Brain Engagement Score
A composite score predicting the intensity of neural activation across key brain regions during video viewing.
A Brain Engagement Score (BES) is a composite metric that predicts the intensity and quality of neural activation across key brain regions during video viewing. It aggregates predicted responses from attention networks, emotional processing regions, and memory-encoding circuits into a single score.
Unlike surface engagement metrics (views, likes, shares), a brain engagement score measures what's happening inside the viewer's brain — not their behavioral response. This distinction matters because neural engagement is often a better predictor of downstream outcomes (brand recall, purchase intent, behavior change) than surface metrics alone.
VidCognition's Brain Engagement Score is derived from TRIBE v2 predictions across multiple cortical regions, including:
- Attention networks: Fronto-parietal regions that control sustained attention
- Visual processing areas: V1–V5 and higher visual cortex
- Emotional processing: Amygdala and limbic system activation
- Memory encoding: Hippocampal activation associated with long-term memory formation
A high BES (70+) indicates the video is producing strong, broad neural activation — the kind associated with deep processing and recall. A low BES indicates passive processing or disengagement — the viewer may watch but won't remember.
BES is most useful when analyzed at the second level — identifying which moments of a video produce peak engagement and which moments cause neural disengagement, even before viewers swipe.
Related Terms
fMRI (Functional Magnetic Resonance Imaging)
A brain imaging technique that measures neural activity by detecting blood flow changes in different brain regions.
TRIBE v2 (Meta FAIR tri-modal brain foundation model)
Meta AI's model that predicts fMRI cortical responses to video stimuli, used as the engine behind VidCognition.
Hook Score
A 0–100 rating of how effectively the first 3 seconds of a video captures viewer attention.
Neural Encoding
The process by which the brain converts sensory input into neural activity patterns.