Saudi Arabia sends aid to Comoros to fight COVID-19

The Saudi ambassador to Comoros, Dr. Atallah Zayed Al-Zayed, delivered the aid on behalf of KSrelief to Loub Yakout Zaïdou, the Comorian health minister, in the capital Moroni. (SPA)
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Updated 30 August 2021
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Saudi Arabia sends aid to Comoros to fight COVID-19

  • The assistance is financed by KSrelief and is under the supervision of the World Health Organization

MORONI: The King Salman Humanitarian Aid and Relief Center on Sunday delivered medical aid to Comoros to help it fight coronavirus, the Saudi Press Agency reported.

The Saudi ambassador to Comoros, Dr. Atallah Zayed Al-Zayed, delivered the aid on behalf of KSrelief to Loub Yakout Zaïdou, the Comorian health minister, in the capital Moroni.

Al-Zayed said the aid was sent to Comoros in line with the directives of King Salman and Crown Prince Mohammed bin Salman to support the country in its fight against the pandemic.

Saudi Arabia has recently sent medical supplies to Tunisia, Malaysia and Algeria, as well as other countries that are currently fighting new outbreaks and variants. The medical assistance is part of the aid provided by the Kingdom, represented by the center, to support global efforts to curb the spread of COVID-19.

Meanwhile, the National Malaria Control Program in Yemen’s Lahij governorate distributed medicine and special equipment for treating and inspecting malaria and dengue to several health facilities in the governorate.

The assistance is financed by KSrelief and is under the supervision of the World Health Organization.

The program director in Lahij, Adel Al-Sayyed, said: “The program, since last March until today, has provided several health facilities with various amounts of malaria medicine, in addition to malaria and dengue rapid test devices provided by KSrelief free of charge for all health facilities in the governorate.”


Saudi Arabia’s KAUST named FIFA’s first research institute in MENA

The canal in the King Abdullah University of Science and Technology campus. (Shutterstock)
Updated 10 February 2026
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Saudi Arabia’s KAUST named FIFA’s first research institute in MENA

  • KAUST President Prof. Sir Edward Byrne said that the university’s selection as the fifth FIFA Research Institute in the world — and the first in the region — marks a significant achievement, reflecting Kingdom’s growing presence in international football

RIYADH: FIFA has designated the King Abdullah University of Science and Technology as its first research institute in the Middle East and Asia to support the development of innovative football research, the Saudi Press Agency reported on Tuesday.

The recognition highlights KAUST’s commitment to integrating sports, academic research and industry through advanced, high-level initiatives grounded in rigorous scientific methodologies, contributing to the advancement of football studies.

KAUST President Prof. Sir Edward Byrne said that the university’s selection as the fifth FIFA Research Institute in the world — and the first in the region — marks a significant achievement, reflecting Saudi Arabia’s growing presence in international football.

The accreditation aligns with national efforts to invest in research and development and promote the knowledge economy, supporting Saudi Vision 2030’s goals of building an advanced sports system based on innovation and sustainability.

The collaboration’s first project focuses on developing advanced AI algorithms to analyze historical FIFA World Cup broadcast footage, transforming decades of match videos into structured, searchable data, according to the KAUST website.

This work opens new opportunities to apply state-of-the-art computer vision techniques and deepen understanding of how football has evolved over time.

The second project uses player and ball tracking data from the FIFA World Cup 2022 in Qatar and the FIFA Women’s World Cup 2023 in Australia and New Zealand to compile comprehensive datasets capturing in-game dynamics.

These datasets provide deeper insights into human movement, playing techniques and performance dynamics through AI-driven analysis.