The tools cloud engineers reach for every day - across Azure, AWS, GCP, and Kubernetes.
Service equivalents, naming conventions, IAM comparisons, and CLI commands across Azure, AWS, and GCP.
Map any cloud service concept to its equivalent across Azure, AWS, and GCP - compute, storage, databases, networking, IAM, and more.
| Concept | Azure | AWS | GCP |
|---|
Compare IAM primitives - roles, policies, service accounts, and permission models - across all three major clouds.
| Concept | Azure | AWS | GCP |
|---|
Searchable equivalent CLI commands across az, aws cli, and gcloud for the most common cloud operations.
| Operation | az | aws | gcloud |
|---|
Generate resource names following best-practice naming conventions for Azure (CAF), AWS, and GCP - all in one tool.
Find the right VM SKU or instance type across Azure, AWS, and GCP by vCPU and RAM requirements.
CIDR math, subnet planning, firewall rules, and VPC/VNet design across clouds.
Network address, broadcast, host range, subnet mask, and cloud-usable count from any CIDR block.
Split a parent CIDR into equal child subnets at any target prefix length.
Detect overlapping CIDR ranges - essential before VPC/VNet peering, Transit Gateway, or VPN setup.
Check whether an IP falls within a CIDR block - useful for firewall rule and security group validation.
Split a network address space into subnets using hub-spoke, AWS multi-tier, or GCP shared VPC patterns.
Build firewall rules for Azure NSGs, AWS Security Groups, or GCP Firewall Rules - export as IaC or CLI command.
Terraform modules and backends for all three clouds, Bicep scaffolding, and CI/CD pipelines with OIDC auth.
Generate main.tf, variables.tf, and outputs.tf for Azure, AWS, or GCP Terraform modules - all three providers.
Generate Terraform remote state backend config for Azure Blob, AWS S3, or GCP Cloud Storage - with locking and versioning.
Generate GitHub Actions or Azure Pipelines YAML for deploying Terraform or Bicep to Azure, AWS, or GCP with OIDC auth.
Generate a production-ready Bicep module with hardened defaults for Storage, Key Vault, VNet, and AKS.
Generate a .bicepparam or parameters.json file from name=value pairs for any environment.
Deployment manifests, node pool sizing for AKS/EKS/GKE, Helm chart scaffolding, and kubectl reference.
Production-ready Kubernetes Deployment YAML with resource limits, readiness/liveness probes, and security context.
Recommend node pool size, VM/instance type, and autoscaler settings for AKS, EKS, or GKE from workload requirements.
Generate a minimal production Helm chart structure with values.yaml, deployment template, and service template.
Searchable cheat sheet of essential kubectl commands for day-2 operations, debugging, and cluster management.
Ready-to-use Bash, PowerShell, and Python snippets for common cloud automation tasks across all three clouds.
Common Bash scripts for cloud automation - resource listing, credential setup, bulk operations, and health checks.
PowerShell automation scripts for Azure (Az module) and AWS (AWS Tools for PowerShell) - ideal for Windows-native automation.
Python SDK automation snippets using azure-mgmt, boto3 (AWS), and google-cloud libraries for programmatic cloud management.
Step-by-step CLI installation and authentication setup for az, aws cli, and gcloud - including service principal and OIDC config.
Reserved instance calculators, budget alert advisors, and chargeback report generators.
Compare on-demand against reserved/committed use discount pricing for Azure, AWS, or GCP - see exact savings over 1 and 3 years.
Recommend budget alert thresholds by risk appetite and generate the IaC or CLI command to create the alert.
Generate a cost chargeback CSV from team names and monthly spend - ready to share with finance or management.
Azure regions, well-known ports, and common service limits for quick lookup.
| Region | Code | Abbrev | Pair |
|---|
| Port | Protocol | Service | Cloud Relevance |
|---|
| Resource | Default | Max | Notes |
|---|
Who built it, what it covers, and how to get the most from it.
Jane Ologhadien
I built this toolkit while studying Computing and IT, learning cloud infrastructure hands-on. Every tool came from a real problem I hit while working through Azure, AWS, Kubernetes, or IaC - things I needed to look up constantly, so I built a single place to find them.
The toolkit is deliberately multi-cloud. Cloud engineers rarely work with just one provider, and the tools here reflect that.
Currently Studying
- Computing and IT, The Open University.
- Azure, AWS, and GCP cloud fundamentals.
- Infrastructure as Code with Bicep and Terraform.
- Kubernetes and container orchestration.
- Bash, PowerShell, and Python for cloud automation.
- Cloud security and network design.
What This Toolkit Covers
- Multi-cloud service mapping across Azure, AWS, and GCP.
- Resource naming conventions for all three clouds.
- CIDR subnet math, overlap detection, and VPC/VNet planning.
- Terraform modules and remote backends for all three clouds.
- CI/CD pipelines for Bicep and Terraform with OIDC.
- Kubernetes deployment manifests, Helm charts, and AKS/EKS/GKE sizing.
- Bash, PowerShell, and Python automation snippets.
- Cloud cost, reserved pricing, and budget alert tools.
Who It Is For
- Cloud and platform engineers working across providers.
- Students learning cloud infrastructure and IaC.
- DevOps engineers setting up pipelines and landing zones.
- Anyone studying for cloud certifications.
Nothing is stored. No account needed.
Free to use and share.