Practice Azure Fundamentals Through High-Fidelity Simulation

The AZ-900 Helix Software-Defined Lab gives learners an interactive way to explore foundational Microsoft Azure concepts and practice essential cloud workflows directly in their browser.

Learners complete realistic, carefully designed exercises covering cloud computing concepts, Azure services, compute and networking, storage, security, governance, and management tools. High-fidelity screens, interactive hotspots, and responsive interface elements closely recreate key experiences within the Microsoft Azure portal.

There is no virtual machine to launch and no Azure subscription or temporary cloud credentials to manage. The lab opens quickly in the browser, allowing learners to focus on practicing the targeted skills.

What Learners Can Practice

Depending on the exercises included in the course, learners may practice workflows related to:

• Exploring cloud computing concepts and Azure service models
• Identifying core Azure architectural components
• Exploring Azure compute and networking services
• Understanding Azure storage services and options
• Navigating the Microsoft Azure portal
• Exploring Azure identity, access, and security features
• Understanding Azure governance and compliance tools
• Exploring Azure cost management and monitoring capabilities

Why Choose a Helix Software-Defined Lab?

Learn by Doing

Reinforce technical concepts through interactive exercises instead of passive instruction alone.

Practice Authentic Workflows

Complete tasks modeled on the interfaces, terminology, and processes used within Microsoft Azure cloud environments.

Start in the Browser

Access the learning environment without provisioning a virtual machine or connecting a live Azure subscription.

Practice Safely

Work through guided scenarios without changing or affecting live cloud resources.

Repeat Important Tasks

Revisit targeted workflows in a consistent environment to strengthen familiarity and confidence.

Focus on the Learning Objective

Each experience is purpose-built around specific skills, helping learners concentrate on the tasks they need to master.

Who Is This Lab For?

This lab is designed for:

• Learners preparing for Microsoft AZ-900 training
• Beginners exploring Microsoft Azure and cloud computing
• IT professionals building foundational cloud knowledge
• Business and technical professionals seeking to understand Azure services
• Instructors adding interactive practice to their courses
• Training providers delivering scalable technical education
• Organizations building foundational Azure knowledge across their teams

Software-Defined Labs and Live Labs

Helix supports different types of hands-on learning for different objectives.

Helix Software-Defined Labs provide focused, high-fidelity simulations for guided practice, repeatable exercises, and targeted skill development.

Helix Live Labs connect learners to real technology environments and support open-ended exploration, configuration, experimentation, and troubleshooting.

The two experiences are complementary. This product is a Software-Defined Lab delivered through simulation and does not provide access to a live Microsoft Azure environment.

The Helix Learning Ecosystem

Helix brings together XtremeLabs’ hands-on learning solutions, including Software-Defined Labs and live virtual machine–based labs. Through Helix Labs and Helix Exchange, learners, instructors, training providers, and organizations can access practical learning experiences across Microsoft Azure, Microsoft 365, Microsoft Copilot, Windows, and other technologies.

One hands-on learning ecosystem. Multiple ways to practice. The right environment for every skill.

PRODUCT HIGHLIGHTS

• High-fidelity Azure portal simulation
• Interactive, scenario-based exercises
• Browser-based access
• No live Azure subscription required
• No virtual machine provisioning
• Safe, consistent learning experience
• Practice aligned with Azure Fundamentals concepts
• Designed for learners new to Azure and cloud computing

Labs are available in English.