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 Basics
- Containers and IT Infrastructure
- Containers and Hybrid Clouds
Containers and Hybrid Clouds
The growing number of hybrid cloud deployments is accelerating the demand for enterprise container infrastructure as companies seek a consistent application development environment. This page gathers resources about the combination of containers and hybrid clouds including benefits of this combination and tutorials on how to get started.
Below we have compiled publicly available sources from around the world that present views on Containers and Hybrid Clouds.
The Container Security book by Liz Rice
Fundamental Technology Concepts that Protect Containerized Applications
Perspectives on Containers and Hybrid Clouds
How Containers are Transforming the Hybrid Cloud
Advocates for hybrid cloud deployments have declared containers to be a major reason as why organizations should transition since there is an increased level of visibility and portability towards application performance.
How Containers and Hybrid Cloud Work Together
Even though containers have been around for a number of years, they’re only just becoming popular, so they are still maturing. There’s a lot of work the organization will need to do to configure their container setup to work efficiently in a hybrid environment.
Multi-Cloud, Hybrid Cloud and Kubernetes
containerjournal.com
The Benefits of a Container Orchestration Engine in Hybrid Cloud
searchcloudcomputing.techtarget.com
Can Containers Rescue the Hybrid Cloud?
itbusinessedge.com
Hybrid Cloud Seen Driving Container Adoptio
enterprisetech.com
The Combination of DevOps, Containers and Hybrid Cloud
blog.royalcyber.com
How To
Specific Technologies
Going Hybrid with Kubernetes: Google Cloud Platform and Nutanix
cloudplatform.googleblog.com
Further Reading
Container Architecture — Resources on building blocks of a container architecture, and architectural options organizations face when using containers for application development.
Advantages of Containers — Resources about the advantages of containers for developers and ops, including immutability, utilization, portability, performance and scalability.
Container Challenges— Containers are quickly becoming popular as a way to speed and simplify application deployment. However, while developers often find it fast and easy to deploy containerized applications, experts say that enterprises sometimes run into unexpected challenges when deploying containers in production. This page gathers resources about some of the major challenges in container adoption and how to overcome them.
Containers and IT Infrastructure— Information technology infrastructure is composed of physical and virtual resources that support the flow, storage, processing and analysis of data. This page gathers resources about the combination of containers and IT Infrastructure like hybrid clouds, private clouds, data center and more.
Enterprise DevOps— Large enterprises have bigger teams, more inherent operational complexity, and greater governance controls. Therefore, they need a different type of DevOps that caters to their sensibilities and not those of agile web startups. This page gathers resources about DevOps practices for large organizations.
eBPF— extended Berkeley Packet Filter – is a Linux-native in-kernel virtual machine that enables secure, low-overhead tracing for application performance and event observability and analysis. eBPF delivers a lot more than network packet information, it can offer the deep visibility for cloud-native and container environments, from host and network data to container processes, resource utilization, and more.
eBPF Linux— eBPF (Extended Berkeley Packet Filter) is a Linux-native in-kernel virtual machine that enables secure, low-overhead tracing for application performance and event observability and analysis. eBPF enables programmers to write code which gets executed in kernel space in a more secure and restricted environment. This page gather resources about eBPF on Linux and tutorials.
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