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Is everybody paying attention? Neuromatters offers advertisers and creatives new brain-imaging tools to test content

Producers of TV and online video advertisements, movies, trailers, and TV shows now have a new method to pre-test whether viewers will tune in or tune out, after Manhattan-based Neuromatters released Cognitive Capture, a tool based on the latest neuroscience research for measuring and predicting audience attention. And for once, this neuroscience technique is validated with impressive power to predict audience reactions at cost-effective and nimble sample sizes.

Traditionally, content producers looking to pre-test their content will ask questions to people in focus groups. “That has its uses, but it does not measure non-conscious reactions and instinctive decisions to pay attention or tune out,” says Paul DeGuzman, Senior Researcher at Neuromatters. That is why “neuromarketing” firms have been promising for almost a decade now that they can access non-conscious reactions. “But”, says DeGuzman, “they have struggled to convince the marketing community that they add sufficient insight to justify the extra time and expense.”

Neuromatters hopes to change this. By using the established technique of Electroencephalography (EEG) to take a new measure called Inter-Subject Correlation (ISC), Neuromatters believes it has found a true measure of audience attention. “If the content is engaging, we are all paying attention, so our brains react in the same way. If the content is not engaging, our minds wander independently of each other. So if the video is boring, I am thinking about tonight’s dinner, you are thinking about last night’s game, our brains are out of sync, activity peaking at different times. So by measuring the extent to which audience members’ brains are in sync, rather than the strength of the brainwaves they are producing, we think we have a good measure of audience attentiveness.”

This intuition is backed up by academic research work from the City College of New York (CCNY), showing ISC to be significantly correlated with a range of indicators of attention. This, according to DeGuzman, is how Neuromatters hopes to advance the use of brain-imaging in marketing research. “We have validated that ISC actually does correlate with measures of liking and attention. We were not aware of any other “neuro” modalities that have that kind of validation, except, in some cases, fMRI (functional Magnetic Resonance Imaging), which is incredibly expensive and does not provide second-by-second analysis.” Unlike fMRI and competing EEG measures, Cognitive Capture is cost-effective, says DeGuzman, “because ISC is valid at small sample sizes – less than 20 people.”

The company believes that Cognitive Capture will add value to content producers on top of what they get from focus groups. “A focus group can tell you whether they like something once you have made them pay attention to it,” says Martin Smith, Neuromatters’ Business Development lead. “What we can do is tell you whether people are paying attention. In the real world of information overload, people have to be paying attention to your ad in order to both like and remember it.”

A further feature of Neuromatters’ technology – which is seamlessly integrated with established quantitative and qualitative research techniques such as eye-tracking and heart-rate monitoring - is the ability to analyze peaks and troughs of attention within one ad. “An OK ad generates likes,” says Smith. “But a great ad drives sales and/or moves the dial on brand perception. For this, you need people to be paying attention at the branded moments. We can analyze how engaged people are at every single second. It’s no use if the cute puppy gets everyone engaged and then they have all tuned out by the time your logo appears. Or maybe if people are not paying attention to the last 30 seconds, you can cut the length and save money on the media spot. We can measure that, using what research shows is a very well validated measure of audience attention.”

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Neuromatters Awarded SBIR Phase II Grant to Develop New Platform and Analysis Tools to Measure and Track Brain Activity and Neural Synchrony

Neuromatters was awarded a Small Business Innovation Research (SBIR) Phase II Grant by the Defense Advanced Research Project Agency to develop a novel platform and toolboxes to measure and track brain synchrony. Neuromatters will collaborate with Uri Hasson's Laboratory at Princeton University, who has pioneered neuroscientific research on neural synchrony between individuals viewing naturalistic stimuli and brain-coupling between story tellers and receivers. For more information contact info@neuromatters.com.

Neuromatters Awarded SBIR Grant to Design New Neural Signal Processing Tools to Inform Cognitive Models of Socio-Cultural Behavior

Neuromatters has been awarded a Small Business Innovation Research (SBIR) grant from the Office of the Naval Research as part of the Human Social Cultural Behavior Modeling program (HSCB). Under this program, Neuromatters will design new neural signal processing tools to inform cognitive models of human social and cultural behavior. "Humans are inherently social.", says Neuromatters CEO, Dr Barbara Hanna. "Designing systems that can decode the neural signals underlying socio-cultural interactions could have a significant impact on the ability to develop adequate models and training paradigms and be invaluable to developers and users of highly realistic training and simulated immersive environments."

For more information contact info@neuromatters.com.

Neuromatters Awarded $2.4M DARPA Contract to Develop C3Vision™ Prototype

Neuromatters has been awarded a $2.4M contract by the Defense Advanced Research Projects Agency (DARPA) to develop a prototype of a novel brain-computer interface image triage system, termed C3Vision™, under Phase 3 of the Neurotechnology for Intelligence Analysts program. C3Vision™, originally developed by researchers at Columbia University and the City College of New York, represents a breakthrough in how brain computer interface technology can be used to improve image search, assisting analysts when they are forced to deal with a deluge of imagery. "We are excited to work with DARPA to build a prototype C3Vision™ and test it in operational environments," said Dr. Barbara Hanna, CEO of Neuromatters. "We believe that cortically-coupled computer vision (C3Vision™) represents a revolutionary advance in image search and retrieval. And, in addition to obvious applications to Intelligence Analysts and the DoD, we foresee broad applications in multimedia, gaming and other information rich markets."

Advanced Brain Monitoring Inc. and Overwatch Geospatial Systems will join the Neuromatters team in optimizing hardware and software for operational environments. Neuromatters will also collaborate with Columbia University and City College New York to integrate fundamental advances in neural signal processing into the system.

For more information contact info@neuromatters.com.