By 2027, Kuwait will have mapped the entire country virtually thanks to a digital twin project.

 
 
 

As part of its ambitious New Kuwait 2027 development strategy, the State of Kuwait has launched a comprehensive digital twin project aimed at enhancing smart governance, infrastructure planning, and inter-agency coordination. The initiative will create a highly accurate virtual replica of Kuwait’s physical environment, integrating data from various government agencies, notably the Public Authority for Civil Information (PACI).

At the heart of this digital transformation lies the creation of ultra-high-resolution maps—boasting less than 10 cm accuracy—spanning over 2,500 square kilometers of Kuwait’s landmass. These maps will offer detailed insights into:

Kuwait will leverage artificial intelligence to continuously monitor and update geographic data. The integration of AI systems will reduce update cycles from one year to under three months, significantly enhancing accuracy and efficiency. This will also lower reliance on manual labor by utilizing satellite and aerial imagery to monitor urban changes.

To ensure smooth implementation, government employees are undergoing training in AI-driven systems and data evaluation. This will support advanced monitoring and management of public infrastructure across sectors.

In parallel, Kuwait is investing KD 3.5 million to overhaul the Sahl app, a centralized digital services platform launched in 2021. The upgrade will transition the app to a managed services model with a dedicated technical support team.

Key goals include:

To further advance its digital governance goals, Kuwait is formulating a National Digital Skills Framework aligned with the internationally recognized Skills Framework for the Information Age (SFIA). This framework will:

Driving Regional Leadership in Smart Governance

Kuwait’s strategic move towards a digital twin ecosystem places the nation on track to become a regional leader in digital transformation by 2027. By harnessing AI, cloud technologies, and spatial analytics, the project is expected to reduce government spending, improve service delivery, and enable smarter policy decisions.

  
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