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KIRI Engine - 3D Scan & Edit Gameplay, Trailers and Related Videos

Watch Introducing KIRI Engine Version 2.3 Update video.

Watch KIRI Engine - 3D Scanner App video.

Watch KIRI Engine - 3D Scanner App: Create a Metahuman of yourself with KIRI Engine 3D scans (1080x1920) video.

Watch 3D-Scanning is Easy! (Android & IOS) video.

Watch Photogrammetry Vs NeRF(!), What's Different? | KIRI Engine Featureless Object Mode Introduction video.

Watch 3D Scanning for FREE with your phone video.

Watch How To Make Instant 3D Models with Just Your Phone - KiRI Engine video.

Watch How to Scan 3D Objects Using Your Phone app l Kiri video.

Watch KIRI Engine Features Overview ft. KIRI CEO Jack Wang video.

Watch KIRI Engine - 3D Scanner app for iOS, Android, and Web Browser video.

About the application:

KIRI Engine 3D scanner apk can reconstruct real-life objects into 3D models thanks to AI-based photogrammetry algorithms All you need to receive a photo-real 3D scan is to take at least 20 images all around your object. KIRI Engine then processes the images on our cloud servers (no need for a creature smartphone or PC) and outputs your 3D model ● QUEUING & PROCESSING ● Our servers process your scans on a first-come-first-serve basis, usually takes 5-15 minute. If a lot of players are uploading projects simultaneously, you'll need to wait a tiny more, but never latest more than a couple hours (in the worst rush hours) Then, our server needs to process your 3D scans. It runs calculation on dozens/hundreds of images, and needs a few mins to do that :) ● BEFORE YOU SCAN ● Photogrammetry works by identifying feature points in various photographs. This 3D scanning technology (in general) is challenged by certain scenarios: ‣ Low light scenes and dark objects are hard to be captured; high ISO noise or blurry images caused by long exposure time will confuse photogrammetry algorithm, who won’t be able to generate a 3D geometry ‣ Transparent objects are impossible to capture, photogrammetry cannot comprehend or calculate refraction. Forget windows or anything with glass ‣ Shiny or reflective surfaces: photogrammetry doesn't know what a mirror is, or how to differentiate its reflection from the mirror’s actual surface. (E.g., If you take images of a mirror, its reflection will look various depending on which angle you’re coming from.) Applies to anything that's too shiny, like metal, glossy finishes, etc ‣ Objects with low complexity are challenging too, photogrammetry needs as a lot of features as possible to compare between photos. Take a plain ball: the surface looks the same from every angle, so the photogrammetry algorithm won’t understand which side(s) it’s looking at ‣ Repetitive patterns, in the same essence as the previous point, are also hard to capture because it will possiblly leads to misalignment ‣ Things that are too thin, like plant leaves, spikes, and so on So what DOES it work on?! Well, there are still lots of scannable objects! You can 3D scan shoes, figurines, furniture, wood, toys, sculptures, ... It works ultra well on things with lots of non-repetitive info (like wood, stone, textiles, and so on). Trial & error is the key to photogrammetry's heart