Does anyone have an email address to contact them directly? I'm concerned this might be a scam and I want to ask them a few in depth questions and I'd rather not be forced to do that through kickstarter or twitter.
SCiO: A Pocket Molecular Sensor For All
21–30 of 80 posts
Re: SCiO: A Pocket Molecular Sensor For All
#22Very cool idea, but I hate that it must have data connectivity to work. Not only that, they won't actually give users the raw scan results! You have to transmit them and then get the analyzed results only. Reality is that many such services inevitably go under, and then your device is useless. Especially when the service is as compute intensive as this one sounds.
Looks like you have to pay separately for each individual use case as well!
Hard to see how they will compete with the inevitable clones, unless they get really lucky with patents. The nickel-and-dime scheme is not only consumer unfriendly, but probably a strategic mistake.
Re: SCiO: A Pocket Molecular Sensor For All
#23Re: SCiO: A Pocket Molecular Sensor For All
#24Very cool idea, but I hate that it must have data connectivity to work. Not only that, they won't actually give users the raw scan results! You have to transmit them and then get the analyzed results only. Reality is that many such services inevitably go under, and then your device is useless. Especially when the service is as compute intensive as this one sounds.
Re: SCiO: A Pocket Molecular Sensor For All
#25I see a sort of structural flaw. They seem to be matching measurements against known materials and then reporting that. But where is the utility? Figuring out whether a pill is asprin or tylenol? I'd be interested in identifying characteristic of -new- materials unknown to the database. That's where the raw information is really crucial.
Re: SCiO: A Pocket Molecular Sensor For All
#26Re: SCiO: A Pocket Molecular Sensor For All
#27Very cool idea, but I hate that it must have data connectivity to work. Not only that, they won't actually give users the raw scan results! You have to transmit them and then get the analyzed results only. Reality is that many such services inevitably go under, and then your device is useless. Especially when the service is as compute intensive as this one sounds.
I assume that using the SDK they provide lets you access the raw scan results. It would severely limit the possibilities for the apps they want developers to work on on top of their device.
>Dear backers, Some of you have asked about access to the raw spectrum and some subscription fees related questions. We take your comments very seriously and are now processing that internally. Please stay tuned for our upcoming updates. Thank you for supporting our project! The ConsumerPhysics Team
I take that, along with the pitch page to indicate that they weren't intending to initially, at least.
Re: SCiO: A Pocket Molecular Sensor For All
#28Earlier quoted context omitted.
Very good note about the goal price. To me, more than anything, that suggests that this was designed to be intentionally misleading.
It's a common Kickstarter practice to set intentionally low goals. It makes the project seem more achievable to those pledging before the goal is met, it makes the project seem more successful mid-campaign as it exceeds the goal within a short time, and you can later brag to the press and potential customers about exceeding the target goal by hundreds of percents or more. Look at all the successful projects of late,…
Re: SCiO: A Pocket Molecular Sensor For All
#29I see a sort of structural flaw. They seem to be matching measurements against known materials and then reporting that. But where is the utility? Figuring out whether a pill is asprin or tylenol? I'd be interested in identifying characteristic of -new- materials unknown to the database. That's where the raw information is really crucial.
Re: SCiO: A Pocket Molecular Sensor For All
#30Very cool idea, but I hate that it must have data connectivity to work. Not only that, they won't actually give users the raw scan results! You have to transmit them and then get the analyzed results only. Reality is that many such services inevitably go under, and then your device is useless. Especially when the service is as compute intensive as this one sounds.
In the past we used cloud features for offline tracking in AR applications because an iPhone 3GS wasn't capable of real time pose reconstruction. But today it seems more like a lock-in and a way to collect data. A quad-core cpu on a phone should do most tasks offline.