Forward Signatory Resolution with airSlate SignNow

Forward signatory resolution

Michael korkin works with 8k video I didn't even know 8k video existed he represents in tropics Here I am on a sunny afternoon reading a newspaper look closely can you read the text i'm reading let's zoom in the text is still unreadable because there's simply not enough resolution of the signature how about now all of a sudden the text becomes very clear imagine you had a camera like that to think your next action camera or a surveillance or a drone or a smartphone do you think it will have extreme resolution like that anyway in a few years I don't think so not the way the technology has been evolving so far and a quantum shift is needed hi I'm Michael workin the founder and CEO and tropics our team has five decades of combined experience in high resolution imaging our technologies are working on all seven continents with over a billion dollars worth of products sold and they're used by some of the most advanced technology organizations on the planet for years we've known in industry that there's a problem with scaling camera resolution that cramming more and more pixels on a small image sensor excuse me does not can you hear me yes cramming more and more pixels on the small image sensor does not work anymore and in fact it makes the NM fact that makes the resolution even worse the industry has finally hit light diffraction limit light does not scale moore's law does not apply of course you can make sense as physically larger to fit a lot more pixels but that's exponentially more expensive high-end cameras shooting at 8k and beyond which use huge sensors and lenses they are priced in tens of thousands of dollars you don't want to crash your drone with this kind of camera on board Adam tropics our mission is to change the very nature of video content creation and to make extreme resolution affordable for everyone we do this by removing it from the realm of hardware and optics and bringing it into the realm of computational imaging and deep learning and here's how we first capture a dual video stream with a low-cost image low-cost camera based on commodity sensors and optics there's no magic here the magic is in the cloud who were powerful and video GPUs around our proprietary data mining software that exploits that hidden dark data in the captured streams using a trained convolutional neural network we then fuse the two streams to reconstruct a single extreme ultra-high definition stream at 9x effective pixel density let me show you how the technology works again these two images were captured with an 18 megapixel camera with dual apertures on the bottom is a corrupt original interest before and after post-processing it 29 x pixel density that's effectively a 162 megapixel resolution right there to be clear our product is not hard work it is a cloud-based hardware enabled software we...