FROM THE INDUSTRY
Resilience is no longer a nice- to-have but instead must be a design principle. Physical hardening, redundancy, fault visibility, power continuity, cybersecurity readiness, and recoverability all matter more than they once did.
Increasingly inseparable from network strategy is to design with an eye toward sustainability. Fibre is often discussed in terms of bandwidth and longevity, but the environmental dimension matters too. Energy consumption, equipment life cycles, refurbishment, circularity, and e-waste are all part of the broader picture. A future-ready network is not just fast. It must also be maintainable, efficient, and responsible over the long term. Circularity is increasingly a practical lever rather than a theoretical ambition. Extending equipment lifecycles, reducing e-waste, and lowering embodied carbon are becoming essential components of network design and procurement strategies (European Commission, 2020; GSMA, 2023). Finally, new architectures, new tools, and new expectations require new skills. Workforce readiness, training, and operational consistency are not secondary concerns; they are core to successful transformation. The industry can deploy advanced systems quickly, but if field teams, planners, and operations centers are not equipped to support them, the value of that investment erodes fast. Technology transitions succeed only when people can execute them. As the broadband industry enters a decisive new chapter across Europe, there are many considerations spanning important topics such as the speed of the network, its resilience and security, how it contributes to sustainability and more. These, and many others, will be part of ongoing discussions that will shape Europe’s coming broadband environment. The next phase will not be won by speed of rollout alone, but by those who can align infrastructure, economics, resilience, and customer value into a coherent and sustainable model.
not only be shaped by the speed of new rollouts, but by how effectively the industry builds ecosystems that are interoperable, supportable, and resilient over time. Then there is resilience itself, a topic that has moved from the background to the centre of infrastructure planning. Broadband networks are now foundational to public life, commerce, communications, and critical services. That changes the stakes. Resilience is no longer a nice-to-have but instead must be a design principle. Physical hardening, redundancy, fault visibility, power continuity, cybersecurity readiness, and recoverability all matter more than they once did. The same is true of observability: operators need better insight into what is happening across increasingly distributed and complex environments. When networks become more essential, downtime becomes more consequential. This shift is also reflected in regulation. Under the EU’s NIS2 Directive (EU 2022/2555), broadband networks are increasingly treated as critical infrastructure, placing greater emphasis on security, resilience, and incident response capabilities. (European Union, 2022; ENISA, 2023) At the same time, network traffic continues to grow at approximately 25–30% annually, driven by video consumption, cloud services, and emerging applications (Cisco, 2023; Ericsson, 2023). This adds further pressure on network capacity, monitoring, and operational responsiveness. Cybersecurity and automation are tightly linked as well. Modern networks are too large and dynamic to be monitored manually in the old way. Operators need better tools to detect anomalies, anticipate faults, prioritise incidents, and respond at speed. That is where AI and intelligent automation enter the picture. Not as hype, and not as a replacement for sound engineering judgment, but as a practical layer in planning, operations, maintenance, and security. Used well, these technologies can help reduce truck rolls, identify issues earlier, and support a more proactive operating model. Used poorly, they risk creating new blind spots or overconfidence. AI-driven observability platforms are increasingly used to analyse network telemetry in real time, but they also introduce new dependencies on data quality, model accuracy, and governance, requiring careful implementation (TM Forum, 2024; Gartner, 2023.
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REFERENCES 1. Analysys Mason (2023) Fibre deployment and investment sustainability in Europe. 2. BCG (2023) The Future of Fibre in Europe. Boston Consulting Group. 3. Cisco (2023) Annual Internet Report. 4. ENISA (2023) Telecommunications Threat Landscape and Resilience Framework. 5. Ericsson (2023) Mobility Report. 6. European Commission (2020) A New Circular Economy Action Plan. 7. European Commission (2024) Digital Economy and Society Index (DESI).
8. European Union (2022) Directive (EU) 2022/2555 (NIS2 Directive). 9. FTTH Council Europe (2024) FTTH/B Market Panorama. 10. Gartner (2023) AIOps and Network Automation in Telecommunications. 11. GSMA (2023) Climate Action and Sustainability in Telecoms. 12. McKinsey & Company (2023) The Future of Connectivity Demand. 13. TM Forum (2024) Autonomous Networks Framework.
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MAY 2026 Volume 48 No.2
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