Doji Technologies develops AI tools for immersive media, including a cross-platform implementation of the VHACD algorithm for real-time convex collider generation and utilities for Unity applications. Their solutions streamline the development process for game and media creators, enhancing runtime performance and asset management.
Funding
$14M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Creating convex collision meshes for 3D game objects is a time-consuming and computationally intensive process, often requiring manual adjustments and pre-processing. Generating Windows installers for Unity games can also be a complex and error-prone task.
Solution
Doji Technologies offers a suite of tools designed to streamline the development workflow for game and immersive media creators. Their flagship product, Convexify, provides a cross-platform implementation of the VHACD algorithm, enabling real-time generation of convex compound colliders. This eliminates the need for manual collider creation and optimization, improving runtime performance. Additionally, their Windows Installer for Unity simplifies the creation of .msi packages, automating the deployment process.
Target Audience
Doji Technologies targets game developers, 3D artists, and immersive media creators who use Unity and require efficient tools for collider generation and application deployment.
Features
- **Convexify:** Cross-platform VHACD implementation for runtime convex collider generation.
- Generates convex compound colliders dynamically, reducing pre-processing time.
- Improves runtime performance by optimizing collision meshes.
- **Windows Installer for Unity:** Simplifies the creation of Windows Installer (.msi) packages for Unity applications.
- **Iconic:** Cross-platform utility for reading and writing .ico files.
- **MiDaS:** Monocular Depth Estimation with Unity Sentis.
- **MobileSAM:** Fast Segmentation with Unity Sentis using MobileSAM.