en.Wedoany.com Reported - Telefónica Germany has signed a multi-year cooperation agreement with Tech Mahindra to jointly build a Platform as a Service (PaaS) environment designed to support both telecom and enterprise workloads.
Over the past decade, the telecommunications industry has been driving the virtualization of network infrastructure, transforming traditional hardware devices into software functions. However, this process has faced challenges of being slow, fragmented, and costly. Telefónica Germany's latest initiative indicates that the industry focus has shifted from "whether to go cloud" to "which cloud to choose." Private cloud is becoming the choice of more operators, as it offers cloud-native flexibility while retaining greater control over data, infrastructure, and governance.
Under this cooperation plan, the platform will integrate computing, storage, backup services, containers, GPUs, ransomware protection, cloud-native orchestration, Infrastructure as Code frameworks, and AI-driven operational automation. Telefónica Germany has explicitly stated that achieving digital sovereignty and reducing reliance on proprietary virtualization environments are among its core objectives. In recent years, many enterprises and telecom operators have begun reassessing their virtualization strategies following industry license changes and rising platform costs, shifting towards evaluating open architecture platforms based on Kubernetes.
This cooperation also reflects that telecom operators are viewing infrastructure as a new revenue source. The platform is designed to accommodate both B2B services and internal workloads, aiming to address the increasing difficulty of monetizing connectivity services. Enterprise cloud services, edge computing, AI infrastructure, and cybersecurity are seen as areas with greater growth potential. Tech Mahindra's involvement also reveals another industry trend: amid a skills shortage, telecom operators are increasingly relying on external platform engineering experts to accelerate transformation projects, rather than building everything in-house.
The rise of artificial intelligence is further driving this transformation. The massive operational data generated by telecom networks requires AI-driven automation for efficient operations, predictive maintenance, and fault detection, while AI workloads themselves impose higher demands on containers, GPU resources, and automated orchestration. This is prompting operators to adopt more cloud-like architectures, whether deployed in public, private, or hybrid cloud environments. The telecom industry's perception of cloud transformation is evolving from an IT project to a core strategic decision that determines network architecture, workload operation methods, and service delivery models. Infrastructure may remain private, but its operational model is increasingly aligning with the cloud.
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