- Introduction to the future networks strategic blueprint
- Field trial results in Mohamed bin Zayed City
- The importance of academic and industrial collaboration
- Challenges of data growth and telecom network evolution
- Commercial opportunities and monetization of smart networks
- Frequently asked questions
Introduction to the future networks strategic blueprint
In an ambitious strategic step reflecting major efforts toward shaping the future of advanced digital infrastructure in the United Arab Emirates, du, the region’s leading telecommunications and digital services provider, has published its first comprehensive white paper titled “The Intelligence Network: The 6G Blueprint for Telcos.” This significant benchmark document reinforces the company’s role and position as a key and active contributor to shaping the future of 6G and telecommunications networks that rely fundamentally and entirely on advanced artificial intelligence technologies. This detailed strategic publication was developed and prepared by du’s infrastructure sector in close cooperation and scientific-academic partnership with the Digital Future Institute at Khalifa University. The blueprint offers an integrated vision and a clear, well-studied roadmap for building a telecoms infrastructure that is primarily AI-driven, completely autonomous in its operations, and capable of generating sustainable and innovative commercial revenue. The document explores in precise detail how traditional telecom network operators can evolve and seamlessly transform into comprehensive smart infrastructure providers that meet the demands of the upcoming digital economy and support innovation across various vital sectors.
Field trial results in Mohamed bin Zayed City
To prove the feasibility of this futuristic direction and turn scientific theories into tangible reality, a series of extensive and advanced field trials were conducted on du’s high-frequency 6.0 GHz spectrum band. These live technical tests were performed on the active foundational infrastructure in Mohamed bin Zayed City within the capital, Abu Dhabi. These practical trials rank among the first pioneering initiatives in the Arab region to successfully verify mid-to-high band spectrum performance on a wide scale under real operational conditions. These field trials yielded extremely impressive and positive results, achieving wide outdoor coverage reaching up to 500 meters. Concurrently, exceptional peak download speeds approaching the 1.5 Gbps threshold were recorded, all successfully accomplished using existing cellular site infrastructure without the need for radical engineering modifications or massive additional investments in installing new towers, demonstrating the economic and operational feasibility of this ambitious technical path.
The importance of academic and industrial collaboration
Commenting positively and supportively on this joint achievement, Prof. Ibrahim Al Hajri, president of Khalifa University, stated that driving the development of next-generation technologies requires deep, strategic, and continuous cooperation between academic research communities and the industrial and commercial sectors. He added that the university earnestly strives to translate world-class scientific research into practical, tangible solutions that contribute to shaping the future of smart communications globally. He further emphasized that the harmonious combination of rigorous scientific expertise and real-world application powerfully contributes to building AI-driven 6G networks and significantly enhances the UAE’s position as a leading global hub for innovation, advanced technology, and knowledge-based economic growth. On his part, Fahad Al Hassawi, CEO of du, explained that the next decade of telecommunications sector evolution will be fundamentally determined by the scale and quality of intelligence these networks can deliver to end users and enterprises. He noted that the white paper clearly illustrates the company’s firm conviction regarding the necessity for networks to evolve from traditional infrastructure limited to providing connectivity and data transport into intelligent structures capable of understanding, absorbing, and proactively and effectively interacting with customer needs and the broader economy. He stressed that the successful field trials demonstrate beyond a doubt that this promising future is not merely a theoretical concept, but is being built and shaped today in reality across the company’s current network.
Challenges of data growth and telecom network evolution
Looking at precise global industry forecasts clearly indicating that mobile data traffic will more than triple by 2030, compared to relatively modest growth in traditional telecom revenues as reported in the GSMA’s 2024 “Mobile Economy” report, the white paper highlights the paramount importance of 6G networks as the natural and necessary technological evolution from current 5G and 5G-Advanced systems. The document details that these future networks will function as integrated, software-defined artificial intelligence platforms capable of real-time environmental sensing, precise demand forecasting, complex intelligent decision-making, and fully real-time operation to meet shifting demands. The paper also carefully details the technological transformation toward intent-based orchestration, utilizing network digital twins to simulate and optimize performance, and transforming the Radio Access Network (RAN) into a central and fundamental hub for network intelligence featuring high energy efficiency and advanced sensing capabilities for smart, sustainable wireless communications.
Commercial opportunities and monetization of smart networks
Beyond purely architectural and technical aspects, the blueprint deeply explores how these AI-driven networks can open wide doors to tangible and promising commercial opportunities. By translating deep technical intelligence into a curated and carefully designed portfolio of marketable services, operators can unlock new and innovative revenue streams and flows. These include offering services for automated and AI-supported operations, creating enterprise-specific digital twins, providing autonomous AI agents for various sectors, and delivering service guarantees based on actual outcomes rather than mere connectivity availability. This well-studied approach builds upon the solid foundation laid by the TM Forum initiative, providing a sustainable, practical, and profitable path toward complete network autonomy in the near future and changing the traditional business model of telecommunications companies.
Frequently asked questions
Question: What is the main objective of the white paper launched by du?
Answer: The document aims to establish a comprehensive blueprint for developing 6G networks that rely entirely on artificial intelligence, transforming telecom operators into smart infrastructure providers capable of generating revenue.
Question: Where were the field trials for 6G network frequencies conducted, and what were their results?
Answer: The live tests and trials were successfully conducted in Mohamed bin Zayed City in Abu Dhabi, achieving outdoor coverage of up to 500 meters and download speeds of approximately 1.5 Gbps.
Question: How will telecommunications networks evolve by 2030 according to the issued white paper’s vision?
Answer: Future networks will transform into software-based smart platforms capable of sensing, forecasting, and immediate decision-making to address globally projected surges in data traffic.
Question: What new commercial opportunities will this technological transformation provide for operators?
Answer: It will open horizons for new revenues through enterprise digital twins, AI-backed operations, autonomous intelligence agents, and outcome-based service guarantees.
