
Explore edge computing's impact on the internet, its market opportunities, challenges, and the role of cloud native thinking in enabling distributed systems and 5G deployment.

Explore practical applications of AI-powered computer vision for workplace monitoring, from parking lot analytics to safety alerts, featuring Custom Vision edge computing and OpenVino demonstrations.

Discover Ford's innovative journey towards Industry 5.0, exploring cutting-edge technologies like IoT, AI, robotics, and blockchain that are revolutionizing automotive manufacturing and shaping a more sustainable future.

Discover how Zenoh-Flow structures complex applications into computing units, demonstrated through an Autonomous Driving platform implementation with focus on deployment automation and business logic development.

Explore advanced Kubernetes scheduling techniques using telemetry and GPU awareness for optimized workload placement across various domains like 5G, AI/ML, HPC, and NFV.

Insights from Vodafone's Kubernetes-based telco cloud deployment for 5G, covering challenges, solutions, and future needs in building carrier-grade infrastructure and operating cloud-native network functions.

Explore eBPF/XDP's transformative impact on 5G networks, covering DDoS mitigation, load balancing, high-performance forwarding, and flow monitoring. Learn key implementation strategies and real-world examples.

Explore open-source solutions for network service and slice orchestration in 5G testbeds. Learn about industry partnerships, use cases, and challenges in implementing end-to-end orchestration layers.

Explore platform observability for 5G and edge automation, covering telemetry collection, use cases, and automated optimization techniques for cloud-native workloads and network platforms.

Explore ARM's use of Ubuntu for workloads, testing, and development. Discuss collaboration opportunities in Real Time Linux, multiarchitectural support, and solutions enablement with Juju.

Explore China Mobile's vision for network transformation, 5G implementation, and open source practices in telecom innovation, presented by industry expert Xiaodong Duan.

Explore the future of networking with open source, SDN/NFV, 5G, IoT, and AI driving automation. Learn how industry leaders are embracing this shift and the Linux Foundation's role in facilitating change.

Explore federated learning in 5G C-V2X, covering network requirements, autonomous vehicle architecture, challenges, and practical applications through a demo and Q&A session.

Explore ONAP Honolulu's advancements in cloud-native functionality, O-RAN support, and 5G network slicing with insights from community leaders at AT&T, Ericsson, and Wipro.

Industry experts discuss NFV deployment challenges, automated testing, and future recommendations based on the LFN End User Advisory Group's white paper findings on virtualized networking workloads and cloud infrastructures.

CHISEL: A system for dynamic wide-area network slicing, enabling end-to-end optical paths with guaranteed bandwidth and low latency, optimizing spectrum allocation in cloud networks.

Optimize Kubernetes clusters for 5G workloads. Learn to deploy, tune, and manage distributed clusters using Red Hat products, focusing on performance and latency for Telco operators.

Insights on corporate innovation strategies, from simple ideas to advanced technologies like AI and 5G, showcasing real-world examples and their impact on various industries.

Comprehensive overview of 4G and 5G network security, covering architectures, potential threats, and enhancements. Explores virtualization implications and future security activities in mobile networks.

Explore 5G network interconnect security, focusing on roaming vulnerabilities, attack vectors, and protective measures. Learn about signaling firewalls and potential risks to user privacy.

Explore 5G network security challenges, solutions, and design principles. Learn about industry collaboration, in-depth defense, zero-trust, and adaptive security for controllable 5G risks.