Description

This training introduces Docker containerization and equips participants with skills to build and deploy containerized applications. Participants will learn to create optimized images using Dockerfile, manage volumes for data persistence, and configure networking across containers.

The course also covers scaling services, managing secrets securely, understanding differences with virtual machines, and deploying multi-container apps using Docker Compose. Designed for engineers and DevOps professionals, with theory, case studies, quizzes, and hands-on labs

Why Take This Course?

Master Containerization with Docker

Learn how to build, deploy, and manage containerized applications with confidence for modern cloud and application environments.
Optimize and Scale Applications Efficiently

Gain practical skills to use Docker volumes, networks, and services to make applications flexible, scalable, and high-performing.
Enhance Your DevOps and Cloud Career

Acquire in-demand containerization expertise that strengthens your professional profile in DevOps, cloud engineering, and software development.

Facilities

Hands-on Lab Environment – Train using dedicated virtual machines with full access to lab resources via Jumpserver (RDP & SSH), enabling real-world practice throughout the training.
Downloadable Lab Environment – Continue practicing after the training with our VM Lab Downloader (.qcow2), allowing you to run the lab environment on your own machine.
Complete Learning Materials – Get comprehensive digital training materials and a handbook with up to 1 year access, plus a certificate of course completion.
Post-Training Support – Continue learning after the class with access to training records (for online sessions) and community discussion groups to help reinforce your skills.

Trainer

Berto Viki Satria Pranata

RnD Engineer

View LinkedIn

Syllabus

Introduction

The Evolution of Software Deployment: From Physical Servers to Containers
Core Concepts of Containerization
How Docker Revolutionized Application Development
The Role of Docker in Microservices Architecture
Overview of Docker’s Architecture and Components
Understanding Docker’s Place in the DevOps Toolchain
Popular Use Cases for Docker in Various Industries
Lab: Setting Up Your Environment
Lab: Nusactl Setup & Reset Virtual Machine Guidelines
Quiz: Nusactl Setup
Summary
Container Overview
Docker Overview
Lab 1.1 Tunneling Access Server & Basic Vim Command

Installation and Configuration

Differences in Docker Deployments Across Various Operating Systems
Exploring Docker’s Integration with Virtual Machines and Cloud Platforms
The Impact of Docker’s Configuration on Performance and Security
Understanding the Docker Daemon and Its Role in Docker Operations
Analyzing the Docker CLI’s Role in Container Management
Lab: Installing Docker
Lab: Docker Basic Operations
Lab: Configuring Storage Driver
Lab: Configuring Logging Driver
Quiz: Installing Docker
Quiz: Docker Basic Operations
Summary
Get Docker
Docker Engine Installation Prerequisites
Storage Drivers
Logging Driver
Docker Basic Operations
Quiz 2.1

Image Creation, Management, and Registry

The Lifecycle of a Docker Image: From Creation to Deployment
Best Practices in Writing Dockerfiles for Efficient and Reusable Images
Understanding Docker Image Layers and Their Impact on Performance
Exploring Docker’s Build System: From Dockerfile to Multi-Stage Builds
Image Security: Analyzing Common Vulnerabilities and Mitigation Strategies
The Role of Docker Registries in Containerized Application Development
Managing Image Versions and Tags for Effective Version Control
Lab: Build PHP Container Image
Lab: Build Python Django Container Image
Lab: Build NodeJS Container Image
Lab: Build Java Container Image
Lab: Build Golang Container Image
Lab: Working with Public Image Registry
Lab: Deploy Harbor Private Image Registry
Lab: Working with Private Image Registry
Quiz: Image Management
Quiz: Multi-stage Build
Summary
Introduction to Docker Images
Introduction to Dockerfile
Best Practices for Writing Dockerfiles
Managing Docker Images
Introduction to Docker Image Registry
Private Image Registry
Introduction to Harbor

Networking

The Docker Networking Model: Concepts and Architecture
Understanding Docker’s Built-In Network Drivers and Their Use Cases
Advanced Networking Concepts: Overlay Networks and Service Discovery
Security Implications of Docker Networking: Best Practices
The Role of DNS in Docker Networking
Lab: Understanding Docker Bridge Network
Lab: Create and Manage a Custom Bridge Network
Lab: Docker Host Network
Lab: Accessing Docker Containers Using Port Mapping
Lab: Managing DNS Settings in Docker Containers
Quiz: Docker Networking and Configuration
Summary
Docker Networking
Published Ports
Network Drivers
Configure Docker to Use Proxy Server
DNS Services
Lab: Using Default Bridge Network
Lab: Using User Defined Bridge Network
Lab: Using Host Network
Lab: Publishing Container Port
Lab: Configure Docker to Use External DNS
Quiz 4.1

Storage and Volumes

Exploring Storage Options
The Role of Volumes in Data Persistence Across Docker Containers
Exploring Docker’s Storage Drivers and Their Use Cases
Protecting Persistent and Volatile Data
Optimizing Storage Utilization for Large-Scale Docker Deployments
Lab: Managing Docker Volumes
Lab: Exploring and Managing Docker Bind Mounts
Lab: Working with Docker Tmpfs Mounts
Quiz: Managing Persistent Data in Docker
Summary
Manage data in Docker
Docker Mount Types
Docker Storage Drivers
Lab 5.1 Create and Manage Volumes
Lab 5.2 Container with a Bind Mount
Lab 5.3 Use a tmpfs Mount in Container
Quiz 5.1
Lab: Managing Docker Volumes

Security

Security Implications of Containerization: Docker’s Approach to Security
Analyzing Docker’s Built-In Security Features and How They Work
The Role of Isolation and Sandboxing in Docker Security
Best Practices for Managing Access Control in Docker Environments
Securing Docker Images: Vulnerability Analysis and Hardening Techniques
The Importance of Regular Monitoring and Auditing in Docker Security
Lab: Running Docker as a Non-root User
Lab: Managing Docker Daemons Remotely with Docker Contexts
Lab: Scanning and Resolving Container Image Vulnerabilities with Trivy
Quiz: Reduce Image Vulnerability
Summary
Test
Docker Security
Rootless Mode
Protect the Docker Daemon Socket
Docker Content Trust (DCT)
Antivirus Software and Image Scanner
Security Best Practices
Lab: Run the Docker daemon as a non-root user (Rootless mode)
Lab: Use SSH to Protect the Docker Daemon Socket
Lab: Signing Images with Docker Content Trust
Lab: Image Vulnerability Scan using Trivy
Quiz 6.1

Orchestration

Understanding Docker Swarm’s Role in Container Orchestration
The Concept of Services and Stacks in Docker Swarm
How Docker Swarm Manages Scaling and Load Balancing of Containers
The Role of Orchestration in Achieving High Availability and Fault Tolerance
Advanced Orchestration Concepts: Service Meshes and Microservices Architecture
Lab: Deploying a Flask Application with Redis Using Docker Compose
Lab: Setting Up and Managing Docker Swarm Nodes
Lab: Managing Docker Swarm Services
Lab: Managing Secrets in Docker Compose
Lab: Managing Docker Secrets in Swarm Services
Quiz: Setup Wordpress with Secret in Docker Swarm
Summary
Deployment and Orchestration
Docker Compose
Docker Swarm
Docker Swarm : Service
Manage Sensitive Data with Docker Secrets
Lab: Deploying a Python Web Application using Docker Compose
Lab: Provisioning Docker Swarm Cluster
Lab: Deploy Services to Swarm
Lab: Defining and Using Secrets in Compose Files
Lab: Use Secrets with Swarm Service
Quiz 7.1

Post Training: Lab Setup for Self Learning

Virtualbox Configuration
Konfigurasi VirtualBox - Academy Team
Nusactl Configuration

Project : Go-React Full-Stack Applications

Optimizing Dockerfiles for Go and React Applications
Docker-Compose Orchestration for Full-Stack Services
PostgreSQL Fundamentals for Go-React
Lab : Preparation PostgreSQL on Host
Lab : Building and Running Dockerized Go and React
Quiz : Upload Go-React Images to Harbor

Project : Laravel Initialization Framework

Docker Basics for Laravel
Docker-Compose for Laravel Initialization Framework
Lab : Building and Running Dockerized Laravel Framework
Lab: Codeigniter Oracle

Project : NestJS Auth API

Docker Fundamentals for NestJS API Development
Lab : Building and Running Docker Images for NestJS

Project : Python-Laravel Apps

Optimizing Dockerfiles for FastAPI, and Laravel Applications
Docker-Compose Best Practices for Multi-Framework Application Orchestration
Lab : Containerizing Web Stacks with Dockerfiles
Lab : Docker Compose for Multi-Service Apps

Post-Training : Survey & Post-Test Completion

Survey Training
Post-Test

Common Questions

Is there a minimum number of participants required for the training to run?

Yes, the training can be conducted with a minimum of 4 participants. If the number of participants does not meet the minimum requirement, you may contact us for further information on the available options.

Is it possible to customize the training materials?

Yes, the training materials can be customized based on your needs. The topics are not limited to Cloud, CloudSecOps, and DevSecOps.