out coal by 2030. RWE will be net zero by 2040. Fully in line with the company’s purpose – Our energy for a sustainable life.

Forward-looking statements

This press release contains forward-looking statements. These statements reflect the current views, expectations, and assumptions of management, and are based on information currently available to management. Forward-looking statements do not guarantee the occurrence of future results and developments and are subject to known and unknown risks and uncertainties. Actual future results and developments may deviate materially from the expectations and assumptions expressed in this document due to various factors. These factors primarily include changes in the general economic and competitive environment. Furthermore, developments on financial markets and changes in currency exchange rates as well as changes in national and international laws, in particular in respect of fiscal regulation, and other factors influence the company’s future results and developments. Neither the company nor any of its affiliates undertakes to update the statements contained in this press release.

UK General Data Protection Regulation (GDPR)

The personal data processed in connection with the press releases will be processed in compliance with the legal data protection requirements. If you are not interested in continuing to receive the press release, please inform us at communications@rwe.com. Your data will then be deleted and you will not receive any further press releases from us in this regard. If you have any questions about our data protection policy or the exercise of your rights under the GDPR, please contact ukdataprotectionrwe@rwe.com.

Media Contact:

Mark Fleming
Media Relations
RWE Offshore Wind
M +44(0)7825 608096
E mark.fleming@rwe.com

SOURCE: RWE