Kubernetes Architecture
What is Kubernetes architecture?
Kubernetes architecture follows a distributed system design composed of two main layers: Control Plane & Worker Nodes.
Control Plane: Manages the overall cluster and decision-making logic.
Worker Nodes: Run containerized workloads using kubelet, kube-proxy, and container runtimes. This structure ensures both scalability and fault tolerance.
To understand architecture, read our blog on
Kubernetes architecture.
What is Kubernetes architecture?
Kubernetes architecture follows a distributed system design composed of two main layers: Control Plane & Worker Nodes.
Control Plane: Manages the overall cluster and decision-making logic.
Worker Nodes: Run containerized workloads using kubelet, kube-proxy, and container runtimes. This structure ensures both scalability and fault tolerance.
To understand architecture, read our blog on
Kubernetes architecture.
What is Kubernetes architecture?
Kubernetes architecture follows a distributed system design composed of two main layers: Control Plane & Worker Nodes.
Control Plane: Manages the overall cluster and decision-making logic.
Worker Nodes: Run containerized workloads using kubelet, kube-proxy, and container runtimes. This structure ensures both scalability and fault tolerance.
To understand architecture, read our blog on
Kubernetes architecture.
Why is Kubernetes called a container orchestration platform?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines.Learn more
Why is Kubernetes called a container orchestration platform?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines.Learn more
Why is Kubernetes called a container orchestration platform?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines.Learn more
What is Kubernetes?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines. Learn more
What is Kubernetes?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines. Learn more
What is Kubernetes?
Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It ensures that applications run reliably and efficiently across clusters of machines. Learn more
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Kubernetes Deployment Strategies
What are the different types of deployment strategies?
Common strategies include:
Rolling
Recreate
Blue-Green
Canary
A/B testing, and
Shadow deployments
Learn more about the deployment strategy
What are the different types of deployment strategies?
Common strategies include:
Rolling
Recreate
Blue-Green
Canary
A/B testing, and
Shadow deployments
Learn more about the deployment strategy
What are the different types of deployment strategies?
Common strategies include:
Rolling
Recreate
Blue-Green
Canary
A/B testing, and
Shadow deployments
Learn more about the deployment strategy
What are the 5 steps of deployment?
The five common steps are:
Planning the release
Building the application
Testing the release
Deploying to production
Monitoring post-deployment
What are the 5 steps of deployment?
The five common steps are:
Planning the release
Building the application
Testing the release
Deploying to production
Monitoring post-deployment
What are the 5 steps of deployment?
The five common steps are:
Planning the release
Building the application
Testing the release
Deploying to production
Monitoring post-deployment
What is the deployment strategy?
A deployment strategy is a plan or approach used to release new versions of software into a production environment with minimal risk and controlled rollout.
Discover more about the deployment strategy
What is the deployment strategy?
A deployment strategy is a plan or approach used to release new versions of software into a production environment with minimal risk and controlled rollout.
Discover more about the deployment strategy
What is the deployment strategy?
A deployment strategy is a plan or approach used to release new versions of software into a production environment with minimal risk and controlled rollout.
Discover more about the deployment strategy
Kubernetes Networking & Service
How to simplify service creation and type management?
Creating and managing Kubernetes services—whether ClusterIP, NodePort, or LoadBalancer—can often involve manual YAML configuration, command-line complexity, and environment-specific adjustments. This process becomes even more cumbersome when dealing with multiple services across different clusters.
To simplify this, teams need a platform that abstracts the complexity without compromising control.
That’s where Devtron comes in.
Devtron offers a visual, intuitive interface to create, configure, and manage services. Instead of writing multiple YAMLs, you can define service types, ports, and selectors through a user-friendly dashboard. It also integrates with your cloud provider to automatically provision Load Balancers when needed. Whether you're exposing internal APIs or external web applications, Devtron ensures consistent and error-free service deployment.
Understanding Kubernetes Services
How to simplify service creation and type management?
Creating and managing Kubernetes services—whether ClusterIP, NodePort, or LoadBalancer—can often involve manual YAML configuration, command-line complexity, and environment-specific adjustments. This process becomes even more cumbersome when dealing with multiple services across different clusters.
To simplify this, teams need a platform that abstracts the complexity without compromising control.
That’s where Devtron comes in.
Devtron offers a visual, intuitive interface to create, configure, and manage services. Instead of writing multiple YAMLs, you can define service types, ports, and selectors through a user-friendly dashboard. It also integrates with your cloud provider to automatically provision Load Balancers when needed. Whether you're exposing internal APIs or external web applications, Devtron ensures consistent and error-free service deployment.
Understanding Kubernetes Services
How to simplify service creation and type management?
Creating and managing Kubernetes services—whether ClusterIP, NodePort, or LoadBalancer—can often involve manual YAML configuration, command-line complexity, and environment-specific adjustments. This process becomes even more cumbersome when dealing with multiple services across different clusters.
To simplify this, teams need a platform that abstracts the complexity without compromising control.
That’s where Devtron comes in.
Devtron offers a visual, intuitive interface to create, configure, and manage services. Instead of writing multiple YAMLs, you can define service types, ports, and selectors through a user-friendly dashboard. It also integrates with your cloud provider to automatically provision Load Balancers when needed. Whether you're exposing internal APIs or external web applications, Devtron ensures consistent and error-free service deployment.
Understanding Kubernetes Services
How to monitor pod and service communication in Kubernetes
Monitoring pod-to-pod and service-to-service communication in Kubernetes is crucial for identifying performance bottlenecks, debugging issues, and maintaining network reliability. However, achieving this visibility manually or using fragmented tools often involves configuring multiple layers of network, application, and infrastructure, which can quickly become complex.
Devtron simplifies this challenge with built-in observability features delivered through a centralised dashboard. It enables you to:
View real-time pod and service status
Track inbound and outbound network requests
Visualize service dependencies
Set alerts for unusual communication patterns or failures
By integrating seamlessly with Prometheus, Grafana, and OpenTelemetry, Devtron provides deep visibility into the Kubernetes network layer, without requiring additional setup. This abstraction of complexity helps teams resolve issues faster, streamline debugging, and ensure reliable application performance across clusters.
How to monitor pod and service communication in Kubernetes
Monitoring pod-to-pod and service-to-service communication in Kubernetes is crucial for identifying performance bottlenecks, debugging issues, and maintaining network reliability. However, achieving this visibility manually or using fragmented tools often involves configuring multiple layers of network, application, and infrastructure, which can quickly become complex.
Devtron simplifies this challenge with built-in observability features delivered through a centralised dashboard. It enables you to:
View real-time pod and service status
Track inbound and outbound network requests
Visualize service dependencies
Set alerts for unusual communication patterns or failures
By integrating seamlessly with Prometheus, Grafana, and OpenTelemetry, Devtron provides deep visibility into the Kubernetes network layer, without requiring additional setup. This abstraction of complexity helps teams resolve issues faster, streamline debugging, and ensure reliable application performance across clusters.
How to monitor pod and service communication in Kubernetes
Monitoring pod-to-pod and service-to-service communication in Kubernetes is crucial for identifying performance bottlenecks, debugging issues, and maintaining network reliability. However, achieving this visibility manually or using fragmented tools often involves configuring multiple layers of network, application, and infrastructure, which can quickly become complex.
Devtron simplifies this challenge with built-in observability features delivered through a centralised dashboard. It enables you to:
View real-time pod and service status
Track inbound and outbound network requests
Visualize service dependencies
Set alerts for unusual communication patterns or failures
By integrating seamlessly with Prometheus, Grafana, and OpenTelemetry, Devtron provides deep visibility into the Kubernetes network layer, without requiring additional setup. This abstraction of complexity helps teams resolve issues faster, streamline debugging, and ensure reliable application performance across clusters.
What is a Kubernetes Service?
A Kubernetes Service is an abstraction that defines a logical set of pods and a policy by which to access them, typically used to expose workloads internally or externally.
Understanding Kubernetes Services
What is a Kubernetes Service?
A Kubernetes Service is an abstraction that defines a logical set of pods and a policy by which to access them, typically used to expose workloads internally or externally.
Understanding Kubernetes Services
What is a Kubernetes Service?
A Kubernetes Service is an abstraction that defines a logical set of pods and a policy by which to access them, typically used to expose workloads internally or externally.
Understanding Kubernetes Services
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Simplify application management and troubleshooting to unlock the full value of K8s, and drive innovation at scale.
Simplify application management and troubleshooting to unlock the full value of K8s, and drive innovation at scale.
Simplify application management and troubleshooting to unlock the full value of K8s, and drive innovation at scale.