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Ericsson Technology Review 2021 issue 2

There is much greater awareness today than there was just a few years ago of the essential role that mobile networks play in the digital infrastructure – particularly when it comes to ensuring availability, reliability, sustainability and affordability. In places where 5G networks have become the norm, our vision of mobile networks as the spinal cord of the digital infrastructure is well on its way to becoming reality.

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November 17, 2021

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Ericsson CTO Erik Ekudden’s view on the essential role of mobile networks

There is much greater awareness today than there was just a few years ago of the essential role that mobile networks play in the digital infrastructure – particularly when it comes to ensuring availability, reliability, sustainability and affordability. In places where 5G networks have become the norm, our vision of mobile networks as the spinal cord of the digital infrastructure is well on its way to becoming reality.

At Ericsson, our long-term goal is to transform the network platform into a powerful innovation platform designed for an intelligent, sustainable and connected world. One important aspect of this work is figuring out how to support use cases that are blurring the boundaries between physical and digital realities. With 5G, we have made significant progress toward enabling physical and digital worlds to converge into an augmented reality that serves communication needs for humans and machines. But expected 6G use cases such as cyber-physical systems and the Internet of Senses will require even more advanced network technologies and capabilities.

With that in mind, this year’s technology trends article focuses on the theme of digital representation in future network development. Accurate digital representations of humans, physical objects and surrounding environments are absolutely critical in the convergence of physical and digital worlds. Creating digital representations of sufficient quality to meet the needs of future use cases will require limitless connectivity, trustworthy systems, cognitive networks and what we at Ericsson call the network compute fabric. To learn more about these trends, check out my article on page 36.

This issue of the magazine also includes six other articles highlighting progress in important research areas including extended reality (XR), zero-trust networks, 5GS roaming, data ingestion and energy efficiency. In addition, we have a whole article dedicated to the topic of the network compute fabric, in which the authors explain how we can support distributed intelligence and simplify deployment across heterogeneous infrastructure and administrative domains with the help of unified data access, real time infrastructure and developer-friendly services.

While all the articles in this issue are worthy of your attention, I want to highlight the XR article in particular. XR technologies have enormous potential to transform both industry and society in the not-so distant future. Our article explains how mobile network operators can leverage the time-critical communication capabilities in 5G networks to support enterprises that want to launch XR-based applications on a large scale, something that has simply not been possible previously.

We hope you enjoy this issue of our magazine and that you will pass it on to your colleagues and business partners. You can find both PDF and HTML versions of all the articles here.

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Articles in this issue:

Data ingestion architecture for telecom applications

Enhanced analytics and data-driven, AI-powered decision making have become both widely available and increasingly popular. To fully capitalize on collected data, communication service providers need data pipelines that are based on a harmonized data ingestion architecture.

Ensuring energy-efficient networks with artificial intelligence

Finding ways to make networks more energy efficient without negatively impacting QoE is critical for both cost and sustainability reasons. To assist in these efforts, we are exploring the potential of using AI techniques to recommend energy efficient configuration settings for network nodes. 

Zero trust and 5G – Realizing zero trust in networks

By starting from the assumption that the attacker is already inside the network, the zero trust model enhances security by both blocking unauthorized access to network resources and preventing internal lateral movement.

Technology Trends 2021: Five network trends – towards the 6G era

The cyber-physical convergence is picking up speed, highlighting the need for advanced network technologies to support use cases that blur the boundaries between physical and digital realities. In this year’s trends article, CTO Erik Ekudden puts the spotlight on the fundamental network functions related to digital representation.

Roaming in the 5G System: the 5GS roaming architecture

Many network operators around the world are planning to introduce 5GS roaming as a complement to Evolved Packet System (EPS) roaming. Smooth interworking will be essential. Our experts explain how.

The network compute fabric – advancing digital transformation with ever-present service continuity

Cloudification and related virtualization of the underlying infrastructure have revolutionized the IT domain, making affordable cloud services available for widespread use. The plans for 6G leverage this development to create the network compute fabric, the innovation platform of the future.

XR and 5G: Extended reality at scale with time-critical communication

The time-critical communication capabilities in 5G networks will enable major breakthroughs in a wide range of application areas, including extended reality.

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