Ericsson — The Other Nordic Pillar
If Nokia represents Europe’s architectural influence in telecom, Ericsson reflects something equally important: stability in execution. Less abstract, less focused on blueprints alone, but deeply embedded in the deployment and evolution of networks at scale. The question is not whether Ericsson designs the future. It is whether it anchors the present in a system that is rapidly shifting.
Ericsson operates at the intersection of engineering, standards and deployment. Its equipment and software form the core of networks used by operators across Europe and globally. But its influence goes deeper than deployment.
If Nokia is the blueprint, Ericsson is the physics. It does not just design systems—it defines how signals travel within them.
Through standards and patents, Ericsson shapes the underlying logic of connectivity. The protocols, interfaces and radio technologies it helps define determine how networks function, how devices connect.and how data moves.
In that sense, it is not only part of the system. It helps define its rules at the most fundamental level.
This position creates a different kind of power. Not visible in scale. Not always visible in architecture. But embedded in the functioning of the network itself. And in the transition toward 6G, that layer becomes increasingly important.
As networks evolve, the complexity of integration grows. Radio, core, software and edge computing must operate seamlessly together. Standards are no longer just technical agreements—they are the foundation of interoperability and control.
This is where Ericsson’s strength lies. It anchors the system at the level where connectivity becomes possible. But anchoring is not the same as controlling. Because the system above it is shifting.
As networks become more software-defined, hyperscalers are moving closer to the telecom domain. Cloud platforms begin to host network functions. Data processing moves upward. Services are orchestrated beyond the infrastructure layer.
The boundary between telecom engineering and cloud architecture is no longer fixed. It is being redrawn.
Ericsson’s approach has been to reinforce its position within the core of the network —strengthening its role in radio access, expanding its software capabilities and maintaining influence over standards. It focuses on making the system indispensable.
But this raises a strategic question. In a system where value moves upward, can control over the physical and protocol layers translate into influence over the layers above?
Because even if Ericsson defines how the signal moves, it does not define what the system does with it.
That logic increasingly resides elsewhere. In platforms. In cloud environments. In software ecosystems that operate beyond the network itself. This creates a structural asymmetry.
Ericsson is essential to the functioning of connectivity. But not central to the orchestration of the system. And in a layered architecture, that distinction matters.
Ericsson is not the most visible player in Europe’s digital landscape. But it is one of the most deeply embedded.
Because power does not only sit in who operates the network—or even in who designs it—but also in who defines how it works.
The question is whether that layer will remain foundational—or become invisible.
Ericsson defines how the system works. But not what it becomes.
This article is part of the series The Operators of Power, exploring the companies shaping Europe’s digital infrastructure and sovereignty.
📸 Credit
Illustration generated by AI (DALL·E), commissioned by Altair Media
📝 Caption
Ericsson operates at the core of the network—defining the standards and physics that make connectivity possible, while power increasingly shifts toward the layers above.
