High-Security, Zero-Connectivity and Air-Gapped Clouds - Delivering Complex Software with OCM and Flux
Offered By: CNCF [Cloud Native Computing Foundation] via YouTube
Course Description
Overview
Explore a solution for delivering complex cloud-native applications across multiple security boundaries and clouds in this 27-minute conference talk. Learn about the Open Component Model (OCM), an open standard that describes software components in a technology-agnostic way, and its integration with Flux to create GitOps Localization. Discover how OCM and GitOps Localization can benefit air-gapped environments, end-to-end supply chain shielding, and cloud migration. Witness a demonstration of packaging, transporting, and deploying signed, attestable, and verifiable artifacts into environments with limited or no connectivity and high-security clouds. Gain insights into automating OCM, localization techniques, and troubleshooting in private registries.
Syllabus
Introduction
How do you deliver a cloud native app
Open Component Model
Automating OCM
Localization
Demo
Resources
Command Line
Private Registry
Troubleshooting
Questions
Taught by
CNCF [Cloud Native Computing Foundation]
Related Courses
Apache Spark vs Databricks - On-Premise Performance ComparisonDatabricks via YouTube Delivering Secure and Compliant Software Components with OCM and GitOps
Linux Foundation via YouTube Curating and Securing Open Source for GovCloud
Linux Foundation via YouTube Managing Kubernetes in Air Gap and Offline Environments
Linux Foundation via YouTube How to Make Your K8s Cluster Survive Without Internet Access - Airgap Solutions
CNCF [Cloud Native Computing Foundation] via YouTube