The Roads and Transport Authority (RTA) of Dubai has introduced the Joint Flood Management Room, which incorporates technology to enhance reaction strategies in the event of severe rainfall.
The initiative's goal is to reduce reaction time by 36% by collaborating with authorities such as Dubai Municipality and Dubai Police to efficiently allocate teams and remove water accumulation swiftly.
Dubai's Advanced Flood Management
To tackle flooding challenges, the RTA utilizes weather forecasts, surveillance cameras, and heat maps. The National Centre of Meteorology works with the RTA to enhance weather information collection, aiding better preparedness. The RTA's dedicated team creates a comprehensive response plan for weather fluctuations.
Key Technologies in Action
- GIS Heat Map: Identifies water accumulation areas and pump locations.
- Video Wall Screen: Displays live footage from 450 surveillance cameras covering 91% of identified areas with rainwater ponds.
- CITADEL Communication Platform: Provides real-time information to supervisory and field teams.
- Mobile Command Vehicle (MCV): Equipped with surveillance cameras to cover additional areas.
Proactive Communication with the Public
The RTA communicates weather-related information and warnings through digital channels, emphasizing caution and safe driving during inclement weather. Social media platforms and dynamic message signs on major roads in Dubai deliver immediate alerts to drivers.
Central Hub for Coordination
The Joint Flood Management Room operates from the Enterprise Command and Control Center (EC3), serving as a central hub for coordinating responses with stakeholders. The EC3, with advanced technology, manages a vast transportation network and uses artificial intelligence for incident and crisis management, processing feeds from over 7,000 surveillance cameras.
Ensuring Citizen Safety
Dubai's commitment to citizen safety is evident as the RTA leverages technology and collaboration to enhance flood management, providing quicker responses and better recovery during adverse weather conditions.