PARIS: French President Emmanuel Macron received far-right Hungarian Prime Minister Viktor Orban at the Elysee Palace on Monday for a working dinner where he underscored the need for European “unity” on the Ukraine war, the president’s office said.
Unlike most European leaders, Orban has been openly critical of the bloc’s stance on the conflict, slamming what he has described as an “indirect war” being waged against Russia while calling for a cease-fire.
At Monday’s dinner, Macron “reaffirmed the need for the unity of European countries in their support for Ukraine in the face of Russian aggression, particularly via the strict application of sanctions,” according to the president’s team.
The pair also touched on the accession of Finland and Sweden into NATO.
Hungary and Turkiye are the only two members of the 30-nation alliance not to have ratified both countries’ bids.
Budapest is highly reliant on Russian energy imports, and Orban has vowed to maintain ties with the Kremlin while refusing to send weapons to Kyiv. He has also criticized sanctions against Moscow, though Hungary eventually sided with its EU partners on the matter.
Hungary is also engaged in a long-running row with the European Union over concerns in Brussels about corruption.
In December, Brussels froze billions of euros’ worth of funds pending anti-corruption reforms expected from Budapest.
Also on the agenda at Monday’s dinner, which came ahead of a European Council meeting later this month, were the issues of industrial competitiveness and migration, with Orban having come under fire in the past for his policies against non-European refugees.
Macron pushes European ‘unity’ in sit-down with Orban
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Macron pushes European ‘unity’ in sit-down with Orban
India’s space industry gears up for human spaceflight tests, commercial expansion in 2026
- ISRO plans to complete 7 space missions by March, including Gaganyaan mission test
- In 2025, India’s space sector had over 300 startups operating in rocket launches, satellites, analysis
NEW DELHI: After sending its first astronaut to the International Space Station, autonomously docking two satellites, and launching the heaviest payload this year, India’s space industry is preparing for the first uncrewed test of its human spaceflight program in 2026.
In 2025, India’s space program spearheaded by the Indian Space Research Organisation marked several milestones, starting in January, when it became the fourth country to perform space docking — connecting two spacecraft in orbit, which is a capability crucial for future space stations and deep-space missions.
In June, Shubhanshu Shukla, an Indian Air Force pilot, flew to the ISS as part of the Axiom 4 mission. He became the second Indian national in space, after Rakesh Sharma in 1984.
A month later, ISRO, in collaboration with NASA, launched a joint observation satellite to provide high-resolution radar imagery of the Earth, and in December capped the year by deploying the BlueBird Block 2, the heaviest payload ever launched from Indian soil.
It “marked a decisive year for India’s space sector as policy reforms translated into tangible execution across launch, satellite manufacturing, Earth observation, space data, and satellite communications,” said Lt. Gen. AK Bhatt (retd.), director general of the Indian Space Association.
The year also saw new contracts, production lines, launch vehicles moving closer to operational readiness, and growth in India’s $9 billion space economy driven largely by the private industry and public–private partnerships, which Bhatt expected to expand in the coming year.
“The Indian space sector is poised for a transformative 2026, with ISRO’s rigorous seven-mission schedule by March,” he told Arab News.
ISRO last month announced plans to complete seven space missions by March 2026, including the first uncrewed test flight of India’s Gaganyaan human spaceflight program.
Another mission will be EOS‑N1, where ISRO and India’s Defence Research and Development Organisation will launch an Earth observation satellite for strategic and surveillance applications.
The private industry will also have its debut by HAL-L&T launching the first fully indigenously manufactured Polar Satellite Launch Vehicle early next year, which will carry OceanSat-3A, an Earth observation satellite for oceanography and environmental monitoring.
“Complementing this, private innovators like Skyroot Aerospace with its Vikram-I orbital launch in January-February, GalaxEye’s pioneering multi-sensor Drishti satellite in Q1 and Dhruva Space’s LEAP-2 on the HAL-L&T PSLV and Agnibaan rocket by Agnikul in Q3 will further confirm the vitality of our ecosystem,” Bhatt said.
Over the past few years, India has been establishing its position in the global space industry.
In August 2023, ISRO’s Chandrayaan-3 moon rover made history by landing on the lunar surface, making India the first country to land near the lunar south pole and the fourth to land on the moon — after the US, the Soviet Union, and China.
A month later, it launched Aditya-L1 in 2023 — the country’s first solar observation mission, and the world’s second after the US Parker Solar Probe in 2021.
India currently accounts for about 2 percent of the $450 billion global space economy, with its share expected to rise to nearly 8 percent by 2033, driven largely by private companies.
In 2025, the country’s space sector had more than 300 active startups operating in rocket launches, satellites, Earth observation, satellite communications, propulsion, electronics, space monitoring, and data analytics, according to Indian Space Association data.
“As launch capacity improves and satellite constellations scale up, the real value creation is now shifting closer to applications, analytics and decision-making. From agriculture and climate monitoring to infrastructure planning and national security, satellite data is steadily moving from being a niche input to a mainstream business and governance tool,” said Amit Kumar, co-founder and chief operating officer of Suhora Technologies, a space data company that turns satellite imagery and artificial intelligence‑driven analytics into actionable intelligence.
“As we move into 2026, the opportunity lies in translating India’s space capabilities into everyday insights that solve real-world problems at scale.”
