Welcome to “Complex Made Clear” – where we take the intimidating, untangle the technical, and make the complicated feel conquerable. In this series, we break down complex topics into digestible,…
Category:
5G
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5GEdge ComputingNetworkingTelcos
Complex Made Clear – “The Network Complexity Crisis (⅓): Why Traditional Telco Automation Is Breaking Down”
Welcome to “Complex Made Clear” – where we take the intimidating, untangle the technical, and make the complicated feel conquerable. In this series, we break down complex topics into digestible,…
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The architecture presented here represents a practical approach to autonomous RAN implementation, moving beyond theoretical frameworks to actionable deployment strategies. By leveraging Agentic AI for intelligent decision-making and eBPF for deep network visibility, this system provides the foundation for self-optimizing networks that can meet the demands of advanced telecommunications infrastructure
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Network slicing’s primary benefit is its capacity to divide various business functions into separate, logical network segments. These segments, or network slices, can be customized and optimized for the specific…
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The evolution of Radio Access Networks (RAN) towards AI-native architectures represents a fundamental shift in telecommunications infrastructure. This blog explores the eight key architectural principles that define AI-Native RAN, examining…
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5G6GCI/CDCloudCloud NativeContainersService Mesh
Leveraging Service Mesh in Telco Architectures – Six Key Usecases
As telecommunications networks undergo a transformation towards 5G and the forthcoming 6G architectures, the adoption of cloud-native network functions (CNFs) becomes paramount. These CNFs, designed to operate within cloud environments,…
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Long time readers of the blog will remember the series of blogs on Service mesh technology that I did in 2020 – https://www.vamsitalkstech.com/?s=Service+Mesh . Since that time, service meshes have…
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Traditional telecommunications infrastructure has long relied on manual configuration and semi-automated processes, leading to operational inefficiencies and lengthy deployment cycles. While AI has transformed many industries, its application in telecom…
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The rising number of connected devices and data demands are putting a significant strain on network infrastructure. AI-native networks, especially those using agentic AI, are addressing these challenges by implementing…
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Traditional telecom core networks were designed for voice and data services in a pre-AI world. Today, these networks face significant challenges as AI adoption accelerates across industries. The exponential growth…