Latest news with #Sar
The National
11-04-2025
- Science
- The National
Dubai space centre uses AI to help with global disaster response
The Mohammed bin Rashid Space Centre (MBRSC) is using AI to provide analysis and insights which can prove crucial in helping disaster response missions across the world. The centre's satellites, which provide high-resolution images from above the ground, were used in a host of missions including the Philippines, for disaster relief efforts after a volcano erupted, in Indonesia in the wake of severe flooding, and in Libya after it was also hit by flooding. The Dubai-based MBRSC is receiving an average of eight requests a week for its satellites to be used in disaster relief efforts around the world, said a senior figure from the organisation. 'We are a very active member of the disaster management organisations,' said Saeed Al Mansoori, director of the Remote Sensing Department at MBRSC. "We provide them with high-resolution satellite imagery, along with maps and studies for the areas that witness crises like earthquakes, volcanoes, floods or landslides." He said the centre received an average of eight requests each week, adding: 'We need to respond immediately. If today there is a flood in a certain area, we need to provide them with what's going on today, because the situation will be different tomorrow.' Since the beginning of 2024, MBRSC has supported around 40 disaster response missions internationally, he revealed. These are typically post-event requests, used to assess the extent of damage and provide governments and aid agencies with the information they need to act quickly. As demand for real-time data grows, MBRSC is also turning to artificial intelligence to expand its capabilities. 'We are embedding artificial intelligence in order to respond immediately to as many requests as possible,' said Mr Al Mansoori. 'We're collecting historical data and using it to train the AI, so the system can analyse and produce insights without needing people to work from home or during weekends. This way, we can achieve more, with better accuracy, in a shorter time." Mr Al Mansoori was speaking to The National at the ISPRS Geospatial Week, which is hosted in Dubai by MBRSC. The ISPRS, which stands for the International Society for Photogrammetry and Remote Sensing, is a global organisation advocating for co-operation between nations on scanning areas by satellite or from aeroplanes to gather data. The conference, which runs in Dubai until Friday, brings together global experts in remote sensing, geoscience and photogrammetry – the name given to measuring distance from photographs and digital imagery. 'This is a platform for serious dialogue and collaboration,' said Mr Al Mansoori, 'It's about uniting expertise across sectors and disciplines to create real-world solutions through space-based technologies.' The MBRSC has developed and launched five Earth observation satellites since 2009, ranging from nanosatellites (miniature satellites) to small-sized ones. Last month, The National reported that the UAE's latest synthetic aperture radar (Sar) satellite lifted off aboard a SpaceX Falcon 9 rocket. MBRSC confirmed the launch took place on Saturday, March 14, at 10.43am. The first signal from the satellite was received at 12.04pm. 'Sar actually will add great value to what we are doing,' said Mr Al Mansoori. 'It will add more value-added products to our government and entities. It will fill the gap in research because there was a lack of government research when it comes to synthetic aperture radar technology. Now UAE universities will have data coming from Sar, and they won't need to rely on other sensors or data sources.' While the UAE is not the first country in the world to use Sar satellites, it is a regional leader, he said. 'We are the first in the region,' Mr Al Mansoori said. 'This is something very important for our government and our academic institutions.'
The National
11-04-2025
- Science
- The National
Dubai space centre uses AI to help with global disaster response as demand for services grows
The Mohammed bin Rashid Space Centre (MBRSC) is using AI to provide analysis and insights which can prove crucial in helping disaster response missions across the world. The centre's satellites, which provide high-resolution images from above the ground, were used in a host of missions including the Philippines, for disaster relief efforts after a volcano erupted, in Indonesia in the wake of severe flooding, and in Libya after it was also hit by flooding. The Dubai-based MBRSC is receiving an average of eight requests a week for its satellites to be used in disaster relief efforts around the world, said a senior figure from the organisation. 'We are a very active member of the disaster management organisations,' said Saeed Al Mansoori, director of the Remote Sensing Department at MBRSC. "We provide them with high-resolution satellite imagery, along with maps and studies for the areas that witness crises like earthquakes, volcanoes, floods or landslides." He said the centre received an average of eight requests each week, adding: 'We need to respond immediately. If today there is a flood in a certain area, we need to provide them with what's going on today, because the situation will be different tomorrow.' Since the beginning of 2024, MBRSC has supported around 40 disaster response missions internationally, he revealed. These are typically post-event requests, used to assess the extent of damage and provide governments and aid agencies with the information they need to act quickly. As demand for real-time data grows, MBRSC is also turning to artificial intelligence to expand its capabilities. 'We are embedding artificial intelligence in order to respond immediately to as many requests as possible,' said Mr Al Mansoori. 'We're collecting historical data and using it to train the AI, so the system can analyse and produce insights without needing people to work from home or during weekends. This way, we can achieve more, with better accuracy, in a shorter time." Mr Al Mansoori was speaking to The National at the ISPRS Geospatial Week, which is hosted in Dubai by MBRSC. The ISPRS, which stands for the International Society for Photogrammetry and Remote Sensing, is a global organisation advocating for co-operation between nations on scanning areas by satellite or from aeroplanes to gather data. The conference, which runs in Dubai until Friday, brings together global experts in remote sensing, geoscience and photogrammetry – the name given to measuring distance from photographs and digital imagery. 'This is a platform for serious dialogue and collaboration,' said Mr Al Mansoori, 'It's about uniting expertise across sectors and disciplines to create real-world solutions through space-based technologies.' The MBRSC has developed and launched five Earth observation satellites since 2009, ranging from nanosatellites (miniature satellites) to small-sized ones. Last month, The National reported that the UAE's latest synthetic aperture radar (Sar) satellite lifted off aboard a SpaceX Falcon 9 rocket. MBRSC confirmed the launch took place on Saturday, March 14, at 10.43am. The first signal from the satellite was received at 12.04pm. 'Sar actually will add great value to what we are doing,' said Mr Al Mansoori. 'It will add more value-added products to our government and entities. It will fill the gap in research because there was a lack of government research when it comes to synthetic aperture radar technology. Now UAE universities will have data coming from Sar, and they won't need to rely on other sensors or data sources.' While the UAE is not the first country in the world to use Sar satellites, it is a regional leader, he said. 'We are the first in the region,' Mr Al Mansoori said. 'This is something very important for our government and our academic institutions.'
The National
26-02-2025
- Science
- The National
UAE to launch satellite next month under South Korea space partnership
The UAE will launch its latest high-tech satellite next month in partnership with South Korea, in the latest step forward for the country's growing space sector. Sheikh Hamdan bin Mohammed, Crown Prince of Dubai, Deputy Prime Minister and Minister of Defence, said the development of the satellite, called Etihad-Sat, highlighted the nation's soaring ambitions in space exploration. The advanced synthetic aperture radar (Sar) features cutting-edge imaging technology, enabling it to provide high-precision observation in all weather condition, Sheikh Hamdan said. Etihad-Sat was built through a strategic partnership between the Mohammed bin Rashid Space Centre and South Korea's Satrec Initiative. No details were disclosed on the launch site and date for the satellite, or what its primary objectives will be. "Our ambitions in the space sector know no bounds, and we firmly believe in the capabilities of our youth to strengthen the UAE's global leadership in space exploration and help shape a brighter future for humanity, powered by knowledge and innovation," Sheikh Hamdan posted on social media platform X. In January, the UAE's MBZ-Sat, the region's most advanced Earth-observation satellite, blasted off into space. The 750kg satellite was launched into orbit aboard a Falcon 9 rocket, engineered by Elon Musk's SpaceX company, from Vandenberg Space Force Base in California. MBZ-Sat, named in honour of President Sheikh Mohamed, had been in development by Emirati engineers at the MBRSC since 2020, with most of the satellite parts made by private companies. Amar Vora, head of space at Serco Middle East, a company that provides services and consultancy to the public and private sector, previously told The National that the satellite would provide the highest resolution imagery in the region. Its capabilities exceed those of its predecessor, KhalifaSat. Meanwhile, the country's Hope probe completed four years in orbit around Mars this month and is continuing to deliver crucial scientific data that is helping researchers to better understand the Red Planet's atmosphere, weather and potential signs of past life. On February 9, 2021, the country became the first Arab nation and the fifth worldwide to enter the planet's orbit with a car-sized spacecraft. Since then, researchers around the world have been using the probe's data to fill the gaps in understanding Mars's climate history, atmospheric dynamics and the presence of bio-signature gases that could indicate whether the planet once hosted life. The mission has also provided unprecedented insights into Martian auroras, weather patterns and one of the planet's two moons, Deimos.
