A stadium can be secure while the event environment around it is not resilient. That distinction will matter increasingly as Morocco prepares for major international events ahead of 2030.
Security planning naturally concentrates on venues, crowds, access control and emergency response. But a major event also places unusual pressure on transport, communications, hospitals, utilities, hotels, public information and the roads connecting them. The venue may be only the most visible part of a much larger operational system.
When thousands or millions of people move through a city for a major event, ordinary systems can face extraordinary demand. Public transport may operate closer to capacity. Roads may experience unfamiliar traffic patterns. Emergency services may have to respond to incidents in areas far from the stadium while maintaining normal services for residents.
Hotels, airports, telecommunications networks, water and electricity systems, hospitals, and public agencies all become part of the event’s operating environment. A disruption in one area can therefore create pressure elsewhere, even when the original incident appears limited.
In my view, Morocco’s next resilience question should therefore move beyond venue security toward a broader continuity architecture: how does the city preserve its essential functions when several systems are under pressure at the same time?
This requires thinking about the city as an interconnected network rather than a collection of separate services. Security authorities may manage one aspect of an incident, transport agencies another, and health services another. Yet the public experiences the disruption as one event.
When small disruptions become larger problems
The risk is not necessarily a dramatic failure. It may be a series of smaller disruptions that share one dependency. A communications outage can affect transport coordination and emergency response. A road incident can delay medical access and crowd dispersal. A power problem can affect systems far beyond the location where it began.
This is why redundancy must be tested for true independence. Two command centres are not truly redundant if both depend on the same network. Alternative routes are less useful if they converge on the same bottleneck. Multiple agencies do not automatically create resilience if they lack one shared operating picture.
The objective should not simply be to have a backup. It should be to ensure that the backup remains available when the primary system and its supporting infrastructure are under pressure.
The UAE has learned similar lessons through large-scale events, aviation, ports and rapidly growing cities. The useful comparison is not that Morocco should copy the UAE. It is that both countries face the same modern operational reality: as systems become more connected, disruption can travel across organisational boundaries faster than traditional plans assume.
Testing the city before the crowd arrives
For Morocco, a useful exercise before a mega-event would be to test the city rather than only the venue. Remove one shared service from the scenario and observe what happens after ten minutes, one hour, and six hours. Which agencies lose visibility? Which alternative routes become overloaded? Who has authority to reprioritize resources?
These questions are intended to predict failure. They are designed to expose dependencies before those dependencies are tested by actual conditions.
Such exercises reveal dependencies that ordinary security drills often miss.
A conventional drill may ask whether an agency can respond effectively to a defined incident. A broader resilience exercise asks what happens when several systems are affected simultaneously and when the incident crosses institutional boundaries.
This distinction matters because major events rarely remain confined to one organisation. A transport disruption can become a crowd-management issue. A communications problem can become an emergency-response issue. A medical surge can affect hospital capacity for residents who have nothing to do with the event. A delay in public information can increase congestion as people make decisions based on incomplete information.
Resilience planning should therefore include not only emergency response but also continuity of essential services, cross-agency coordination, alternative communications, resource prioritization, public information, and recovery timelines.
The goal is not to eliminate every possible disruption. That is unrealistic. The goal is to understand which disruptions can cascade, identify critical dependencies, and establish clear procedures for maintaining essential services when they do.
A successful mega-event is remembered for what people saw. Resilience is measured by everything they never had to notice. Transport keepsmoving. Hospitals retain capacity. Information remains credible. Utilities continue operating. Decisions were made before small disruptions became public crises.
That is why the city behind the stadium deserves as much operational attention as the stadium itself. The stadium may be where the event is seen, but the city is where the event actually functions.
