METAWORLDX
SAUDI ARABIA

Sindalah

SINDALAH

Problem

Sindalah Island faces challenges in ensuring public safety and protecting assets across its luxury tourist and marine zones. Key issues include the need for real-time monitoring of activities, identifying and mitigating threats such as unauthorized vessels or fires, and designing effective evacuation plans. Additionally, the absence of a robust alerting system delays responses to emergencies, compromising safety and operational efficiency.  

Solution

A digital twin of Sindalah Island provides a virtual platform to address these issues. By integrating IoT sensors, AI-driven analytics, and visualization tools, it enables real-time monitoring, proactive threat detection, and optimized evacuation planning. Automated alerts and centralized insights empower operators to respond swiftly, ensuring safety and enhancing operational efficiency.

Key Features

  • Public Safety Monitoring: Integration of IoT sensors, surveillance cameras, and AI analytics for real-time oversight of activities, detecting unusual behavior and escalating risks.
  • Marine Activity Supervision: Live tracking of marine vessels using radar and GPS data, with automatic detection of unauthorized or suspicious activity.
  • Emergency Scenario Simulations: Virtual modeling of emergencies, including natural disasters and fire outbreaks, to test and optimize evacuation routes for maximum safety.
  • Intruder and Fire Alerting: AI-driven alerts triggered by unauthorized entries or fire detection, automatically notifying safety teams and first responders for rapid action.
  • Integrated Visualization Platform: A centralized dashboard providing real-time visualizations of public safety, marine traffic, and environmental conditions, with alarms for abnormal situations.

Expected Results

  • Enhanced Public Safety: Real-time monitoring reduces response times, ensuring a safe environment for residents and visitors.
  • Proactive Threat Mitigation: Advanced detection systems identify risks early, minimizing potential threats.
  • Optimized Emergency Responses: Simulations and data-driven evacuation plans reduce chaos during crises, ensuring coordinated actions.
  • Improved Operational Efficiency: Automated systems allow authorities to focus on critical tasks, reducing the need for manual oversight.
  • Sustainable Operations: Resource efficiency through digital twin technology supports Sindalah Island’s sustainability goals.

Conclusion

The digital twin transforms Sindalah Island into a leader in safety, sustainability, and operational innovation. By leveraging advanced monitoring and analytics, it ensures a secure, efficient, and world-class experience for residents and visitors, solidifying its status as a premier global destination.

Client

NEOM

Location

Saudi Arabia

Category

Public Health & Safety

Status

Ongoing