1. Free Framework

Digital Security Foundations

• Module 1: Digital Security Foundations
  Learn the main concepts of digital security and how users, data, and digital components relate to one another.
• Module 2: Understanding Digital Risks
  Explore common digital risks, threat sources, and factors that may affect information protection.
• Module 3: Data Protection Principles
  Study foundational principles for storing, transferring, and handling data responsibly.
• Module 4: Accounts and Identity
  Examine accounts, digital identity, and user verification concepts.
• Module 5: Recognizing Suspicious Activity
  Compare routine digital activity with events that may require additional review.
• Module 6: Security Review Foundations
  Connect foundational subjects through structured educational scenarios.

2. Luma Framework

Users, Roles, and Protection Layers

• Module 1: Identity and Accounts
  Examine relationships between digital identity, credentials, and accounts.
• Module 2: Permissions and Roles
  Study user roles, permissions, and responsibility structures.
• Module 3: Data in Motion and at Rest
  Compare stored information with information during transmission.
• Module 4: Network Communication Basics
  Explore foundational digital communication between environment components.
• Module 5: Event Records and Activity Logs
  Study the structure and context of digital event records.
• Module 6: Recognizing Irregular Patterns
  Compare routine and changed activity patterns.
• Module 7: Layered Protection Concepts
  Explore relationships between several protection layers.
• Module 8: Security Review Scenario
  Apply the material through a scenario involving users, data, permissions, and records.

3. Cipher Framework

Events, Timelines, and Digital Signals

• Module 1: Event Data Structure
  Study timestamps, identifiers, event types, and contextual fields.
• Module 2: Building Timelines
  Organize digital events into chronological sequences.
• Module 3: Comparing Event Sources
  Compare information from several sources.
• Module 4: Pattern Recognition
  Identify recurring and changed activity patterns.
• Module 5: Context and Correlation
  Connect users, timing, events, and previous activity.
• Module 6: Incident Indicators
  Review educational examples of signals requiring further examination.
• Module 7: Writing Analytical Notes
  Organize facts, observations, and questions.
• Module 8: Multi-Source Review
  Combine multiple information sources into a connected analytical view.

4. Slate Framework

Event Review and Prioritization

• Module 1: Risk Review Foundations
  Build a basic structure for reviewing digital risk.
• Module 2: Context Matters
  Study how timing, users, and information types affect event interpretation.
• Module 3: Event Prioritization
  Organize digital signals by review priority.
• Module 4: Impact and Exposure
  Consider possible effects on data and digital components.
• Module 5: Evidence and Assumptions
  Separate facts, observations, and assumptions.
• Module 6: Review Checklists
  Use structured lists for consistent analysis.
• Module 7: Reporting Observations
  Prepare concise analytical records.
• Module 8: Structured Risk Scenario
  Apply the material through a broader educational scenario.

5. Drift Framework

Reviewing Change Over Time

• Module 1: Activity Baselines
  Build a reference view of routine activity.
• Module 2: Behavioral Changes
  Compare user behavior across different periods.
• Module 3: Permission Changes
  Review changes in roles and permissions.
• Module 4: Sequence Analysis
  Examine how event order influences interpretation.
• Module 5: Data Movement Patterns
  Study information movement within educational environments.
• Module 6: Change Detection
  Compare current and earlier environment states.
• Module 7: Comparative Review
  Organize comparisons across several periods.
• Module 8: Drift Analysis Scenario
  Apply the material through a structured change-analysis scenario.

6. Vertex Framework

Relationships Between Digital Components

• Module 1: Connected Digital Environments
  Study users, data, events, and protection mechanisms as a connected structure.
• Module 2: Relationship Mapping
  Create structured maps between digital components.
• Module 3: Event Dependencies
  Examine relationships between earlier and later events.
• Module 4: Cause and Sequence
  Distinguish chronological order from causal relationships.
• Module 5: Multi-Layer Review
  Review users, permissions, data, and event records together.
• Module 6: Scenario Comparison
  Compare several interpretations of the same scenario.
• Module 7: Dependency Documentation
  Document relationships supported by the available information.
• Module 8: Connected Environment Review
  Apply the course structure to a connected digital environment.

7. Nexus Framework

Multi-Zone Digital Analysis

• Module 1: Multi-Zone Digital Environments
  Explore relationships between several digital areas.
• Module 2: User and Role Relationships
  Study connections between users, roles, and permissions.
• Module 3: Data Flow Mapping
  Create structured maps of information movement.
• Module 4: Cross-Event Correlation
  Compare events from different information sources.
• Module 5: Shared Context Analysis
  Develop shared context around multiple signals.
• Module 6: Priority Across Multiple Signals
  Compare and organize several digital events.
• Module 7: Structured Case Notes
  Organize more detailed analytical records.
• Module 8: Nexus Review Scenario
  Apply the curriculum through a multi-zone educational scenario.

8. Lattice Framework

Multi-Layer Analysis

• Module 1: Layered Environment Analysis
  Divide a digital environment into analytical layers.
• Module 2: Relationship Grids
  Build structured relationship maps.
• Module 3: Multi-Source Correlation
  Compare records from several sources.
• Module 4: Timeline Layers
  Combine multiple timelines.
• Module 5: Role and Permission Context
  Review user roles and permissions within wider context.
• Module 6: Evidence Mapping
  Connect observations with supporting information.
• Module 7: Structured Scenario Breakdown
  Divide larger scenarios into manageable analytical sections.
• Module 8: Lattice Review Scenario
  Apply the material in a multi-layer educational case.

9. Anchor Framework

Organizing Complex Digital Scenarios

• Module 1: Incident Structure Mapping
  Create a central structure for a digital scenario.
• Module 2: Evidence Relationships
  Connect observations with relevant records.
• Module 3: Timeline Consolidation
  Combine several timelines.
• Module 4: User Activity Review
  Compare activity across several users.
• Module 5: Data and Permission Context
  Connect information movement with permission changes.
• Module 6: Analytical Hypotheses
  Form and review working interpretations.
• Module 7: Structured Incident Notes
  Document facts and observations consistently.
• Module 8: Review Priorities
  Organize the order in which information is examined.
• Module 9: Final Case Organization
  Structure larger collections of digital records.
• Module 10: Anchor Analysis Scenario
  Apply the material in a broader multi-source scenario.

10. Quantum Framework

Complete Analytical Structure

• Module 1: Full Environment Overview
  Begin with a structured overview of a larger digital environment.
• Module 2: Multi-Source Data Organization
  Organize information from several sources.
• Module 3: Central Timeline Construction
  Build a central event timeline.
• Module 4: Identity and Permission Context
  Review users, roles, and permission structures.
• Module 5: Data Flow Relationships
  Connect information movement with digital events.
• Module 6: Behavioral Pattern Review
  Compare activity patterns.
• Module 7: Cross-Layer Correlation
  Bring several analytical layers together.
• Module 8: Hypothesis Review
  Compare working interpretations with available information.
• Module 9: Evidence Classification
  Separate facts, observations, and open questions.
• Module 10: Priority and Impact Review
  Organize events according to review priority and context.
• Module 11: Analytical Documentation
  Prepare a structured analytical document.
• Module 12: Quantum Final Scenario
  Apply the complete learning structure in a multi-layer educational scenario.

Learning Path

Free Framework → Luma Framework → Cipher Framework → Slate Framework → Drift Framework → Vertex Framework → Nexus Framework → Lattice Framework → Anchor Framework → Quantum Framework

Each stage adds another layer of detail, moving from foundational digital security concepts toward structured analysis of events, users, data, timelines, and relationships across digital environments.