The following are the major space developments in the Greater Middle East region tracked by Middle East Space Monitor over the past week:
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MBRSC’s Etihad-Sat SAR Satellite Successfully Launched by SpaceX
The UAE has successfully launched Etihad-Sat, its latest synthetic aperture radar (SAR) satellite, aboard a SpaceX Falcon 9 rocket, further enhancing the country's Earth observation capabilities. Developed by the Mohammed bin Rashid Space Centre (MBRSC) in partnership with South Korea’s Satrec Initiative, the 220kg SAR satellite is designed to provide high-resolution imaging in all weather conditions, day and night, making it a crucial addition to the UAE's existing optical satellite fleet, which includes KhalifaSat and MBZ-Sat. Unlike optical satellites, which are limited by cloud cover and atmospheric conditions, Etihad-Sat can penetrate fog, darkness, and adverse weather, making it highly valuable for disaster response, environmental monitoring, oil spill detection, and maritime navigation. The launch underscores the UAE’s growing role in the global space industry, with the country now positioned among an exclusive group of countries with both optical and radar-based Earth observation capabilities. The UAE's investment in SAR technology aligns with the broader trend of AI-powered geospatial intelligence, as seen in the Foresight-1 SAR satellite launched by Space42 last year. Space42 is developing a seven-satellite SAR constellation, further solidifying the UAE’s ambitions in space-based data collection. With Earth observation market revenues projected to grow from $980 million to $1.49 billion by 2029, the UAE is actively expanding its satellite infrastructure to strengthen national resilience, economic growth, and technological innovation.
UAE’s Space42, Viasat Partner to Build D2D & MSS Multi-Orbit SATCOM System
The UAE’s Space42 and Viasat have announced a strategic collaboration to develop a shared multi-orbit satellite infrastructure aimed at enhancing global direct-to-device (D2D) connectivity. The partnership seeks to integrate L- and S-band spectrum, enabling seamless roaming for mobile network operators and subscribers beyond cellular coverage. While the companies are co-funding initial prototyping, the decision on whether to build the system independently or outsource it remains under consideration. Viasat CEO Mark Dankberg emphasized that this initiative aligns with a capital-efficient growth strategy focused on open 5G standards and scalable space-based architecture. Ali Al Hashemi, CEO of Yahsat Space Services and Space42, emphasized that the collaboration with Viasat represents a transformative step in advancing global satellite connectivity through an open and scalable architecture. By prioritizing shared innovation, interoperability, and open standards, the partnership aims to accelerate the deployment of direct-to-device (D2D), IoT, and Mobile Satellite Services (MSS). This initiative is expected to enhance time-to-market efficiency, reduce costs, and enable seamless integration with existing and future networks. The joint effort underscores a commitment to building an inclusive, future-ready satellite infrastructure that serves industries, governments, and communities worldwide, reinforcing the strategic importance of multi-orbit connectivity solutions.
UAE’s Space42 Partners With Cobham Satcom for IP NEO Terminals for Thuraya-4
UAE-based Space42 has partnered with Cobham Satcom to launch IP NEO, a next-generation satellite broadband terminal designed to deliver secure, high-speed connectivity for mission-critical operations. Developed in collaboration with Space42’s Thuraya division, the terminal leverages L-band technology to provide reliable communications for government agencies, NGOs, and businesses operating in remote or challenging environments. As the exclusive provider of Thuraya-4 terminals, Cobham Satcom has also contributed to the ground infrastructure for the upcoming Thuraya-4 network, reinforcing its role in global L-band connectivity solutions. The IP NEO terminal is designed for durability, with dust and water resistance, ensuring seamless data transmission, video conferencing, surveillance, and VPN access. Once the Thuraya-4 satellite becomes commercially operational, the terminal will support throughput speeds of up to 1024kbps, offering enhanced voice and data capabilities. Space42 CEO Ali Al Hashemi emphasized that the launch of IP NEO underscores the company’s commitment to delivering resilient, future-ready satellite communication solutions. The product was unveiled at the SatShow 2025 in Washington, D.C., marking a significant step in Space42’s next-generation product portfolio and further strengthening its position in the global space technology market.
UAE’s FADA Expects to Launch First Sirb SAR Satellite in Late 2026, Early 2027
The UAE is advancing its sovereign space capabilities through the Sirb project, a small satellite constellation led by FADA, the space-focused subsidiary of defense conglomerate EDGE Group. The consortium, which includes Space42, the National Space Science and Technology Center (NSSTC), and the Mohammed Bin Rashid Space Centre (MBRSC), aims to launch the first of three domestically manufactured synthetic aperture radar (SAR) satellites into low Earth orbit (LEO) by late 2026 or early 2027. These satellites will provide high-resolution radar imagery for environmental monitoring, land use analysis, and national security applications. EDGE is in the final stages of selecting a launch partner from three international contenders. Established in September 2024, FADA seeks to drive UAE’s National Space Strategy 2030 by localizing space technology and developing national expertise. At IDEX 2025, FADA also unveiled TACTICA, an AI-driven platform for multi-source intelligence analysis, leveraging satellite imagery and signals intelligence. Positioned as a vertically integrated space enterprise, FADA is developing capabilities across satellite manufacturing, remote sensing applications, and space situational awareness, reinforcing the UAE’s ambition to become a global space player.
UAE’s Emirates Mission to the Asteroid Belt Completes Critical Design Review
The Emirates Mission to the Asteroid Belt (EMA) has completed its critical design review, marking a key milestone in the UAE’s deep space exploration ambitions. Led by the UAE Space Agency and involving a consortium of Emirati and international experts, the review assessed the readiness of the MBR Explorer for the next phase of assembly, integration, and testing. This phase ensures that all spacecraft systems, engineering designs, and scientific instruments are optimized for the mission’s objectives—studying seven main belt asteroids and ultimately landing on Justitia. The mission aims to advance knowledge on water-rich asteroids and their potential as future space resources. Salem Al Qubaisi, Director General of the UAE Space Agency, emphasized that EMA represents a transformative step in scientific innovation, fostering local expertise while positioning the UAE as a global leader in planetary exploration. Mission Director Mohsen Al Awadhi reiterated that private sector participation and capacity building remain central to the program’s success. With key academic and industry partners, including Khalifa University, NYU Abu Dhabi, the Italian Space Agency, and several U.S. institutions, the mission exemplifies international collaboration in deep space research. EMA’s six-year development phase will culminate in a seven-year mission to conduct detailed asteroid observations, with advanced scientific instruments analyzing surface composition, geology, and thermophysical properties. The successful completion of this design phase reinforces the UAE’s commitment to pushing the boundaries of space exploration while contributing to scientific advancements and potential space resource utilization.
CEO of Space42’s Yahsat Highlights Company’s Growing Role in Multi-Orbit SATCOM Connectivity
At Satellite 2025, Ali Al Hashemi, CEO of Space42’s Yahsat Space Services, highlighted his company’s growing role in multi-orbit satellite connectivity, underscoring its open-architecture approach to direct-to-device (D2D) and non-terrestrial networks (NTN). This comes as Space42 signed an MOU with Viasat to explore next-generation 5G NTN solutions. Al Hashemi emphasized that network consolidation and flexibility will define the future of satellite communications, ensuring adaptability to market needs. The discussion also underscored the strategic importance of satellite infrastructure in regions like the Middle East, where data sovereignty and resilience are critical concerns. Space42’s efforts reflect a broader trend in the industry, with leading satellite operators focusing on multi-orbit solutions, integration with terrestrial networks, and secure communications architectures. As regional players like Space42 expand their influence, they are positioning themselves at the forefront of global satellite connectivity, offering innovative solutions to government, commercial, and enterprise customers.
UAE’s Marlan Space Touts Constellation-as-a-Service at Satellite 2025
The UAE’s Marlan Space is positioning itself as a key player in the global space sector with its innovative "constellation-as-a-service" model, which allows countries and commercial entities to share the costs of satellite operations without having to own an entire constellation. CEO Hamdullah Mohib emphasized the growing need for resilient space infrastructure amid increasing geopolitical fragmentation, noting that Marlan Space's upcoming satellite manufacturing facility in Abu Dhabi will be capable of producing up to 50 satellites per year. The company aims to serve not just the UAE but also regional and Southeast Asian markets, offering guaranteed access to space at competitive costs. Mohib's remarks at SATELLITE 2025 align with broader discussions on global space collaboration, where experts stressed the importance of shared satellite infrastructure, multi-orbit constellations, and interoperable systems to optimize costs and enhance resilience. With the UAE increasingly investing in sovereign space capabilities, Marlan Space's approach could redefine how emerging space countries secure critical satellite services without navigating complex geopolitical dependencies.
Saudi Arabia and South Korea Sign Key Space Cooperation Agreement
The Saudi Space Agency (SSA) has signed a strategic agreement with the Korea Aerospace Administration (KASA) to enhance bilateral cooperation in space activities, marking a significant step in Saudi Arabia’s international space collaboration efforts. The agreement covers a broad spectrum of initiatives, including deep space exploration, human spaceflight programs, satellite launches, and advanced space applications. It also emphasizes capacity building, technical development, and knowledge exchange to strengthen national competencies in space science and engineering. By fostering cooperation in research, technology transfer, and investment attraction, the partnership aims to accelerate the growth of the space economy in both countries. Dr. Mohammed Al Tamimi, Vice Chairman and CEO of the Saudi Space Agency, highlighted that international collaboration is a cornerstone of Saudi Arabia’s space ambitions, positioning the country as a key player in the global space industry while advancing technological innovation and economic development.
Neo Space Group CEO Emphasizes Need for Sovereign Space Systems Amidst Geopolitical Fragmentation
At Satellite 2025, Martijn Blanken, CEO of Neo Space Group, highlighted Saudi Arabia's strategic investments in satellite infrastructure as the country seeks greater control over its space assets in an increasingly fragmented geopolitical landscape. Neo Space Group, established in 2024 under Saudi Arabia’s sovereign wealth fund, is actively exploring satellite ownership and operational models, aiming to build a global marketplace for satellite services. Blanken emphasized that Saudi Arabia recognizes the need for sovereign space capabilities, particularly in times of geopolitical instability, and is willing to invest heavily to ensure resilience and data sovereignty. He noted that the demand for multi-orbit satellite solutions, particularly in the Middle East and East Africa, is driving new investment strategies, as governments seek alternatives to foreign-dominated networks. The panel discussion underscored the growing shift toward network consolidation and diversified infrastructure, with Neo Space Group positioning itself as a key player in shaping the region’s satellite ecosystem.
Neo Space Group’s CTO Calls for More Efficient & Resilient Satellite Manufacturing
The Chief Technology Officer of Saudi Arabia’s Neo Space Group, Mark Dickinson, emphasized the need for more efficient and resilient satellite manufacturing as the industry shifts toward mass production and multi-orbit strategies. Speaking at Satellite 2025, Dickinson highlighted how new engineering and manufacturing techniques pioneered by low-Earth orbit (LEO) constellations are driving down costs and improving scalability. However, he cautioned against compromising quality in the harsh space environment, reinforcing the importance of reliability in satellite systems. He also questioned the long-term viability of direct-to-device satellite communications, noting concerns over customer experience and price sensitivity in the market. Neo Space Group is at the forefront of this industry transformation, advocating for commoditized satellite production to reduce supply chain delays while ensuring robust spacecraft performance. As the satellite sector evolves with growing LEO constellations, quantum encryption technology, and AI-driven network management, Dickinson urged the industry to move beyond predictions and focus on delivering optimized multi-orbit solutions.
Saudi Arabia’s Arabsat Partners With neXat for Multi-Continental SATCOM Managed Services
Arabsat, headquartered in Saudi Arabia, has entered a strategic partnership with neXat to enhance its multi-continental managed services through a virtualized platform-as-a-service (PaaS) and an advanced Operations Support System-Business Support System (OSS-BSS). This collaboration will enable Arabsat to streamline its operations, managing multiple hubs through a single application while delivering managed services across government, enterprise, and consumer sectors in all its coverage regions. neXat will provide a customized OSS-BSS suite tailored to Arabsat’s needs, ensuring seamless integration with future virtualized hub solutions using open standards API frameworks like MEF or TM Forum. The agreement reflects Arabsat’s ambition to evolve into an agile managed services provider, leveraging automation to reduce operational costs and enhance service efficiency. neXat’s role in this transformation underscores its position as a key enabler for satellite service providers, offering scalable, low-CAPEX solutions with secure, white-label access. Both companies see the partnership as a long-term commitment to advancing Arabsat’s service capabilities and consolidating neXat’s market position as a leader in satellite OSS/BSS and orchestration solutions.
Bahrain Successfully Launches First Indigenously-Built Satellite, Al Munther, With SpaceX
Bahrain has achieved a significant milestone in its space ambitions with the successful launch of Al Munther, the Kingdom’s first domestically designed and developed satellite. Spearheaded by the National Space Science Agency (NSSA), this 3U CubeSat is the first in the region to integrate artificial intelligence for onboard image processing. Launched aboard a SpaceX Falcon 9 rocket from Vandenberg Space Force Base, Al Munther will operate in a sun-synchronous orbit at 550 km for an expected lifespan of two years. The satellite features an Earth observation camera, cybersecurity system, and a unique broadcast function transmitting Bahrain’s national anthem and a message from King Hamad bin Isa Al Khalifa. NSSA CEO Mohammed Ibrahim Al Aseeri emphasized that the satellite’s development was entirely led by Bahraini talent, aligning with Bahrain’s Economic Vision 2030 and the UN Sustainable Development Goals. A key achievement of the mission is the creation of a Bahraini-operated software system to manage the satellite and its payloads, enhancing the Kingdom’s autonomy in space technology. The ground station in Bahrain will oversee operations, support future missions, and facilitate data reception from other satellites operating on the same frequencies. The Al Munther mission reinforces Bahrain’s commitment to building a sustainable space infrastructure, fostering research and innovation, and inspiring future generations in science and technology.
Bahrain & Pakistan Discuss Collaboration on Military Space Capabilities
Bahrain and Pakistan are strengthening their defense and aerospace collaboration, with a particular focus on space, cyber, and electronic warfare capabilities. During a high-level meeting in Islamabad, Pakistan's Chief of the Air Staff, Air Chief Marshal Zaheer Ahmed Baber Sidhu, and Bahrain’s National Guard Commander, General Shaikh Mohammed Bin Isa Bin Salman Al Khalifa, discussed expanding military cooperation, particularly in air force training and technology exchange. Bahrain has expressed strong interest in leveraging Pakistan’s expertise in space and emerging warfare domains, seeking assistance from the Pakistan Air Force (PAF) in establishing training setups for advanced operational readiness. Additionally, Bahrain is exploring potential procurement opportunities from Pakistan’s National Aerospace Science and Technology Park, signaling deeper collaboration in aerospace technology development. With an emphasis on multi-domain capabilities, including satellite-based defense applications, this partnership reflects Bahrain’s growing interest in space as a strategic frontier for national security.
Israel’s Tevel-2 Nine-Satellite Constellation Launched by SpaceX, Built by Israeli Students
Israel has successfully launched nine student-built miniature satellites into low-Earth orbit as part of the Tevel 2 project, a national educational initiative led by the Innovation, Science, and Technology Ministry in collaboration with Tel Aviv University and nine local authorities. Developed by high school students across Israel—including the country’s first Druze-built satellite—these nanosatellites aim to advance space research, with missions focused on measuring cosmic radiation and assessing its impact on electronic components. The satellites were launched aboard SpaceX’s Falcon 9 rocket from California, marking a significant achievement in hands-on scientific education. The project, with a budget of NIS 10.5 million ($2.88 million), also includes the establishment of ground-based communication stations, allowing students to monitor data and oversee satellite operations. Beyond its scientific objectives, Tevel 2 carries a commemorative mission honoring the victims of the Israel-Hamas War, with each satellite transmitting telemetry data inscribed with the names of the fallen. Israel Space Agency Director Brig.-Gen. (res.) Uri Oron emphasized the initiative’s role in fostering scientific excellence, technological education, and societal integration. Innovation Minister Gila Gamliel underscored the initiative’s broader impact, highlighting the students' role in building Israel’s largest-ever satellite constellation and reinforcing the country’s commitment to nurturing the next generation of space scientists and engineers. Expected to operate for three years, the project symbolizes Israel’s strategic investment in STEM education and national space capabilities.
Israel’s Orbit CS Debuts OrBeam MIL Electronically Steerable Antenna at SatShow 2025
Israel’s Orbit Communication Systems Ltd. debuted its OrBeam MIL Electronically Steerable Antenna (ESA) at Satellite 2025, addressing the increasing demand for uninterrupted satellite communications across LEO, MEO, and GEO orbits. Designed for defense, commercial, and enterprise applications, this next-generation phased array antenna features electronic beam steering, ensuring seamless multi-orbit connectivity without user intervention. Supporting both Ka and Ku-band frequencies, its flat-panel, lightweight design eliminates moving parts, reducing power consumption while enhancing reliability across aerial, maritime, and land-based platforms. The system's Make-Before-Break (MBB) handover capability enables continuous, low-latency SATCOM performance. Orbit’s CEO, Daniel Eshchar, emphasized that the OrBeam MIL ESA represents a significant technological leap in multi-orbit connectivity, reinforcing the company’s leadership in advanced SATCOM solutions for mission-critical applications.
Egyptian Space Agency Board Meeting Reviews Upcoming Space Missions
The Egyptian Space Agency (EgSA) is advancing its satellite development initiatives and expanding international partnerships, as outlined during its 10th Board of Directors meeting, chaired by Prime Minister Mostafa Madbouli. The meeting reviewed key projects, including a satellite to measure ionospheric plasma characteristics and the African Development Satellite, a nanosatellite initiative to monitor climate change in collaboration with African countries. Egypt is also partnering with Bahrain to develop a hyperspectral imaging camera for China’s Chang’e 7 lunar mission. Reinforcing its leadership in Africa’s space sector, Egypt will host the NewSpace Africa 2025 conference, emphasizing regional cooperation and policy alignment. Since 2021, EgSA has trained 71 engineers from 34 African countries, furthering its commitment to capacity building. Prime Minister Madbouli praised the agency’s progress and its role in national sustainable development. The board also discussed partnerships with the space agencies of Greece and Kenya, industry collaborations for technology transfer, and plans to develop an Egyptian microsatellite platform by 2026 to enhance local manufacturing capabilities. EgSA’s pursuit of ISO AS9100 certification and its approved 2025/2026 budget highlight Egypt’s ambition to position itself as a regional space technology hub. The meeting, attended by Minister of Communications and Information Technology Amr Talaat and key scientific leaders, followed a tour of EgSA’s facilities, reaffirming government support for Egypt’s growing space sector.
Egypt’s PM: Country Committed to Satellite Manufacturing
Prime Minister Mostafa Madbouli reaffirmed Egypt’s commitment to advancing space technology and satellite development as part of Egypt Vision 2030, emphasizing the country’s transition toward a knowledge-based economy. During a visit to the Egyptian Space Agency (EgSA), accompanied by Minister of Communications and Information Technology Amr Talaat and EgSA CEO Sherif Sedky, Madbouli toured the Satellite Assembly, Integration, and Testing Center (AITC), a key facility enhancing Egypt’s capacity for local satellite manufacturing. Sedky highlighted the facility’s advanced capabilities, including space environment simulation labs equipped with vacuum thermal chambers, dynamic load simulators, and optical testing systems. The Prime Minister also reviewed high-resolution images from EgyptSat-2, underscoring the role of satellite technology in national development. The visit reflects Egypt’s strategic ambition to establish itself as a regional leader in space science, technology, and satellite manufacturing.
Kenya Approves Space Cooperation Agreement With Egypt
Kenya’s space sector is set to benefit significantly from its newly approved framework for collaboration with the Egyptian Space Agency (EgSA) and the Rwanda Space Agency (RSA). The agreement with Egypt underscores Kenya’s intent to leverage Egypt’s extensive experience in remote sensing, satellite communications, and space infrastructure development. Egypt, having launched over 15 satellites and actively engaged in European partnerships, is also developing a “space city” to serve as a regional hub for space research and innovation. Through this collaboration, Kenya will gain access to Egypt’s expertise in satellite technology and Earth observation, accelerating advancements in its own space capabilities. The partnership will also support joint research, capacity building, and knowledge exchange, particularly in addressing regional challenges such as climate change, food security, and disaster management through space-based solutions. By aligning with Egypt and other regional players, Kenya is positioning itself as a rising force in Africa’s space industry, ensuring that space technology contributes to sustainable development and economic resilience across the continent.
Iran’s Private Sector Plays Increasing Role in Developing National Space Capabilities
Iran is advancing its indigenous space and telecommunications capabilities by leveraging knowledge-based companies to develop locally manufactured satellite and electronic systems. During a visit to the Iranian Electronic Industries Company, Mohammad Mehdi Hadavi, secretary of Iran’s Headquarters for the Development of the Knowledge-Based Economy of Machinery Manufacturing and Advanced Industrial Equipment, emphasized the strategic role of domestic firms in strengthening Iran’s space and IT sectors. Discussions centered on utilizing local expertise for satellite design and production, reinforcing the country’s move toward self-sufficiency in space technology. The company, specializing in optics and telecommunications, has already developed Iran’s first domestically produced telecommunication processors, which aim to replace foreign models. These processors enhance security and adaptability, allowing customized hardware and software modifications. The visit underscored Iran’s commitment to indigenizing critical space and telecommunications infrastructure to reduce reliance on foreign technology and bolster national security.
Iran and South Africa Deepen Space Science Cooperation
Iran and South Africa are set to deepen their collaboration in science, technology, and innovation (STI) through a new Memorandum of Understanding (MoU) focused on fostering innovation and supporting startups. The agreement builds on a partnership that began in 2000 and has since expanded to include research cooperation in space science, biotechnology, and emerging technologies. Key South African institutions, such as the National Research Foundation and the South African National Space Agency (SANSA), have played a crucial role in this collaboration. Science, Technology, and Innovation Minister Blade Nzimande emphasized that the MoU will strengthen South Africa’s startup ecosystem by leveraging Iranian expertise, particularly through partnerships with Pardis Technology Park. The initiative follows ongoing joint research projects, technology exchanges, and South Africa’s participation in Iran’s 2024 INOTEX Exhibition. Both countries reaffirmed their commitment to finalizing the agreement, marking a new phase in their growing STI cooperation.
Iran to Host International Space and Aerospace Conference in May 2025
Iran is set to host the 23rd International Conference of the Iranian Aerospace Society from 20 to 22 May 2025 in Tehran, focusing on critical aerospace topics including aerodynamics, propulsion, space science and technology, remote sensing, and climate and space radiation. The event will bring together industry experts, researchers, and policymakers to discuss advancements in aerospace and satellite technology while showcasing industrial innovations. Iran's space program, which began in 1959 with the establishment of a national remote sensing center, has seen significant development despite geopolitical challenges. The country has registered three orbital slots (26, 34, and 47 degrees East) with the International Telecommunication Union (ITU) and aims to launch satellites annually under its fourth development plan. Iran’s long-term space strategy, outlined in its aerospace development document, seeks to position the country as a regional leader in space exploration and satellite capabilities, with an ambition to send humans to space. The aerospace sector remains a key driver of technological innovation and economic growth globally, contributing to advancements in aviation, satellite communications, and scientific research. The conference reflects Iran’s continued commitment to leveraging its scientific and industrial capacities to expand its presence in the space domain.
Türkiye in Talks With Europe to Participate in Developing European Military Space Capabilities
As the European Commission explores the development of a new satellite network to enhance military intelligence and reduce reliance on the United States, Türkiye’s role in this initiative remains under discussion. The proposed system aims to complement existing European space programs like Copernicus and IRIS², offering more frequent geospatial intelligence updates to track military movements and coordinate defense efforts. The initiative follows the recent pause in U.S. intelligence sharing with Ukraine, highlighting Europe's strategic vulnerabilities. While the Commission has allocated €150 billion in loans and proposed easing fiscal rules to facilitate up to €650 billion in defense spending, President Ursula von der Leyen has emphasized that funds should prioritize European-made systems. However, Türkiye’s potential inclusion in the funding framework remains undecided, despite Polish Prime Minister Donald Tusk’s recent meeting with Turkish President Recep Tayyip Erdoğan, which was seen as a diplomatic overture. The Commission is also considering joint procurement of weapons, including cost-effective supplies from Ukraine, to strengthen regional defense capabilities. The broader initiative underscores Europe's push for greater autonomy in air defense, satellite intelligence, and military infrastructure, with a potential €500 billion investment in a collective missile defense system. Türkiye’s participation in these efforts could position it as a key player in Europe's evolving space-based defense strategy, depending on the outcome of ongoing negotiations.
Türksat Partners With Eutelsat for Inflight Connectivity SATCOM Over Europe
Eutelsat Group and Türksat have signed a multi-million-dollar, multi-year agreement for Ka-band services on Eutelsat’s KONNECT VHTS satellite, enhancing Türksat’s in-flight connectivity (IFC) offerings across Europe. Türksat, a major global satellite operator, will utilize multiple beams from KONNECT VHTS, which became operational in October 2023 and features 500 Gbps of Ka-band capacity along with the most advanced digital processor ever deployed in orbit. This partnership strengthens Türksat’s presence in the mobility market, ensuring reliable and uninterrupted connectivity for airlines operating in European airspace. Eutelsat CEO Eva Berneke highlighted KONNECT VHTS’s role in advancing GEO connectivity for IFC services, while Türksat General Manager Ahmet Hamdi Atalay emphasized the agreement’s potential to expand Türksat’s Aero services and reinforce its position as a leading provider in the IFC sector. The collaboration marks a significant step in the growing demand for high-capacity satellite solutions in aviation, leveraging cutting-edge satellite technology to enhance global connectivity.
Türkiye’s Satellite Industry Makes a Big Splash at Satellite 2025
Türkiye's satellite industry made a strong impression at the Satellite 2025 exhibition in Washington, D.C., with leading firms—including Turksat, Turkish Aerospace Industries (TAI), Aselsan, Profen, and Fergani Space—showcasing their advanced satellite technologies. Deputy Minister of Transport and Infrastructure Omer Fatih Sayan highlighted the growing presence of Turkish companies at the event, reflecting Türkiye’s expanding role in the global satellite sector. Türkiye’s satellite industry has gained momentum with the successful launch of its first domestically built communications satellite, Turksat-6A, in July 2024, a milestone that has spurred further innovation and international collaboration. The event also provided a platform for Turkish firms to engage with international partners, suppliers, and customers, strengthening their global footprint. Discussions included plans for the renewal of the Turksat-3A satellite with a higher percentage of locally manufactured components, further demonstrating Türkiye’s commitment to satellite self-sufficiency. Representatives from Aselsan, Profen, and TAI emphasized their contributions to satellite payloads, ground terminals, and defense-related satellite communications, underscoring the strategic importance of Türkiye’s satellite capabilities in both civilian and defense applications. The growing international interest in Turkish satellite technologies signals the country’s accelerating progress toward becoming a key player in the global space industry.
Hong Kong’s USPACE Partners With AICTO to Build 6,000 Satellite Constellation for the Middle East
Hong Kong’s USPACE has signed a strategic cooperation agreement with the Arab Information and Communication Technologies Organization (AICTO), headquartered in Tunisia, to deploy a 6,000-satellite low-Earth orbit (LEO) constellation aimed at serving the Middle East and Africa. This initiative, announced at the "100 Satellites" exhibition in Hong Kong, integrates communication, remote sensing, and navigation enhancement, marking a significant step in the global competition for LEO satellite internet. Positioned as an alternative to Starlink’s dominance, USPACE's constellation seeks to bridge digital divides in Belt and Road Initiative (BRI) countries while ensuring regional technological autonomy and cost-effective access to satellite connectivity. The project prioritizes spectrum allocation in the Q/V bands to circumvent congestion in Ku/Ka bands, leveraging China’s expertise to secure frequency resources. Its cost efficiency stems from in-house satellite manufacturing, modular designs, and reusable launch vehicles, reducing costs by up to 80%. By enabling direct mobile-satellite connectivity, real-time remote sensing, and AI-driven applications for agriculture, energy, and disaster response, USPACE aims to generate over $30 billion annually. This collaboration aligns with regional economic diversification efforts, such as Saudi Arabia’s Vision 2030 and Africa’s push for digital transformation, reinforcing China’s role in shaping the next generation of space-based infrastructure.
Italy’s Satellite AIT Company Space Industries SpA Seeks Partnerships in Türkiye and UAE
Italy’s Space Industries S.p.A., a newly established satellite assembly, integration, and testing company, is positioning itself as a key player in the evolving global space sector, with a strong focus on international partnerships, including in Türkiye and the UAE. With plans to build up to 200 satellites per year by 2030, the company is leveraging industrial expertise from the automotive sector to enhance efficiency and scalability. Headquartered in Turin, with a 6,000-square-meter production facility in Settimo Torinese, Space Industries aims to bridge a critical gap in satellite manufacturing by providing an open, fast, and cost-effective production model for companies lacking in-house capabilities. The firm is strategically expanding its sales network across key markets, including Türkiye and the UAE, both of which are emerging as significant players in space technology development. With a €15 million investment and the creation of 300 jobs over the next five years, the company is fostering an extensive supply chain to strengthen its manufacturing ecosystem. Space Industries also emphasizes collaboration, actively seeking industrial partners to accelerate the global space economy. Through its Inspire 4 Tomorrow foundation, unveiled at the United Nations, the company aligns its mission with sustainability and technological advancement, reinforcing its commitment to global space development. As Türkiye and the UAE continue expanding their space ambitions, partnerships with Space Industries could provide essential manufacturing capabilities to support regional satellite initiatives and strengthen their positions in the rapidly growing space sector.
Syria Prohibits Starlink Satellite Internet Services Without Prior Permission
Syria’s Telecommunication and Post Regulatory Authority has officially prohibited the ownership and use of drones and Starlink satellite internet services without prior authorization, citing security and regulatory concerns. According to Eng. Abdul Rahman Zaidan, Director of the Law Enforcement Directorate, the restrictions aim to prevent disruptions to public order, mitigate security threats, and protect local communication networks from interference. The regulatory framework mandates that all sales, ownership, and operation of drones or satellite internet services must be licensed through official channels. Violations will be subject to legal accountability under Telecommunications Law No. 18 of 2010 and its amendments. The decision underscores the government's strict control over emerging technologies and their impact on national security and telecommunications infrastructure.
Other Regional News in Brief:
Azerbaijan and Kazakhstan to intensify space cooperation following a bilateral meeting in the Kazakh capital Astana;
Tunisia and Italy discuss academic and research cooperation, including space science.
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