Vodafoneās AI and Quantum Leap into Network Innovation
Under the leadership of Nadia Benabdallah, Director of Network Strategy and Engineering at Vodafone, the company is innovating its technological framework by developing agile, automated and intelligent networks.
This transformation employs advanced technologies such as 5G, satellite systems and quantum-driven mechanisms, with the objective of delivering seamless and cutting-edge connectivity for diverse applications globally.
This article examines how these technological advancements are redefining Vodafoneās network capabilities and impacting the global digital landscape.
5G network advancements
Vodafone is navigating the complexities of transitioning to next-generation mobile networks by working on maintaining current networks while reallocating spectrum and upgrading infrastructure. āEach generation brings new technologies and standards, demanding investment and collaboration across the ecosystem,ā says Nadia.
- Build a future-ready mobile network by advancing 5G technology, scaling Open RAN and accelerating 5G Standalone.
- Enable advanced capabilities like network slicing to ensure long-term performance, flexibility and innovation readiness.
- Drive efficiency by reducing legacy infrastructure and streamlining lifecycle management.
- Use automation to simplify operations, cut complexity and support profitable growth.
- Innovate with technologies such as satellite connectivity, 5G slicing and RAN Reduced Capability (RedCap).
- Transition to zero-touch, QoE-driven operations powered by automation, analytics and GenAI.
By leveraging 5G, Vodafone introduces features like edge computing, network slicing, L4S (Low Latency, Low Loss and Scalable Throughput) and RedCap technology.
These features enable ultra-low latency and optimise IoT connectivity, thereby enhancing network performance.
The adoption of advanced automation tools allows Vodafone to efficiently manage these complex networks.
Vodafone is also extending its 5G capabilities by utilising AI, edge computing and personalised services to enhance network responsiveness and efficiency, leading to a new era of immersive applications.
5G network advancements
Vodafone is navigating the complexities of transitioning to next-generation mobile networks by working on maintaining current networks while reallocating spectrum and upgrading infrastructure. “Each generation brings new technologies and standards, demanding investment and collaboration across the ecosystem,” says Nadia.
By leveraging 5G, Vodafone introduces features like edge computing, network slicing, L4S (Low Latency, Low Loss and Scalable Throughput) and RedCap technology.
These features enable ultra-low latency and optimise IoT connectivity, thereby enhancing network performance.
The adoption of advanced automation tools allows Vodafone to efficiently manage these complex networks.
Vodafone is also extending its 5G capabilities by utilising AI, edge computing and personalised services to enhance network responsiveness and efficiency, leading to a new era of immersive applications.
Innovations aim to create dynamic and tailored connectivity experiences.
Vodafone is building a self-driving and self-healing network powered by automation, AI and real-time analytics, offering faster and more reliable services.
“Network automation is at the heart of our vision to create a self-driving, self-healing network. One that can anticipate issues, adapt in real-time, and fix itself without manual intervention,” says Nadia.
She adds: “We’re using advanced technologies like intent-based services, network abstraction and API-driven design to make our network fully programmable and orchestrated. This means our engineers can build and scale automation solutions that can transform how we deliver connectivity.
“Instead of manually configuring services, we’re moving to a model where we define the intent -like required speed, reliability, or latency - and the network automatically delivers it. Think of it as setting the destination and letting the network figure out the best route.”
If I could solve one network challenge overnight, it would be achieving universal, seamless coverage everywhere, for everyone.
Despite all our progress, too many people still lack reliable connectivity. Solving this would unlock access to education, healthcare, and economic opportunities on a global scale. It is the foundation for everything else we hope to build.
Space innovation and 6G
Vodafone is advancing in telecom innovations by developing Satellite Direct-to-Device (D2D) technology, which has demonstrated the capability of making calls directly to standard mobile phones via satellites.
This innovative approach can provide reliable connectivity in previously unreachable areas.
“One of the most exciting breakthroughs is Satellite Direct-to-Device (D2D) technology using low Earth orbit (LEO) satellites. It’s a game-changer for connectivity,” states Nadia.
Moreover, collaborations with partners such as Amazon’s Project Kuiper aim to leverage LEO technology for enhancing Vodafone’s network resilience and capabilities.
In addition to space technology, Vodafone is shaping the future of 6G through collaborations with the Next Generation Mobile Networks Alliance (NGMN) and the GSMA.
By focusing on modular, software-driven upgrades, the company aims to deliver improvements with greater agility and efficiency.
“This means we can respond faster to customer needs and roll out new capabilities more flexibly than ever before,” says Nadia.
Moreover, collaborations with partners such as Amazon’s Project Kuiper aim to leverage LEO technology for enhancing Vodafone’s network resilience and capabilities.
In addition to space technology, Vodafone is shaping the future of 6G through collaborations with the Next Generation Mobile Networks Alliance (NGMN) and the GSMA.
By focusing on modular, software-driven upgrades, the company aims to deliver improvements with greater agility and efficiency.
“This means we can respond faster to customer needs and roll out new capabilities more flexibly than ever before,” says Nadia.
Quantum computing and AI integration
Preparation for future technologies like quantum computing and AI remains a priority for Vodafone.
Working with IBM, the company is developing quantum-safe networks, bolstering security against future quantum threats.
Vodafone is also collaborating with ORCA Computing to harness quantum algorithms for optimised network performance.
“These efforts are part of a broader strategy to future-proof our infrastructure, so we’re not just ready for what’s next, but actively shaping it,” says Nadia.
She adds: “Our network strategy is fundamentally aligned with our ambition to connect everyone, everywhere - whether on land, under the sea, or in space. This means building a network that is not only high-performing and resilient, but also inclusive, sustainable, and future-ready.
“Ultimately, our strategy is about more than infrastructure; it’s about enabling opportunity, inclusion and progress for every person and every business, no matter where they are.”
