# GSMA Warns of Rising Climate Risks to Global Mobile Networks Extreme weather could double annual repair costs for mobile operators by 2050. - **Source:** [www.theregister.com - Articles](https://www.theregister.com) - **Published:** 2026-11-03 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/a31a43f9-4c3d-4e94-b502-fb63f09fb43c ## Escalating Financial Impact The GSMA reports that severe storms and floods currently cost mobile operators $1.7 billion annually in site repairs. Projections indicate these expenses could exceed $3 billion by 2050 as climate conditions worsen. Severe storms alone are expected to account for $2.37 billion of this total, representing three-quarters of all projected damage. ## Vulnerability of Physical Infrastructure Cell towers, masts, and rooftop sites face significant exposure to wind, lightning, and storm surges. Ground-level equipment remains highly susceptible to inundation during flooding events. Furthermore, extreme heat causes radio equipment to overheat, while heavy rainfall degrades wireless signal strength, directly impacting the operational reliability of essential mobile network connectivity services. ## The Power Supply Bottleneck The GSMA identifies electricity supply as the most critical vulnerability for mobile networks. If power grids fail, networks rely on backup power, which often lasts only a few hours. Because telecommunications infrastructure depends on external power, disruptions in the energy sector create a cascading failure effect across the entire mobile ecosystem. ## Internal and Regulatory Barriers Operators face significant hurdles in conducting comprehensive climate risk assessments. Internal issues include a lack of information sharing between departments. Externally, regulatory frameworks often conflict; infrastructure rules prioritize service continuity, while climate disclosure frameworks focus on financial governance and investor reporting. These misaligned requirements complicate the implementation of unified resilience strategies. ## Resilience by Design Strategy The GSMA advises operators to embed resilience directly into their design processes using modeled climate projections. Firms should test infrastructure against various future risk scenarios to ensure continuity. By engaging with public authorities and planning across the wider ecosystem, operators can better prepare for the inevitable challenges posed by changing environmental conditions. ## Policy Coordination Requirements Policymakers are urged to develop resilience frameworks in close consultation with mobile operators. The GSMA recommends active coordination between telecommunications firms, electricity providers, fuel suppliers, and emergency services. This collaborative approach is essential for maintaining vital communication channels during major disruptions, ensuring that public safety and business operations remain supported. ## Principles for Future Regulation The GSMA’s policy document outlines five core principles for governments, emphasizing outcome-based policies over prescriptive regulations. It advocates for continuous dialogue between regulators and operators, framing resilience as a shared cross-sector responsibility. These guidelines aim to foster an environment where connectivity remains stable despite the increasing frequency of extreme weather events. ## Strategic Industry Outlook John Giusti, president of the GSMA Foundation, emphasizes that mobile connectivity is essential infrastructure for businesses and emergency services. As costs rise, the industry must shift toward a coordinated ecosystem approach. Building long-term resilience is no longer optional but a fundamental requirement for sustaining global communication networks in a changing climate. ## Sources covering this story - https://www.theregister.com/networks/2026/11/03/gsma-warns-of-growing-risks-to-mobile-networks-from-extreme-weather/5307308 — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._