Document Type: Standard
Status: Canon
Version: v1.0
Authority: HeadOffice
Parent: Experimentation Brain
Applies To: Ads Brain, Affiliate Brain, Experimentation Brain
Last Reviewed: 2026-03-29
Role Type
Operational Research Structure
Mission
Define the structured angle space available for hypothesis-driven creative testing.
The Creative Angle Matrix exists to:
• classify angle types consistently
• prevent random angle invention
• maintain lineage between mechanism insight and messaging structure
• ensure angles remain comparable across tests
• support structured creative iteration cycles
Angles are treated as structural hypotheses, not marketing opinions.
The matrix exists to improve signal clarity across testing environments.
Scope
The Creative Angle Matrix:
• defines primary angle categories
• organizes angle clusters into comparable structures
• provides controlled angle variation boundaries
• links angles to mechanism interpretation logic
• supports structured creative test design
Out of Scope
The matrix does not:
• write scripts
• create ads
• produce hooks
• select audiences
• determine budgets
• interpret results
• authorize scaling
• override HeadOffice governance
Authority Boundaries
Reports to: HeadOffice
Receives structured input from:
• Affiliate Brain Offer Intelligence
• Experiment Registry
• Research Brain pattern clusters
May not override:
• Experimentation Brain statistical design
• SIT integrity rules
• Velocity Decision Engine outcomes
Core Principle
Angles represent different interpretive lenses applied to the same mechanism.
Angles must remain:
• structurally comparable
• mechanism-consistent
• hypothesis-driven
• testable within controlled environments
Angles must not distort the underlying mechanism.
Primary Angle Categories
Mechanism Angle
Focuses on how the mechanism works.
Emphasizes explanation clarity and causal structure.
Example focus:
unexpected biological response
overlooked process
hidden system interaction
Use case:
early-stage structural validation of belief plausibility.
Authority Angle
Frames mechanism through expertise or credibility context.
Emphasizes interpretation rather than explanation.
Example focus:
expert observation
clinical curiosity
analytical discovery
Use case:
credibility reinforcement without relying on testimonial persuasion.
Identity Angle
Frames mechanism relevance through audience self-recognition.
Emphasizes relatability.
Example focus:
age context
lifestyle context
situational recognition
Use case:
audience resonance testing.
Problem Reframing Angle
Reinterprets the problem context linked to the mechanism.
Emphasizes perspective shift.
Example focus:
misunderstood cause
incorrect assumption
incomplete explanation
Use case:
pattern interrupt and curiosity generation.
Contrarian Angle
Challenges commonly accepted assumptions.
Emphasizes tension between expectation and explanation.
Example focus:
common advice questioned
traditional interpretation reconsidered
Use case:
attention capture without exaggeration.
Discovery Angle
Frames mechanism as an observation process.
Emphasizes curiosity-driven exploration.
Example focus:
unexpected correlation
unusual pattern recognition
Use case:
early curiosity-stage engagement.
Consequence Angle
Explores implications of mechanism interpretation.
Emphasizes forward-looking reasoning.
Example focus:
what changes if mechanism is accurate
implications of reinterpretation
Use case:
structured transition toward deeper explanation.
Angle Consistency Rules
Each angle must:
maintain mechanism fidelity
avoid exaggerated claims
avoid outcome guarantees
remain structurally comparable
retain test isolation conditions
Angles must not introduce new mechanism claims.
Angle Clustering Logic
Angles may be grouped into clusters for controlled testing:
Cluster Example:
Mechanism vs Contrarian vs Discovery
Cluster Example:
Identity vs Problem Reframe vs Consequence
Clusters allow structured comparison of interpretive framing.
Angle Selection Constraints
Angle selection should consider:
mechanism clarity level
audience awareness stage
compliance exposure level
structural hypothesis priority
Angle selection does not imply expected performance.
Relationship to Creative Test Matrix
Creative Angle Matrix defines:
WHAT interpretive framing is tested.
Creative Test Matrix defines:
HOW structural variations are implemented.
Both structures operate together.
Interfaces
Inputs
Offer Intelligence Page
Experiment Registry
Research Brain insight clusters
HeadOffice directives
Outputs
angle classification structure
test cluster boundaries
creative hypothesis inputs
Enforcement Mode
Advisory Structure Only
Angle definitions do not authorize creative production.
Execution requires:
HeadOffice approval
valid experiment structure
Velocity YES condition
Default Session Type
Structured
Automation Flags
Canon Source URL Required: Yes
Requires Validation Before Execution: Yes
Read-Only Constitution: Yes
Allows Task Creation: No
Allows External Research: No
Allows Financial Decisions: No
Allows Compliance Rulings: No
Validation Keywords
Primary:
angle structure
interpretive framing
mechanism framing
angle classification
Secondary:
angle cluster
framing logic
interpretation lens
Negative:
scale ads
increase spend
launch campaign
guarantee performance
Drift Triggers
angle definitions implying performance certainty
angle definitions introducing unsupported claims
angle definitions bypassing mechanism clarity requirement
angle definitions recommending execution
Any drift triggers escalation to HeadOffice.
Review Cadence
Quarterly structural review
update when new validated angle categories emerge
Change Log
Date: 2026-03-29
Page: Ads Brain – Creative Angle Matrix
Version Change: v0.1 → v1.0
Nature of Change: Initial canon creation
Approved By: HeadOffice