Before markets, media, language or brands, living systems had to feel.
Enough to move toward reward and away from risk.
GlassView starts from a simple premise: people do not make decisions as spreadsheets. They respond, attach meaning, form belief and then act. The emotional layer is not soft. It is the layer where persuasion begins.
The problem was never the lab signal. The problem was what happened next.
Reading the brain's response to brands is not new. Decades ago, companies were already putting people in clinical environments and watching the brain respond. The problem was never the lab signal. The problem was what happened next: a signal discovered in isolation had to travel through a strategist, a director and an operations team before it ever reached media. By the time it arrived, the meaning was diluted, simplified or lost.
GlassView closes the loop between emotional response and live media outcomes. The campaign itself is the experiment.
Clinical-grade brain imaging, by exclusive license.
GlassView's signal comes from an exclusive license to clinical-grade EEG technology developed by Cogwear, a neuroscience company spun out of UPenn Medicine. The same sensor technology powers NIH-funded studies and Alzheimer's detection work. Cogwear operates as a separate entity in its own markets.
The scientific program is led by Dr. Michael Platt, GlassView's Chief Neuroscientist and a distinguished professor at the Wharton School, whose work on how brains respond to brands spans from primate neuroscience to consumer behavior. His work on brain synchrony was recently featured in the PBS documentary Wired for Connection.
Participation is consent-based. Cogwear holds raw signal; GlassView receives only de-identified, aggregated response data, aligned with HIPAA, GDPR and CCPA standards. The result is a behavioral validation corpus that cannot be modeled, estimated or reverse-engineered.
A defined taxonomy of brain-level responses. Synchrony comes first, always.
The Emotional Intelligence Engine™ reads a defined taxonomy of brain-level responses. When many brains respond together, the signal is real. It is the validity gate every downstream read must pass. This is not a proprietary conceit. It is the same phenomenon PBS recently featured Dr. Platt explaining: synchrony as a biomarker of connection, predicting trust, communication and performance.
Synchrony
Shared response across the audience. The upstream test of whether a signal deserves attention at all.
Affinity · Empathy · Nostalgia
The responses that bind audiences to brands and, when validated, predict downstream action.
Impulse · Recall · Fatigue
Whether the message drives intent, whether it encodes into memory, and when repetition begins to decay.
Not every signal matters. A brand can create joy, impulse or attention and still fail to move the outcome. Signals are pressure-tested against live performance: when a signal corresponds with lift, it becomes useful. When it does not, it is noise. This is how the system separates emotional theater from emotional causality.
Synchrony isn't our claim. It's a published result.
Section 04 is the gate. This is the independent science behind it — work we did not run — showing that synchrony predicts what people do, and that attention barely does.
A dozen brains predicted the preferences of thousands.
In a 2014 Nature Communications study, EEG from as few as twelve viewers predicted the aggregate response of audiences numbering in the thousands — explaining roughly two-thirds of the variance in how the public rated Super Bowl ads — and predicted the crowd more reliably than the individuals being measured. The mechanism was synchrony: how similarly a group of brains responds, moment to moment.1
Synchrony predicts commercial outcomes.
In separate peer-reviewed work, EEG synchrony significantly predicted music-streaming popularity — with brain measures outperforming what listeners said they preferred.2
Attention doesn't.
The Advertising Research Foundation placed synchrony at the top of sales predictivity and attention near the bottom, concluding that attention does not convey sales impact.3 A Wharton Neuroscience Initiative study with FOX found the same pattern: attention and persuasion measures lagged the brain's actual response, and television environments carried far more of the sales-predictive signal than digital.4
The standards body agrees.
The IAB's attention-measurement framework names neurological response as one of four measurement approaches, and states that the data signals most of the market sells do not reveal the full range of human emotion, intent or sentiment. GlassView sits on the IAB Measurement, Addressability & Data Center board and contributed to that work.5
Most of the market approximates this signal with behavioral proxies. GlassView reads it directly — from the brain, inside live media — under exclusive license to Cogwear's clinical-grade EEG, the same instrument Wharton is using to carry this research into the home, linked to household-level sales.4 The signal is not modeled or inferred. It is measured.
Dmochowski, Bezdek, Abelson, Johnson, Schumacher & Parra. "Audience preferences are predicted by temporal reliability of neural processing." Nature Communications 5:4567 (2014). doi.org/10.1038/ncomms5567
"A Sound Prediction: EEG-Based Neural Synchrony Predicts Online Music Streams." Frontiers in Psychology (2021).
Advertising Research Foundation, AxS Neuro — neuroscience measures and sales predictivity (2024).
Wharton Neuroscience Initiative & FOX, study of attention and emotion in sales prediction (2024).
IAB Measurement, Addressability & Data Center, Attention Measurement Explainer (2024). GlassView, board member organization & contributor.
Green denotes peer-reviewed evidence; applied and industry findings are labeled as such. Every figure above links to its primary source.
The Engine reads human response, maps it against media conditions and optimizes delivery.
The system becomes more valuable as campaign evidence accumulates. Every impression deepens the corpus.