Smart Hajj: How authorities are preparing for crowd control

Crowd control for the pilgrimage includes carefully calibrated timetables, which significantly reduce congestion and enhance overall safety. (SPA)
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Updated 03 June 2025
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Smart Hajj: How authorities are preparing for crowd control

  • Safeguarding pilgrims and managing their movement takes careful planning

MAKKAH: Each year, the eyes of the world turn to Makkah, where millions of pilgrims from a range of nationalities, ethnicities and cultures gather in a remarkable spiritual gathering that symbolizes the unity of Islam.

In this vast diversity and sheer scale, the foremost challenge lies in managing the movement of crowds in a brief timeframe and a geographically constrained area encompassing the Grand Mosque and the Holy Sites.

Alhough Hajj is, at its core, an act of worship, safeguarding pilgrims and managing their movements requires meticulous planning, technical precision, and close coordination between security, health, service and technology organizations.




The movement of crowds in Makkah and the Holy Sites is managed by a centralized, data-driven strategy that relies on real-time inputs from surveillance cameras, aerial monitoring and location-tracking applications. (SPA)

Preparations for this year’s season underscored Saudi Arabia’s ability to integrate advanced technologies, institutional expertise, and forward-thinking initiatives to successfully orchestrate one of the most complex logistical operations in the world.

The movement of crowds in Makkah and the Holy Sites is managed by a centralized, data-driven strategy that relies on real-time inputs from surveillance cameras, aerial monitoring and location-tracking applications.

This integrated approach allows authorities to respond effectively to emergencies, proactively reroute pedestrian flow, anticipate congestion points and guide pilgrims with precision, ensuring the seamless and dignified continuation of rituals at every stage.

Coordinating the movement of over 2 million pilgrims in such a densely concentrated setting is a remarkable global accomplishment by any standard.

Akram Jan, Crowd management expert

Crowd management expert Akram Jan spoke to Arab News about the efforts that went into organizing the Hajj season.

“Coordinating the movement of over two million pilgrims in such a densely concentrated setting is a remarkable global accomplishment by any standard,” he said.

Saudi Arabia, he said, has become a global leader in crowd management, offering valuable insights for other countries.

Crowd control for the pilgrimage includes carefully calibrated timetables, which significantly reduce congestion and enhance overall safety.

He said that such crowd control is achievable only through high-level inter-agency coordination, intensive field team training, and the ability to respond swiftly to changing conditions on the ground.

Hotelier Mohammed Hakim spoke to Arab News about how the Kingdom’s Hajj and Umrah preparations have progressed over the years.

These changes have redefined the sector, shifting it from a seasonal service model to a comprehensive, year-round industry.

He said: “It is now evident that the experience of pilgrims extends far beyond the performance of rituals; it has evolved into a comprehensive, well-orchestrated journey that meets the highest standards of service and excellence.”

“We are now in the era of ‘Smart Hajj,’ where crowds are managed through applications, meals are distributed via digital platforms, and the quality of camps and accommodations is continuously monitored through real-time sensors and data analysis,” he added.

“Pilgrim satisfaction is measured from the moment they arrive in the Kingdom until their departure, all with an unprecedented level of digital transparency.

“We are entering a new era for Hajj and Umrah — one that transcends boundaries and is no longer confined to specific seasons. It is driven by a vision of continuous growth, institutional integration, and human empowerment, moving toward a values-driven economy rooted in a deep commitment to renewal and progress.”

 


Saudi inventor wins two gold medals at Mideast International Invention Fair

Updated 14 February 2026
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Saudi inventor wins two gold medals at Mideast International Invention Fair

  • Khudry was recognized for inventing a device designed to filter materials and recycle used liquids
  • The innovation aims to improve efficiency in liquid purification and reuse

RIYADH: Saudi inventor Duaa Nizar Khudry won two gold medals at the 16th International Invention Fair in the Middle East (IIFME), held in Kuwait from February 8 to 11, the Saudi Press Agency (SPA) reported.

Khudry was recognized for inventing a device designed to filter materials and recycle used liquids, an innovation aimed at improving efficiency in liquid purification and reuse. The technology has potential applications in environmental protection, industrial processing, and water conservation, particularly in regions where sustainable resource management is critical.

A member of the Mawhiba Alumni Program, Khudry represented Saudi Arabia with the support and nomination of the King Abdulaziz and His Companions Foundation for Giftedness and Creativity (Mawhiba), which was participating in the fair for the third time.

She received her first gold medal from the fair’s organizers and was also awarded the IFIA Best Invention Award by the International Federation of Inventors’ Associations, recognizing her innovation as one of the most outstanding entries in the exhibition.

The IIFME, organized annually by the Kuwait Science Club since its launch in 2007, is regarded as one of the region’s largest specialized invention exhibitions and a major platform for inventors to present their work to international audiences.

As a student, Khudry won first place nationwide at the National Olympiad for Scientific Creativity (Ibdaa) in 2013 for the same recycling device, competing against tens of thousands of students across the Kingdom. She later obtained an official patent for the invention in 2024, strengthening its scientific and commercial potential. 

She studied chemistry and is currently pursuing graduate studies in materials science and engineering under the Custodian of the Two Holy Mosques Scholarship Program. Her research focuses on environmental sustainability, advanced materials, and liquid purification technologies.