Traditional telecom networks, built primarily for voice and data services, are increasingly inadequate for modern AI workloads. The rise of edge computing, real-time applications, and autonomous AI agents requires networks…
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Telecom AI
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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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AICloudEdge ComputingGenAIGenerative AIIoT
Edge AI Convergence – Four Scalable Reference Architecture Blueprints for integrating IoT and GenAI
As organizations navigate the convergence of Edge AI, GenAI, and IoT, understanding proven architectural patterns becomes crucial for building robust, scalable solutions that deliver real business value. The integration of…
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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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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…
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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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Yesterday at GTC, NVIDIA has announced (https://nvidianews.nvidia.com/news/nvidia-and-telecom-industry-leaders-to-develop-ai-native-wireless-networks-for-6g) formal partnerships with T-Mobile, MITRE, Cisco, ODC, and Booz Allen Hamilton to develop AI-native wireless networks for 6G. This collaboration aims to integrate…
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The Mobile World Congress (MWC) 2025 in Barcelona set an optimistic tone for the telco industry, marking what many are calling a “halftime” for 5G. In an interesting discussion with…