Container Technology Wiki
Docker Containers
- Docker 101
- Basic Docker Operations
- Docker Administration
- Docker Security Resources
- Docker OS Interaction
- Docker With Other Tools
- Docker API
- Docker Compose
Kubernetes Guide
- Kubernetes 101
-
Kubernetes Architecture
- Kubernetes Ecosystem
- Kubernetes Nodes
- Kubernetes Pods
- Kubernetes Controllers and Control Plane
- Kubernetes DaemonSets
- Container Runtime Interface
- Working with Containers in Kubernetes
- Working with Images in Kubernetes
- Workloads in Kubernetes
- Kubernetes Services
- Kubernetes Jobs
- Kubernetes and Microservices
- Kubernetes Operators
- Kubernetes Persistent Volumes
- Kubernetes Advantages and Use Cases
-
Kubernetes Operations
- Installing Kubernetes
- Kubernetes Configuration
- Kubernetes Monitoring
- Kubernetes Debugging and Troubleshooting
- Kubernetes Load Balancing
- Kubernetes Security
- Kubernetes Networking
- Kubernetes Storage Management
- Kubernetes in Production
- Working with Kubernetes Ingress
- Kubernetes Security Best Practices
- Managing Kubernetes with Kops and Kubeadm
- Kubernetes Secrets
- Kubernetes Autoscaling
- Kubernetes ConfigMap
- Kubernetes Namespace
- Kubernetes Authentication
- Kubernetes Vault
- CIS Kubernetes Benchmark
- Kubernetes Cluster
- Kubernetes as a Service
- Managed Kubernetes
- Kubernetes Distributions
- Enterprise Kubernetes
Container Basics
- Container Architecture
- Advantages of Containers
- Container Challenges
- Containers and IT Infrastructure
- Enterprise DevOps
- eBPF
- eBPF Linux
Containers Ops
- Container Security Management
- Container Deployment
- Container Monitoring
- Container Automation
- Container Multitenancy
- Container Backup and Disaster Recovery
- Prometheus Monitoring
Container Security
- Container Security Best Practices
- Containers for DevSecOps
- Container Vulnerabilities and Threats
- Container Vulnerability Scanning
- Container Secrets Management
- Container Access Control
- Container Audits and Compliance
- Application Whitelisting
- Zero Trust Networks
- Network Segmentation for Containers
- Container Isolation
- Open Source Security Tools for Containers
- Open Source Vulnerability Scanner
- Open Source Security Tools
- Container Security Tools
Cloud Native Computing Foundation
- AWS EC2 Security
- Cloud-Native Applications
- Cloud-Native Architecture
- Cloud Native AWS
- Cloud Native Development
- Cloud Native Infrastructure
- Cloud Native Security
- Envoy Proxy
- Harbor Kubernetes
- Open Policy Agent
- Oracle Cloud Security
- SaaS Cloud Security
- Security Issues in Cloud Computing
- SPIFFE
- VMware Tanzu
Serverless Computing
- Serverless Architecture
- AWS Lambda
- Azure Functions
- Google Cloud Functions
- Serverless Security
- On-Premises Serverless Platforms
- Function as a Service - FaaS
- Knative
- Serverless vs Containers
Container Platforms
- Containers and Cloud Computing
- Container Operating Systems
- Red Hat Openshift
- Pivotal Container Service
- Multi-Cloud Strategy
- Kubernetes vs Cloud Foundry
- CWPP
Other Container Engines
Kubernetes Alternatives
Container Community and Events
- Container Technology Wiki
- Container Platforms
- Red Hat Openshift
- Azure Red Hat
Azure Red Hat
Azure Red Hat OpenShift is a fully managed service of Red Hat OpenShift on Azure, jointly, engineered, operated and supported by Microsoft and Red Hat. This page gather resources about Azure Red Hat, and how to deploy Red Hat solutions on Azure.
Below we have compiled publicly available sources from around the world that present views on Azure Red Hat.
The Container Security book by Liz Rice
Fundamental Technology Concepts that Protect Containerized Applications
Perspectives on Red Hat Openshift
Why Red Hat and Microsoft are Bringing Managed OpenShift to Azure
blog.openshift.com
How To
Bring Your Own Red Hat Enterprise Linux to Azure
linkedin.com
Getting Started with Azure Red Hat OpenShift
blog.jreypo.io
Vendor Information
openshift.com
azure.microsoft.com
Further Reading
Azure Red Hat— Azure Red Hat OpenShift is a fully managed service of Red Hat OpenShift on Azure, jointly, engineered, operated and supported by Microsoft and Red Hat. This page gather resources about Azure Red Hat, and how to deploy Red Hat solutions on Azure.
OpenShift Architecture— OpenShift Container Platform is a platform for developing and running containerized applications. It is designed to allow applications and the data centers that support them to expand from just a few machines and applications to thousands of machines that serve millions of clients. This page gather resources about OpenShift Architecture on different platforms.
Openshift on AWS— Red Hat OpenShift Container Platform is based on Docker-formatted Linux containers, Kubernetes orchestration, and Red Hat Enterprise Linux (RHEL). Red Hat OpenShift combined with Amazon Web Services helps teams accelerate development and delivery of Kubernetes applications across a unified, hybrid cloud environment. This page gather resources about OpenShift and how to deploy it on AWS.
Openshift Security— Red Hat OpenShift https://www.aquasec.com/wiki/display/containers/OpenShift+vs.+Kubernetes is an open source container application platform by Red Hat based on top of Docker containers and the Kubernetes container cluster manager for enterprise app development and deployment. This page gathers resources about OpenShift built-in security features.
OpenShift vs. Kubernetes— OpenShift has been often called as “Enterprise Kubernetes” by its vendor - Red Hat. It’s often confusing, as Red Hat tends to describe it as PaaS, sometimes hiding the fact that Kubernetes is an integral part of OpenShift with more features built around it. This page gathers resources about the real differences between those two.
OpenShift vs Cloud Foundry— Red Hat OpenShift and Pivotal Cloud Foundry are two standard implementations of a Platform-as-a-Service. Even though there are quite a few similarities between the two, an objective comparison is hard to find. This page gathers resources about the features of both platforms and the differences between the implementation of these features.
Openshift vs Docker— As Modern Software application development strategy moved towards Microservices and Container-based applications. Deployment and other Operational activities in Container-based application developments are in demand with Container Orchestration and Management tools. A couple of market-leading Container Orchestration and Management tools are Docker and OpenShift. This page gathers resources about the real differences between those two.
Get updates on container technology
