Workshop proposals should be aligned with the WPMC 2026 theme and technical scope. Proposals are especially encouraged when they address focused, emerging, interdisciplinary, or cross-cutting topics that complement the main paper tracks.

Topics of interest include, but are not limited to:

• AI-native, agentic, and autonomous 6G networks: including distributed intelligence, multi-agent learning, digital twins, closed-loop control, autonomous network management, and agentic AI for network operation.
• Quantum-ready and quantum-enhanced future networks: including quantum communications, quantum key distribution, post-quantum cryptography, hybrid quantum-classical networking, quantum sensing, quantum optimization, and quantum machine learning for 6G.
• Green, sustainable, and carbon-aware 6G systems: including energy-efficient architectures, green AI, carbon-aware orchestration, life-cycle assessment, renewable-powered networks, energy harvesting, low-power edge computing, and zero-carbon connectivity.
• Open RAN, cloud-native 6G, and programmable network infrastructures: including softwarized RAN, disaggregated wireless systems, network slicing, edge-cloud orchestration, open APIs, programmable infrastructures, and experimental Open RAN deployments.
• Integrated sensing, communication, navigation, and services: including CONASENSE frameworks, joint communication-sensing-localization, integrated perception and communication, context-aware services, safety-critical systems, and multidimensional QoS/QoE.
• Non-terrestrial networks and space-air-ground-sea integrated systems: including satellites, HAPS, UAVs, maritime connectivity, emergency communications, disaster resilience, and rural or remote connectivity.
• Digital inclusion, Society 5.0, and human-centric future services: including universal access, public policy, digital literacy, societal resilience, equity, governance, rights, ethics of hyperconnectivity, and human well-being.
• Security, privacy, trust, ethics, and resilience in future wireless systems: including adversarial machine learning, privacy-preserving communication, trustworthy AI, secure sensing, secure localization, post-quantum security, autonomous decision-making, and resilient network architectures.
• Experimental platforms, testbeds, datasets, and reproducible 6G research: including large-scale experimentation, benchmarking, open datasets, digital twins, pilots, emulation, simulation, real-world deployments, and reproducibility methodologies.
• Immersive, tactile, and multimedia services over 6G: including XR, holographic telepresence, metaverse and metamobility services, tactile internet, ultra-reliable multimedia, neuroadaptive interfaces, brain-computer interaction, and quality of experience.
• IoT, IIoT, robotics, automation, and Industry 5.0: including ultra-dense IoT, AI-driven sensor fusion, industrial digital twins, real-time control loops, robotics fleets, autonomous logistics, human-robot collaboration, smart agriculture, and environmental resilience.
• Spectrum policy, governance, economics, and international standardization: including ITU-R WRC, IMT-2030, 3GPP Release 20+, spectrum markets, digital sovereignty, global interoperability, regulatory frameworks, and cross-border coordination.
• Next-generation web, cyber-physical web systems, and edge-enabled web infrastructures: including Web3, decentralized trust, semantic web, knowledge graphs, immersive web, cyber-physical services, real-time multimedia delivery, and resilient web systems for hyperconnected environments.

Workshop proposals addressing other emerging topics aligned with the WPMC 2026 theme are also welcome.