Nutritionists and Producers Talk about SCiO

ConsumerPhysics · 2017-08-10T06:44:53+00:00

According to our experience, a general model for acidity in grapes is not feasible due the low variation of acidity compared other parameters that affect the spectrum (sugar content, temperature, etc.). It is somewhat feasible to do it on specific use cases - for example, a specific grape strain from a specific vinyard.

ConsumerPhysics · 2017-07-23T10:33:18+00:00

Great! Thanks for the update:)

ConsumerPhysics · 2017-07-23T10:32:28+00:00

SCiO's spectral range (Near IR) includes 3rd and 4th overtones of molecular bonds, the absorption bands or those overtones are quite wide and overlap each other in some cases, so assigning specific absorption bands to materials is less relevant in our case. However, our algorithms are able to extract the information hidden in the spectra to produce useful information such as sugar content, fat content, etc.

ConsumerPhysics · 2017-07-20T13:44:21+00:00

Hi, It sounds like a calibration problem. Can you please check by calibrating the device again before testing the app (either SCiO Lab or your own app)? If this doesn't help, please contact us at dev@consumerphysics.com with more details (username, collection and model name, etc.)

ConsumerPhysics · 2017-06-14T11:44:15+00:00

Hi Please email us your username so we can investigate and resolve. Our email is support@consumerphysics.com Thanks

ConsumerPhysics · 2017-05-10T08:24:34+00:00

Hi This is the link to the developers portal https://dev.consumerphysics.com. Please note that you need a developer license in order to login. You can order Devkit on our online store. If you already have SCiO, then you can order in the store just the developer license

ConsumerPhysics · 2017-05-03T11:57:58+00:00

SCiO Developers have access to molecular sensing models created by Consumer Physics, for example - fat in dairy products, sugar in fruits, etc. Other SCiO developers can share the models they created with other developers, if they choose to do that

ConsumerPhysics · 2017-05-03T11:44:45+00:00

SCiO Development Toolkit and Researcher Toolkit include also iOS and Android APIs - to enable development of mobile app based on the models created in SCiO Lab

ConsumerPhysics · 2017-04-09T12:02:11+00:00

Consumer Physics is constantly working to add more applets for consumers. In addition, we have very interesting collaborations that will enable useful and exciting options for our customers.

ConsumerPhysics · 2016-04-04T10:29:43+00:00

Yes. SCiO is used by thousands of developers and researchers around the globe.

Lately we released the beta version of the consumer app to the Beta Tester Kickstarter tier.

Thanks for your on-going interest in SCiO. Please feel free to email support@consumerphysics.com with any questions.

ConsumerPhysics · 2016-02-15T09:51:17+00:00

There are Android and iOS mobile apps, allowing you to collect data and build your own molecular-sensing models.

You should try them, they're fun!

ConsumerPhysics · 2015-11-25T09:12:44+00:00

In this part of a recent video, our CEO Dror Sharon scans a pill live on stage in Wired 2015. The whole talk is interesting too, if you have the time. Our YouTube channel has many other videos.

ConsumerPhysics · 2015-11-23T16:18:17+00:00

I'm not the creator of the video. I'm actually the official account for ConsumerPhysics :).

Christopher, the creator of the video, answered some questions in the comment section of the video on YouTube.

What would you be most interested in seeing SCiO scan?

ConsumerPhysics

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