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2 days ago | [YT] | 222
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KodeKloud
Kubernetes Architecture : How It Actually Flows
This knowledge map shows the core control loop of Kubernetes in action:
1. kubectl → API Server
All commands first reach the API Server, the single entry point to the cluster.
2. API Server 🔄 etcd
The API Server stores and retrieves cluster state from etcd (the source of truth).
3. Controllers Watch & Reconcile
The Controller Manager continuously watches the cluster state and works to make the current state match the desired state.
4. Scheduler Assigns Pods
When a new Pod is created, the Scheduler selects the most suitable worker node and records that decision via the API Server.
5. kubelet Executes on Worker Nodes
The kubelet on the assigned node watches the API Server, pulls the Pod specification, and instructs the container runtime to:
* Pull images from the registry
* Start/stop containers
* Manage resources
6. kube-proxy Handles Service Networking
kube-proxy configures network rules to enable internal service communication and load balancing.
🔄 Everything Runs on a Continuous Reconciliation Loop
Kubernetes is not command-driven, it is state-driven.
You declare the desired state, and the control plane continuously works to enforce it.
Note: This is a high-level conceptual diagram created for learning purposes. Real-world Kubernetes clusters include additional components and more nuanced control-plane communication patterns not fully represented here.
To start your learning journey with us today, access our free learning week here - kode.wiki/3MD2l5l
4 days ago | [YT] | 270
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KodeKloud
When learning something new, what slows you down the most?
4 days ago | [YT] | 23
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KodeKloud
Beginner knowledge helps you start 🚀
Intermediate knowledge helps you follow 🧭
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5 days ago | [YT] | 154
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KodeKloud
If learning has been on your 'I’ll start soon' list, THIS is your sign 🚀
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5 days ago | [YT] | 97
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KodeKloud
9 Kubernetes Security Best Practices You Should Know 🔓
• Run supported Kubernetes versions
Stay on actively supported releases to receive security patches and vulnerability fixes.
• Use trusted & scanned container images
Pull images only from verified registries and scan them regularly for known CVEs.
• Enforce least-privilege RBAC
Grant users and service accounts only the permissions they absolutely need, nothing more.
• Apply network policies
Control pod-to-pod and pod-to-service traffic to reduce lateral movement inside the cluster.
• Enforce Pod Security Standards (PSS)
Prevent risky configurations like privileged containers and unsafe host access.
• Encrypt secrets at rest
Protect sensitive data using encryption providers instead of storing secrets in plain text.
• Enable audit logging & monitoring
Track cluster activity to detect suspicious behavior and investigate incidents faster.
• Apply resource quotas & limits
Prevent noisy neighbors and resource exhaustion attacks by defining CPU and memory boundaries.
• Detect runtime threats
Monitor container behavior in real time to identify anomalies and active attacks.
Start your K8s learning journey here 👉 kode.wiki/4qWZdA9
1 week ago (edited) | [YT] | 291
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KodeKloud
If DevOps feels confusing, it’s not you.
It’s the way it’s usually taught 👀
There is a better order of learning → swipe to see it!
#KodeKloud #DevOps #Learning #Rightwaytolearn
1 week ago | [YT] | 200
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KodeKloud
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2 weeks ago | [YT] | 80
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KodeKloud
What’s the hardest part of preparing for Kubernetes certifications?
2 weeks ago | [YT] | 31
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KodeKloud
Not all Kubernetes roles are the same, and that’s a good thing.
If you’re learning Kubernetes, understanding where you fit matters more than learning everything at once.
Here’s how Kubernetes roles actually differ in real-world teams 👇
Kubernetes Administrator (CKA mindset)
• Owns cluster health, stability, and upgrades
• Focuses on networking, scheduling, backups, and performance
• Thinks: “Is the cluster reliable, scalable, and recoverable?”
Kubernetes Developer (CKAD mindset)
• Builds and deploys applications on Kubernetes
• Works with containers, CI/CD, configs, APIs, and observability
• Thinks: “Can my app deploy fast, scale well, and fail gracefully?”
Kubernetes Security Specialist (CKS mindset)
• Protects the cluster before, during, and after attacks
• Works with RBAC, network policies, runtime security, supply chain
• Thinks: “What could go wrong, and how do we prevent it?”
Kubernetes Architect
• Designs clusters for scale, cost, performance, and resilience
• Makes long-term decisions on storage, DR, cloud strategy
• Thinks: “Will this architecture still work 2 years from now?”
You don’t need to master all roles on Day 1. Start with one role, build depth, then expand sideways.
👉 Most strong Kubernetes professionals evolve like this:
Developer → Admin → Security/Architecture
📌 If you’re learning Kubernetes right now, ask yourself:
Which role am I preparing for first?
Start your learning journey with our Kubernetes learning path 👉 kode.wiki/49PzfHt
3 weeks ago | [YT] | 291
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