Document Type: Framework
Status: Active
Version: v1.0
Authority: Affiliate Brain
Parent: Affiliate Brain
Applies To: Affiliate Brain
Last Reviewed: 2026-04-21
Purpose
Affiliate Brain Research Signal Intake Framework defines how Affiliate Brain receives, interprets, and prioritises structured research signals originating from Research Brain.
The framework ensures Research outputs are interpreted consistently and translated into structured opportunity evaluation inputs.
Without structured intake logic, Research signals may be:
misinterpreted
inconsistently prioritised
incorrectly escalated
prematurely rejected
prematurely advanced
This framework ensures Affiliate Brain maintains consistent evaluation posture when receiving cross-brain intelligence inputs.
Scope
This framework applies to:
Research-origin opportunity signals
research-origin mechanism signals
research-origin behavioural signals
research-origin market signals
research-origin competitor signals
research-origin funnel structure observations
The framework defines intake interpretation logic.
It does not define final commercial decisions.
It does not define capital allocation decisions.
It does not define statistical validation decisions.
Core Principle
Research Brain provides structured intelligence signals.
Affiliate Brain interprets signals through behavioural and commercial evaluation logic.
Affiliate Brain determines whether signals:
enter Opportunity Queue
progress to Offer Intelligence
require signal strengthening
require additional interpretation
require rejection
Affiliate Brain does not reinterpret research evidence itself.
Affiliate Brain evaluates commercial implications of research signals.
Intake Signal Components
Affiliate Brain interprets structured signals received from:
Research Brain Research Affiliate Handoff Protocol
Signal components may include:
Offer overview
offer model
funnel classification
market interpretation
competitor observations
structural strengths
structural concerns
research verdict
confidence level
known unknowns
recommended next posture
Signal Interpretation Dimensions
Affiliate Brain evaluates Research signals across several dimensions.
Commercial Interpretability
Determines whether Research signals provide sufficient clarity to allow commercial interpretation.
Examples:
clear problem definition
identifiable audience
understandable mechanism
observable demand signal
Signals lacking commercial interpretability may require further Research refinement.
Behavioural Testability
Determines whether signals may be translated into behavioural hypotheses.
Examples:
clear value proposition pattern
identifiable belief shift opportunity
observable user motivation
identifiable friction point
Testability influences Experimentation Brain readiness.
Market Accessibility
Determines whether opportunity may be reachable through available traffic channels.
Examples:
clear targeting logic
identifiable channel alignment
observable audience clusters
behavioural visibility in traffic environments
Accessibility influences opportunity prioritisation.
Differentiation Potential
Determines whether observable structural differentiation may exist.
Examples:
novel mechanism framing
identifiable positioning gap
competitor pattern weakness
structural angle opportunity
Differentiation potential influences creative testing strategy.
Signal Sufficiency
Determines whether sufficient signal density exists to justify progression.
Examples:
multiple independent signals present
structural clarity observable
behavioural interpretation consistent
signal density supports hypothesis formation
Weak signal density may delay progression.
Intake Decision Postures
Affiliate Brain may assign intake posture:
enter Opportunity Queue
progress to Offer Intelligence
hold for additional Research signals
request signal clarification
reject signal
defer signal
Posture classification improves evaluation consistency.
Dependency Awareness
Affiliate Brain must remain aware of signal limitations.
Examples:
unclear pricing environment
unclear traffic cost environment
unclear funnel economics
incomplete competitor mapping
incomplete behavioural clarity
Dependencies may influence prioritisation pacing.
Interfaces
Inputs:
Research Brain Research Affiliate Handoff Protocol
Research Brain Research Verdict Framework
Research Brain Offer Source Validation Framework
Outputs:
Affiliate Brain Opportunity Queue
Affiliate Brain Offer Intelligence
Experimentation Brain hypothesis formation signals
HeadOffice visibility signals
Drift Protection
Reject or flag when:
Affiliate Brain overrides Research interpretation authority
Affiliate Brain assumes signal certainty beyond evidence
Affiliate Brain ignores known unknowns
Research signal structure incomplete
opportunity prioritisation inconsistent
structural signal dimensions ignored
Evaluation discipline must remain consistent.
Architectural Intent
Affiliate Brain Research Signal Intake Framework stabilises the transition between Research intelligence and commercial evaluation logic.
It improves:
cross-brain communication clarity
opportunity prioritisation discipline
evaluation consistency
signal continuity
structural reliability of Opportunity Queue
Stable intake logic improves downstream testing reliability.
Change Log
Version: v1.0
Date: 2026-04-21
Author: Affiliate Brain
Initial creation of Affiliate Brain Research Signal Intake Framework defining structured intake interpretation logic for Research-origin signals.
Improves consistency of opportunity prioritisation and strengthens cross-brain routing compatibility.
END AFFILIATE BRAIN RESEARCH SIGNAL INTAKE FRAMEWORK