You will perform a precise, real-world task: granting edit access on a single page while keeping the space read-only. The lesson emphasizes safe execution and verification.

In this module, you will understand how to control page access begins with recognizing why restrictions are necessary when they should be applied. You will examine common workplace scenarios to identify valid triggers such as confidential information and work-in-progress content, building the judgment needed before applying access controls.

In this module, you will learn how to apply page-level access controls in practice helps learners move from decision-making to execution. You will translate policy into action by assigning editor and viewer roles, verifying restrictions, and ensuring pages are shared securely while supporting effective collaboration.

This module introduces the foundational role of passwords and multi-factor authentication (MFA) in protecting organizational systems. You will examine why basic credential-based security fails and how MFA meaningfully reduces unauthorized access risk.

This module shifts from understanding to action. You will enable MFA on your own account, reflect on usability and adoption challenges, and reinforce secure access as a repeatable habit.

In this module, you will identify where personal email-notification settings are located in Confluence and distinguish them from space-level or admin-level controls. This lesson emphasizes on accurate navigation and understanding configuration ownership.

In this module, you will adjust Confluence email notifications to Mentions Only and verify correct behavior through a controlled test using a teammate @mention.

You will apply structured permission models in Confluence to balance collaboration and control. The focus is on granting the right access to the right group, without overexposure.

You will evaluate existing permissions, identify compliance risks, and close gaps using a repeatable audit approach aligned with GDPR expectations.

This lesson focuses on proactive security controls that prevent unauthorized access. You will explore identity management, SSO, MFA enforcement, and encryption-in-transit as foundational protections for Confluence environments.

This lesson shifts from prevention to verification. You will practice evaluating security posture through audits, penetration scans, and compliance documentation aligned to recognized standards.

In this module, you will focus on configuring Confluence user permissions to meet project needs while protecting sensitive information. You will explore why permission decisions matter, how group-based access simplifies management at scale, and how to balance collaboration with security. By the end, you will be able to configure user and group permissions confidently for real project scenarios.

In this module, you will focus on auditing user activity and managing licenses to maintain security and compliance. You will explore why regular audits matter, learn how to review activity logs, identify inactive users, and take action to recover licenses. By the end, you will be able to evaluate user activity and make informed decisions that support compliance and cost control.

Security and access control require continuous evaluation, evidence-based reasoning, and defensible decision-making. In this project, you will act as an IT Manager responsible for conducting a structured security audit of a Confluence environment in preparation for a compliance review. You will assess permissions, authentication controls, and user management practices to determine overall security posture. Beyond identifying issues, you will justify risk classifications, validate findings, and develop a prioritized remediation plan that balances security, usability, and operational constraints. You will document your audit approach, analyze evidence, and communicate findings in a clear, professional format suitable for stakeholders and auditors. The final outcome is a comprehensive audit report that reflects real-world expectations, demonstrating your ability to evaluate systems, defend decisions, and translate technical risks into actionable improvements.