Self Scanner is an iPhone app that takes a complex depth image of users foot, and turns it into a 3D model, which is uploaded, assessed, and later 3D printed into a custom insole.

• Proposed, prototyped and eventually created a production ready 3D scanning solution written from scratch using Swift and SwiftUI
  
• Mind-boggling math to combine color image with depth image, turn it into a 3D point cloud and then into a 3D mesh customized for 3D printing.
• App also interfaces with a secure central API to track sessions and upload scans.
• One of the most complex apps I’ve ever built.

Been experimenting with "random numbers", with an assumption that random numbers are not always random, and there are patterns which can be pulled to the surface. ...and found something really interesting.

• App generates 108 completely RANDOM numbers (from 1-108) - 108 times per second
• App analyzes all these numbers and searches for patterns that have 1 in a billion probability of occurrence.
• Once found, the significant number set is analyzed further, to simplify it into one of 25 Runes. Which is then displayed to the user. 
• At the moment of active Digital searching for the Rune, if user is actually focusing on some big question, or situation, the Rune that comes out, [quite spookily] ALWAYS answers the question.
• During about 6 months of working on it, weird things (related to Runes) happened way too many times, so I can surely say that this app is magically connected to actual Runes.

https://apps.apple.com/si/app/digital-runes/id1516581730

My first augmented reality app to showcase General Electric DeltVision Elite microscope

• Used Unity3D, XCode, Vuforia plugin for live image tracking, all blended together in impossible ways (at the time) to create augmented reality app to showcase this huge microscope on demo events worldwide.
• At the time of making this app, AR was in early stages of development and there was no direct link between Unity3D environment and XCode. Unity3D was not strong enough to create desired UI, and xCode could not handle augmented reality. Both environments were not compatible and the solution was literally hacked to create a hybrid app that worked exactly as client requested.
• Did a super intense Unity3D + C# scripting courses in order to create the AR component which was lated embedded into UI created in xCode
• App is being used internally by the company and is not publicly available

Created macOS version for Calm Radio - online radio station available on most devices:

• My first time developing for macOS, which at the time wasn’t as streamlined as iOS development.
  
• App interfaced with an back-end already created by client. Main challenge was to duplicate reasonably complex UI which involved a multidirectional tree of scrolling images (radio stations).
• Logic for playing multiple online streams, in some cases simultaneously, depending on users membership status.