Successful business models
The versatile digital building in the new project — Saudi Arabia
January 1, 2026
Successful business model
Shu'aa Network for Research and Development
Project Overview
NEOM is one of the world's largest future projects, representing a vision for comprehensive digital transformation in city management and environmental governance. Its digital infrastructure relies on an integrated system that connects infrastructure with operational sectors through a single AI-powered platform. This platform analyzes massive amounts of data from millions of sensors, issuing instant alerts and predicting malfunctions before they occur.
Initiative goals
Short-term goals
Connecting the infrastructure to a unified digital platform managed by artificial intelligence
Implementing proactive preventive maintenance instead of reactive maintenance after breakdowns
Analyzing big data from millions of sensors in real time
Reducing the response time of maintenance teams to incidents
Long-term goals
Building a self-learning city capable of adapting to future changes
Achieving carbon neutrality and rationalizing energy consumption at the institutional level
Developing a smart urban model that can be applied in other Arab cities
Enhancing the structural safety of vital facilities
Challenges faced by the project
The complexity of integrating multiple systems into a single platform
The need to link disparate sectors — energy, transport, construction and environment — into a unified operating system
Managing massive amounts of real-time data
Assimilation and analysis of data coming from millions of sensors distributed across the entire infrastructure
Raising institutional efficiency
Improving overall performance and increasing the effectiveness of institutional processes
Raising institutional efficiency
Improving overall performance and increasing the effectiveness of institutional processes
Results achieved
Student beneficiary
Trained teacher
A well-equipped school
60
%
Improvement in results
Factors contributing to success
Integrating artificial intelligence with infrastructure
Using deep learning algorithms to predict breakdowns before they occur has transformed the maintenance pattern from reactive to proactive preventive, saving huge operating costs.
Innovative financing mechanisms
Relying on PPP (Public-Private Partnership) models and Islamic sustainability instruments provided sustainable financing linked to the actual performance of the project.
A unified multi-sector platform
Integrating energy, transportation, construction, and environmental risk management into a single platform has enabled a comprehensive view and faster, more accurate decisions.
Real-time data in decision-making
Using real-time data in traffic, energy, and environmental risk management has increased response efficiency and enabled continuous performance improvement.