As an active par­tic­i­pant in the Open­ViBE project (a soft­ware plat­form to design, test and use Brain-Computer Inter­faces), in sci­en­tific as well as tech­ni­cal capac­i­ties, I have long been focused on ways to process, ana­lyze and put brain sig­nals to prac­ti­cal use. When I started read­ing on the sub­ject of brain fit­ness a few years ago, I rec­og­nized the poten­tial to enhance a vari­ety of brain train­ing approaches, from med­i­ta­tion to cog­ni­tive train­ing, by deploy­ing devices  mea­sur­ing brain activ­ity dur­ing train­ing, and for the bio­met­rics, neu­ro­feed­back and brain fit­ness com­mu­ni­ties to con­nect and work with each other. What I heard dur­ing the 2012 Sharp­Brains Sum­mit: Opti­miz­ing Health Through Neu­ro­plas­tic­ity, Inno­va­tion and Data demon­strated that things are indeed mov­ing in the right direction.

We are wit­ness­ing a “super con­ver­gence” tak­ing place:

1. Biofeed­back (par­tic­u­larly Heart Rate Vari­abil­ity) is now main­stream. Heart Rate Vari­abil­ity (HRV) was men­tioned a dozen of times as appro­pri­ate biofeed­back medium for relax­ation and emo­tional reg­u­la­tion. Sharp­Brains is now putting it at step 8 of their “How To Be Your Own Brain Fit­ness Coach” elearn­ing course. HRV is mea­sured with Electro-cardiography (ECG), which is now main­stream through the avail­abil­ity of phone-connected ECG devices, designed, for instance, for casual ath­letes. Among other exam­ples, Savan­nah DeVar­ney, VP Prod­ucts at Brain Resource, intro­duced MyCalm­Beat, a stress man­age­ment mobile appli­ca­tion tar­get­ing com­pa­nies and their employ­ees to help decrease stress, sharpen focus and improve health in sys­tem­atic ways.

2. Cheaper electro-encephalography (EEG) devices are consumer-friendly for the first time, and suit­able for use out-of-the-lab and out-of-the-clinic. Stan­ley Yang, CEO of Neu­rosky, and Tan Le, CEO of Emo­tiv Life­sciences, pre­sented their respec­tive consumer-grade EEG plat­forms for home or office use, which do not require the help of an expert for set-up. Their tech­nol­ogy was first mar­keted with video games in mind (Emo­tiv sold devices in 90 coun­tries, and Neu­rosky sold more than 1M chips already), but both com­pa­nies are now look­ing for­ward to main­stream brain health and well­ness appli­ca­tions. Inex­pen­sive multi-sensor devices such as the Emo­tiv EPOC can record real brain sig­nals, and have been used by Brain Com­puter Inter­faces (BCI) research labs for sev­eral years now. The avail­abil­ity of this tech­nol­ogy at low prices opens up oppor­tu­ni­ties of using EEG out of the lab or of the hos­pi­tal, as for instance at home or office.

3. Valu­able infor­ma­tion can be extracted from EEG (and Quan­ti­ta­tive EEG) to enable next-generation brain health assess­ments. Dr Evian Gor­don out­lined that EEG is becom­ing really scal­able, mostly because of the emer­gence of ultra-cheap devices, pre­dict­ing that these tech­nolo­gies are less than 10 years from what we have today for heart mon­i­tor­ing. Dr. Adam Gaz­za­ley, Direc­tor of the Neu­ro­science Imag­ing Cen­ter of the UCSF, dis­cussed the work his lab is already doing in that direc­tion. Data points like these demon­strate that EEG-based bio­met­rics can add value to tra­di­tional brain health assess­ments, which often rely on symp­toms or tie-consuming neu­ropsy­cho­log­i­cal bat­ter­ies. For instance, some spe­cific mark­ers (such as the decreased latency and ampli­tudes of P300 Evoked Response Poten­tials) ante­dates and could help pre­dict Alzheimer’s Dis­ease symp­toms 10 to 15 years in advance.

4. Neu­roin­for­mat­ics will drive mas­sive change — not just in brain health care, but in health­care over­all. Our knowl­edge of brain func­tions is being greatly expanded through the large-scale col­lec­tion and stor­age of brain sig­nals in mas­sive data­bases, and data analy­sis is deliv­er­ing an increas­ingly deeper under­stand­ing of how our brain, cog­ni­tion and behav­ior are inter­re­lated, and how to per­son­al­ize inter­ven­tions based on objec­tive mark­ers. Col­lect­ing and seg­ment­ing big vol­umes of data to build rel­e­vant pro­files and knowl­edge was thus a major con­cern of many speak­ers, with one of the sum­mit ses­sions focused on this par­tic­u­lar topic. Dr. Robert Bilder, Chief of Med­ical Psy­chol­ogy at UCLA Semel Insti­tute for Neu­ro­science, talked about the con­sid­er­able amount of data that they are col­lect­ing from as much bio­data sen­sors as pos­si­ble on patients and users. Dr Gor­don stressed the need to stan­dard­ize data col­lec­tion and analy­sis, and Dr. San­dra Chap­man at UT-Dallas rein­forced the crit­i­cal point that “there is no health with­out brain health.” Col­lect­ing big amount of data is becom­ing eas­ier to setup thanks to cloud-based applications.

All in all, the exten­sive con­ver­sa­tions at the 2012 Sharp­Brains Vir­tual Sum­mit, and the con­verg­ing work of the many indus­try and sci­en­tific pio­neers who par­tic­i­pated, high­lighted the need and the very real­is­tic oppor­tu­nity to mon­i­tor and ana­lyze brain activ­ity in scal­able and cost-efficient ways, and to per­son­al­ize  brain health pre­ven­tion and inter­ven­tions based on objec­tive data. Or, as the Sum­mit tagline promised, to Opti­mize Health through Neu­ro­plas­tic­ity, Inno­va­tion and Data.

- Yann Renard is is CTO and co-founder of Men­sia Tech­nolo­gies. He led Open­ViBE soft­ware devel­op­ment at INRIA for 5 years and is now devel­op­ing an online plat­form for real­time brain sig­nal pro­cess­ing, visu­al­i­sa­tion and train­ing at Men­sia Technologies.

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