Overview

This case study explores how the Qarar Platform addressed the critical need for enhanced climate resilience in the Eastern Province of Saudi Arabia.

The Challenge

The MENA region is prone to extreme weather conditions such as intense heatwaves, flash floods and sandstorms, exacerbated by climate change. These conditions pose significant threats to lives, property and economic stability across the entire region.

In Saudi Arabia, the Eastern Province, which is home to roughly 5 million people, is particularly vulnerable. This region is experiencing an increase in the frequency and intensity of severe weather events:

These conditions have intensified in recent years, resulting in substantial economic losses and highlighting the urgent need for effective climate resilience measures.

In response to these growing threats, the Eastern Province government partnered with Ard Solutions to deploy the Qarar Platform, aiming to revolutionize the region's approach to climate security and disaster preparedness.

Our Approach

The primary goal was to establish a robust early warning and climate security system capable of efficiently managing and responding to climate-related challenges.

This initiative aimed to transform the Eastern Province into a model of disaster preparedness and management, capable of withstanding and efficiently responding to climate-related challenges.

Enhancing the platform’s accessibility and usability supported a diverse range of end-users, including local municipalities, emergency responders and the broader community. Our approach promoted proactive decision-making and risk management through intuitive dashboards and customized, industry-specific products, equipping all stakeholders with essential tools for effective disaster response.

Solutions Implemented

Phase 1: Plan and Prepare

• Stakeholder collaboration

  We collaborated with key stakeholders to develop strategies focused on the areas most vulnerable to climate risks to ensure efficient and targeted use of resources.

• Standardized SOPs

  We established SOPs across all response activities to ensure consistency in our emergency operations

   

• Simulation and Digital Twin

  We implemented advanced simulation tools and digital twin technology to optimize our emergency response plans based on realistic scenarios.

Phase 2: Detect and Respond

• Cloud-Based Infrastructure

  Operating on cloud technology, the Qarar Platform supports real-time data management and analysis, enabling quick decision-making and efficient dissemination of alerts. The cloud's scalability and flexibility ensure that the platform can handle increasing data and user needs without compromising performance.

   

• Hyper-Localized Data Collection

  We deployed advanced sensors and data collection techniques to capture detailed, location-specific weather data across the Eastern Province. This ensures that our forecasts and warnings are highly accurate and tailored to the specific needs of each area.

   

• AI-Powered Algorithms

  Our custom AI algorithms process the collected data to generate accurate predictions of weather events. These algorithms are continually improved to enhance their predictive accuracy and reliability.

   

• User-Friendly Dashboards

  Qarar features intuitive dashboards and interfaces that simplify how users interact with and interpret crucial weather data and support tools. They are designed to ensure that all stakeholders can easily access and utilize critical information for decision-making.

Phase 3: Recover

• Data-Driven Strategy Refinement

  Leveraging the data and insights gathered, we refined our strategies and plans to enhance resilience against future climate events. This refinement cycle ensures our preparedness measures evolve with changing environmental conditions.

• Sustainable Disaster Management Processes

  Establishing processes that address immediate recovery needs while enhancing resilience against future disasters. This approach ensures our disaster management framework is both effective and adaptable, ready to meet both current and emerging challenges.

Key Achievements