Ghost

.

[Ghost @mitchhimselfu]

@amerix Ichungwa.
Osoro.
Sholei

[Ghost @mitchhimselfu]

@RadioCitizenFM @mzaziwillytuva @sellyamutabi Salamu from Kisii.

[Ghost @mitchhimselfu]

@veloriahq Until it starts raining

[Ghost @mitchhimselfu]

@Goddie_Ke Kiambaa

[Ghost @mitchhimselfu]

@Samweigo Remember to lay your Head too

[Dear Self. @Dearme2_]

MARK MY WORDS: YOU WILL RECEIVE A BIG WIN IN MAY!!! 🌀🌀🌀

[SpiritualMarty-Reading Open🔮 @SpiritualmartyO]

Applied.
Interviewed.
Offered.
Accepted.

ALL IN MAY 2026. ✨🫶🏼

[Ghost @mitchhimselfu]

@MartinnaMaree @CarrefourKe I have no problem insulting them too

[Ghost @mitchhimselfu]

@Kibet_bull DM

[AsyncTrix @asynctrix]

Kubernetes Learning Path (Simple)

Linux basics
↓
Containers (Docker)
↓
Kubernetes architecture
↓
Pods → ReplicaSets → Deployments
↓
Services → Ingress
↓
ConfigMaps → Secrets
↓
Resource requests → limits
↓
Scaling (HPA)
↓
Storage (Volumes → PV → PVC)
↓
RBAC & security basics
↓
Monitoring & logging
↓
Helm → GitOps
↓
Cloud Kubernetes (EKS / GKE / AKS)
↓
Troubleshooting

That’s it 🎯 you can work with Kubernetes now.

Drop your additions below 👇

[Jaydeep @_jaydeepkarale]

📂 Kubernetes Engineer Roadmap
├─ 📂 Foundations (START HERE)
│ ├─ 📂 Linux Fundamentals ⭐ FIRST
│ │ ├─ Processes & PID
│ │ ├─ Signals
│ │ ├─ File systems & inodes
│ │ ├─ Users, groups & permissions
│ │ ├─ Networking basics (TCP/IP, ports, DNS)
│ │ └─ cgroups & namespaces (conceptual)
│ │
│ ├─ 📂 Containers
│ │ ├─ What containers really are
│ │ ├─ Containers vs VMs
│ │ ├─ Docker architecture
│ │ ├─ Images, layers & registries
│ │ └─ Container networking basics
│ │
│ ├─ 📂 YAML & CLI
│ │ ├─ YAML structure & indentation
│ │ ├─ kubectl basics
│ │ ├─ Imperative vs Declarative
│ │ └─ Reading manifests confidently
│ │
│ └─ 📂 Why Kubernetes?
│ ├─ Scheduling problem
│ ├─ Scaling problem
│ ├─ Self-healing systems
│ └─ Desired state management
│
├─ 📂 Core Kubernetes
│ ├─ 📂 Architecture
│ │ ├─ Control Plane components
│ │ ├─ Worker Nodes
│ │ ├─ API Server
│ │ ├─ Scheduler
│ │ └─ etcd basics
│ │
│ ├─ 📂 Core Workloads
│ │ ├─ Pod
│ │ ├─ ReplicaSet
│ │ ├─ Deployment
│ │ ├─ StatefulSet
│ │ └─ DaemonSet
│ │
│ ├─ 📂 Configuration
│ │ ├─ ConfigMaps
│ │ ├─ Secrets
│ │ └─ Environment variables
│ │
│ └─ 📂 Services & Networking
│ ├─ ClusterIP
│ ├─ NodePort
│ ├─ LoadBalancer
│ ├─ Ingress basics
│ └─ DNS inside cluster
│
├─ 📂 Storage & Scheduling
│ ├─ 📂 Storage
│ │ ├─ Volumes
│ │ ├─ PersistentVolume (PV)
│ │ ├─ PersistentVolumeClaim (PVC)
│ │ └─ StorageClasses
│ │
│ ├─ 📂 Resource Management
│ │ ├─ Requests & Limits
│ │ ├─ Resource Quotas
│ │ └─ LimitRanges
│ │
│ └─ 📂 Advanced Scheduling
│ ├─ Node Selectors
│ ├─ Node Affinity
│ ├─ Taints & Tolerations
│ └─ Pod Anti-Affinity
│
├─ 📂 Security (NON-NEGOTIABLE)
│ ├─ 📂 Access Control
│ │ ├─ RBAC
│ │ ├─ Roles vs ClusterRoles
│ │ ├─ Service Accounts
│ │ └─ Principle of Least Privilege
│ │
│ ├─ 📂 Pod Security
│ │ ├─ Security Context
│ │ ├─ Pod Security Standards
│ │ └─ Image security basics
│ │
│ └─ 📂 Network Security
│ ├─ Network Policies
│ ├─ Internal-only services
│ └─ mTLS concepts
│
├─ 📂 Advanced Kubernetes (LATER)
│ ├─ 📂 Helm
│ │ ├─ Charts
│ │ ├─ Values
│ │ └─ Releases
│ │
│ ├─ 📂 Autoscaling
│ │ ├─ HPA
│ │ ├─ VPA
│ │ └─ Cluster Autoscaler
│ │
│ ├─ 📂 Observability
│ │ ├─ Logs
│ │ ├─ Metrics
│ │ ├─ Traces
│ │ └─ Debugging live systems
│ │
│ └─ 📂 Troubleshooting
│ ├─ CrashLoopBackOff
│ ├─ OOMKilled
│ ├─ Pending Pods
│ └─ Networking failures
│
├─ 📂 Production & Platform Engineering (LAST)
│ ├─ 📂 CI/CD
│ │ ├─ GitOps concepts
│ │ ├─ Deployment strategies
│ │ ├─ Rollbacks
│ │ └─ Progressive delivery
│ │
│ ├─ 📂 Multi-Environment Strategy
│ │ ├─ Dev / Stage / Prod
│ │ ├─ Namespaces vs Clusters
│ │ └─ Promotion flows
│ │
│ └─ 📂 Cloud Kubernetes
│ ├─ Managed Kubernetes (EKS/GKE/AKS)
│ ├─ Cloud networking
│ └─ Cost optimization
│
└─ 📂 Career Layer
├─ 📂 Hands-on Practice
│ ├─ kind / minikube
│ ├─ Break & fix labs
└─ Real incident simulations

[Piyush @piyush784066]

Cloud Engineer Roadmap 2026-

Step 1: 🧠 Learn Linux & Networking Basics
Step 2: ☁️ Understand Cloud Fundamentals
Step 3: ⚙️ Pick a Provider (AWS, Azure, GCP)
Step 4: 🛠️ Work with Core Services (Compute, Storage, DB)
Step 5: 📦 Learn Containers (Docker)
Step 6: ☸️ Orchestration with Kubernetes
Step 7: 🧪 Monitor & Automate Infrastructure
Step 8: 🚀 Deploy Real Projects on Cloud
Step 9: 💼 Get Certified & Apply for Roles

🔒 Pro Tip: Always track cost & security!

[Tech Fusionist @techyoutbe]

Steps to follow to become Platform Engineer

[Yoshik @AskYoshik]

- AWS
- Terraform
- Kubernetes
- GitHub Actions
- Prometheus

[Mashood tried Ops @fromcodetocloud]

Devops | SRE | Cloud

[AsyncTrix @asynctrix]

DevOps / Cloud profile in 2026

🥇 Core Foundation (Non-Negotiable)
- AWS
- Azure
- Terraform
- Docker
- Kubernetes
- Helm
- GitHub Actions
- Jenkins (still big in enterprises)

🥈 Production & Scalability
- ArgoCD (GitOps)
- Kafka (event-driven systems)
- Istio (service mesh – advanced setups)
- KEDA (event-based autoscaling)
- YAML (the glue of cloud-native)

🥉 Observability (Production Maturity)
- Prometheus
- Grafana
- OpenTelemetry
- Loki (logs)
- Datadog OR Splunk (enterprise monitoring)

Cloud + IaC + Containers = baseline
GitOps + Scaling = senior edge
Observability = production maturity

[Nandkishor @devops_nk]

Everyone who wants to learn:

⛅ AWS
🐧 Linux
🐳 Docker
🌍 Terraform
☸️ Kubernetes
🤖 Automation
🌩️ Cloud Computing
💻 Build a career in Tech
🛠️ Projects & Real-World Skills

I hope you found my account.

[Nelson Amenya @amenya_nelson]

Nawaambia Claude is ahead of the game hamskii. Kwanza wako na feature Claude co work ayayaya it can read files in folders organize them, create summaries, it is basically my admin assistant on my projects.

[Cynthia Ozumba @CynthiaOzumba]

LinkedIn is full of fake jobs?
Upwork is a race to the bottom.
Indeed is a ghost town.

I spent years stuck in the "Easy Apply" trap. 0 replies.

Then I switched.
1 week later: 2 Interviews with US-based startups.

Use these 10 platforms to find high-paying remote roles today:

[AsyncTrix @asynctrix]

Kubernetes Objects You Actually Use Every Day ☸️

• Pod → runs containers
• Deployment → replicas & updates
• Service → stable access
• ConfigMap → app config
• Secret → sensitive data
• Ingress → HTTP routing
• Namespace → isolation
• Node → worker machine
• PVC → storage request

Master these → 80% of real-world Kubernetes work is covered.

If you're learning Kubernetes, you're in the right place.