
Explore the evolution of telecom cloud automation, examining past NFV orchestration challenges, current 5G/6G requirements, and future directions for industry innovation and implementation.

Explore the evolution of telco automation, from virtualization to cloud-native principles, focusing on standards, challenges, and the role of Project Nephio in enabling AI-driven hybrid cloud solutions.

Explore how network convergence revolutionizes cloud gaming through edge computing, enabling lower latency, better QoS monitoring, and seamless cross-network application deployment for enhanced gaming experiences.

Discover how to overcome edge computing challenges with SUSE's solution stack, exploring real-world implementations and practical strategies for successful edge application deployment.

Discover China Mobile's journey towards autonomous networks, exploring their methodologies, practical implementations, and future vision for automated network operations and maintenance.

Discover how edge computing enables resilient smart farming through decentralized data processing, IoT sensor networks, and offline-first principles for sustainable agricultural practices.

Explore the convergence of telco and IT cloud ecosystems, examining integration scenarios between service provider and IT assets, with insights into network automation and seamless service delivery strategies.

Discover how to implement network QoS in Kubernetes pods using eBPF/XDP technology, enabling priority access and traffic control for time-sensitive applications through advanced classification and rate-limiting techniques.

Discover how AT&T designs customer-focused networks through software-defined networking, cloud integration, and 5G technology to meet growing connectivity demands.

Master edge orchestration techniques for secure, scalable deployments using EVE OS, covering security, network resilience, and real-world applications from wind turbines to smart buildings.

Explore how Kubernetes can revolutionize network fabric management when integrated with SONiC, examining operational benefits and simplified control through unified infrastructure orchestration.

Explore DARPA's OPA-5G program and its vision for developing open-source software in radio access networks, fostering innovation through public-private partnerships for advanced military communications.

Discover how open source network slicing enables cost-effective 5G deployment, optimizes customer experiences, and enhances security through end-to-end infrastructure management and service customization.

Discover how Nephio tackles complex 5G network deployment using Kubernetes-based orchestration and Configuration-as-Data approach for automated infrastructure management and reduced human intervention.

Discover how to leverage open source projects from Intel and IBM to build commercial solutions that deliver AI at the Edge, enabling rapid scaling of actionable insights at interaction points.

Explore how ONAP implements intent-based networking through general intent models and interfaces, featuring a practical demonstration of consumer intent support.

Explore intent-driven autonomous networks with ONAP, focusing on NLP model management, E2E slicing, and cloud-network convergence through CCVPN implementation.

Discover how Nephio enables cloud-native automation for telecom network functions through Kubernetes-based declarative automation and cloud-native principles.

Discover how a volunteer-run ISP is bridging the digital divide in Seattle through community-owned infrastructure, providing free internet access and technical education to underserved communities.

Master DHCP server migration strategies from ISC DHCP to Kea, including configuration translation tools, potential redesign considerations, and practical implementation steps for network infrastructure updates.

Explore insights from a global IoT honeyfarm project analyzing malicious traffic patterns, attack behaviors, and potential solutions for reducing unwanted Internet traffic while maintaining open networks.