Platform Observability - Building the Foundation for 5G and Edge Automation

Explore platform observability as the foundation for 5G and edge automation in this 55-minute webinar from the Cloud Native Computing Foundation. Dive into the world of network platform automation, focusing on observability techniques including telemetry, monitoring, logging, and tracing. Learn how Intel platform features can be leveraged with telemetry methodologies to enable network automation. Discover the practical application of Telemetry Aware Scheduling and Prometheus in optimizing performance-sensitive cloud-native workloads placement. Gain insights into the evolution towards cloud-native solutions, platform telemetry collection and publication, and the use of telemetry reports. Examine use cases such as Horizontal Pod Autoscaler and Platform Resiliency, including a demonstration of a "Host Health Indicator" derived from multiple Platform Telemetry metrics. Understand how platform telemetry feeds into analysis and automated action, enabling proactive decision-making in orchestration. Presented by Intel network software engineers, this webinar covers a wide range of telemetry domains, including utilization, power consumption, faults, and performance, providing a comprehensive overview of platform observability in modern network environments.

Intro
The Evolution Toward Cloud Native
Platform Telemetry Collection and Publication
Telemetry Coverage
Use of Telemetry Reports
Telemetry Reports - Examples Insight Type
Use Case Overview
Horizontal Pod Autoscaler
Telemetry Aware Scheduling
Profiling trends and prevention: Platform Resiliency Platform telemetry feeds into analysis and automated action to bring proactive decision making to orchestration
Platform Resiliency Demo A "Host Health Indicator" is determined from multiple Platform Telemetry metrics
Platform Resiliency Prototype - Critical Scena
Summary Telemetry available from Intel servers spans a vast number of functional domains - utilization, power consumption, faults and performance and more.