A virtual reality experience simulating the transportation of pilgrims in the holy sites
The General Transport Center, affiliated with the Royal Commission for Makkah City and the Holy Sites, has taken a major proactive step to ensure the success of the upcoming Hajj season. In cooperation and coordination with more than 24 governmental and operational entities, it conducted a comprehensive virtual simulation of transporting pilgrims in the Holy Sites. This step is part of the early preparations for the 1447 AH Hajj season, aimed at testing operational efficiency and enhancing coordination among all relevant parties to guarantee the provision of the best possible services to the pilgrims.
The historical development of pilgrim transportation operations in the holy sites
Over the decades, the Hajj system has witnessed radical transformations in the methods and mechanisms for transporting pilgrims. In the past, the journey relied on traditional means of transportation, which were time-consuming and required considerable effort. With the development of infrastructure in Saudi Arabia, operations shifted to the use of state-of-the-art, equipped buses, and the launch of the Holy Sites Metro brought about a qualitative leap in the speed and efficiency of pilgrim movement. Today, the focus is no longer solely on providing vehicles, but extends to the use of modern technologies and artificial intelligence in crowd management. This virtual reality experience, which simulates the transportation of pilgrims in the Holy Sites, is a natural extension of this historical development, reflecting the wise leadership's commitment to harnessing all technological capabilities to ensure the safety and security of pilgrims.
Details of the largest operational simulation of the Hajj season
This pioneering experiment was conducted using a precise operational model that simulated the movement of pilgrims between Mecca and the Holy Sites. The simulation involved the operation of 3,000 buses across five main operational phases covering all stages of transportation. These operations were distributed across 15 main routes, allowing organizers to test crowd flow and traffic management efficiency at various stages. The experiment aimed to simulate the transport of over 1.2 million pilgrims virtually through more than 75,000 carefully scheduled and planned trips. This massive operation involved more than 20,500 operational personnel, along with 74 transportation companies, reflecting the scale and complexity of the transportation system during an actual Hajj season.
Implementation of operational phases and field crisis management
The exercise included a meticulous field simulation of the various operational phases, from preparation and readiness to the movement of pilgrims to Mount Arafat, the subsequent movement to Muzdalifah, and finally the departure to Mina. This sequence ensures the system's readiness under diverse operational conditions. The simulation also encompassed several different operational emergency scenarios, such as fire response and rapid control, as well as handling medical emergencies on buses and administering necessary first aid. Furthermore, the exercise tested the transportation system's preparedness to handle bus breakdowns on routes and provide immediate replacements to ensure service continuity, manage unscheduled incidents, and measure response times.
The strategic importance and expected impact of the transport system
These early preparations hold immense strategic importance at the local, regional, and international levels. Locally, these efforts reflect the goals of Saudi Vision 2030 to enhance the quality of services provided to pilgrims and facilitate the hosting of increasing numbers of Hajj and Umrah pilgrims. Regionally and internationally, the success of such complex exercises sends a reassuring message to the entire Islamic world, confirming the Kingdom's exceptional ability to manage the world's largest human gatherings with the highest standards of security and safety. The exercise also included testing the real-time monitoring of bus movements from the General Transport Center's monitoring and control room, generating real-time reports that support decision-making and facilitate the work of the system and relevant authorities, as well as testing communication channels and escalation mechanisms, all of which contribute to providing a well-organized and safe transportation experience for pilgrims.
