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šŸŒš—š—¼š—¶š—» š—§š—§š——š—— šŸ®šŸ¬šŸ®šŸ² | š—¦š—²š˜€š˜€š—¶š—¼š—» #šŸ­: š—˜š—ŗš—²š—æš—“š—¶š—»š—“ šŸ²š—š š—”š—æš—°š—µš—¶š˜š—²š—°š˜š˜‚š—æš—² š—¢š—½š˜š—¶š—¼š—»š˜€ šŸ“…šŸ³ š—š˜‚š—¹š˜† šŸ®šŸ¬šŸ®šŸ² | šŸ­šŸ°:šŸ¬šŸ¬ – šŸ­šŸ²:šŸ­šŸ± š—œš—¦š—§ šŸ–„ļø š—©š—¶š—æš˜š˜‚š—®š—¹ š—¦š—²š˜€š˜€š—¶š—¼š—» šŸ“” š—¦š—²š˜€š˜€š—¶š—¼š—» š—¢š˜ƒš—²š—æš˜ƒš—¶š—²š˜„ As we move toward the era of 6G, there is a growing need to reimagine the foundational architecture of future networks to support transformative use cases such as immersive communication, integrated sensing, and sustainable digital infrastructure. Building upon the strong foundations established by 5G, emerging 6G architectures are expected to further evolve toward AI-native, cloud-native, and service-centric paradigms that embed intelligence deeply across the network stack. šŸ—ļø š—§š—µš—² šŸ²š—š š—”š—æš—°š—µš—¶š˜š—²š—°š˜š˜‚š—æš—² š—©š—¶š˜€š—¶š—¼š—» The 6G architecture is envisioned to be modular, simplified, and highly adaptive, with seamless integration of terrestrial and non-terrestrial networks, distributed computing platforms, and intelligent edge systems. By enabling tighter integration between logical network functions, cloud infrastructure, and pervasive AI capabilities, 6G aims to unify: • AI-for-Network • AI-on-Network • AI-with-Network within a cohesive architectural framework. These architectures must support real-time responsiveness, autonomous operation, and efficient scalability across diverse deployment scenarios and frequency bands. šŸ”‘ š—žš—²š˜† š—”š—æš—°š—µš—¶š˜š—²š—°š˜š˜‚š—æš—®š—¹ š—˜š—»š—®š—Æš—¹š—²š—æš˜€ š—²š˜€š˜€š—²š—»š˜š—¶š—®š—¹ š—³š—¼š—æ š—æš—²š—®š—¹š—¶š˜‡š—¶š—»š—“ š˜š—µš—² šŸ²š—š š˜ƒš—¶š˜€š—¶š—¼š—» • Converged and flexible radio and core networks with disaggregated, service-based components • AI-native orchestration, automation, and cross-domain resource management • Seamless integration of communication, computation, and sensing functionalities • Built-in sustainability and energy efficiency through architectural optimization and intelligent operations • Architectural support for resilience, interoperability, and scalable deployment across heterogeneous infrastructures šŸŽ¤ š—¦š—²š˜€š˜€š—¶š—¼š—» š—™š—¼š—æš—ŗš—®š˜ The panel and keynote will bring together leading experts from industry, academia, and government to deliberate how architectural decisions made today can shape future-ready, interoperable, and globally competitive ecosystems while aligning with national priorities for innovation, trusted infrastructure, and digital sovereignty. šŸ”— š—™š˜‚š—¹š—¹ š—–š—¼š—»š—³š—²š—æš—²š—»š—°š—² š—¦š—°š—µš—²š—±š˜‚š—¹š—²: https://lnkd.in/gsU4F8cN šŸ“ š—„š—²š—“š—¶š˜€š˜š—²š—æ š—”š—¼š˜„: https://lnkd.in/gFkJn8nH 🌐 š—˜š˜ƒš—²š—»š˜ š—Ŗš—²š—Æš˜€š—¶š˜š—²: https://ttdd.tsdsi.in Jishnu Aravindakshan Sonali Garg, Ph.D. Ajay Kumar Mittal Ā #6G #NetworkArchitecture #AINative #CloudNative #FutureNetworks #Telecommunications #Innovation #DigitalTransformation #Standardization #EdgeComputing #DigitalInfrastructure #NetworkEvolution #TechnologyLeadership #DigitalSovereignty

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