ARCortex seeks to develop a cutting-edge algorithm or process to render realistic smoke effects in an augmented reality (AR) display. The project involves creating a simulation that can be integrated into Unity using C# and is compatible with both Android and iOS mobile platforms. The primary goal is to achieve a realistic representation of smoke within a 3D model of a room or tunnel, ensuring that the smoke fits the geometry of the environment and propagates in a lifelike manner. The smoke should appear denser when viewed over longer distances, mimicking real-world behavior. The process should aim for real-time performance, though a small amount of preliminary processing is acceptable if necessary. Techniques such as GPU acceleration, AI, particle effects, neural radiance fields (NeRFs), and Gaussian splatting or any other relevant techniques can be utilized to achieve the desired effect. The final solution should allow the smoke to start at a specific point within the 3D model and propagate realistically from any viewpoint.

• A review and test of existing products and understanding of where they fall short with some interaction with project company

- A Unity project with a C# script that simulates realistic smoke effects in a 3D environment.

- The smoke simulation should be compatible with both Android and iOS platforms.

- Documentation detailing the algorithm or process used, including any preliminary processing steps.

- A demonstration video showcasing the smoke effect from various viewpoints within the 3D model.

- A user guide explaining how to start the smoke at a specific point and adjust its propagation speed.

Access to the ERIS application, use case description, first responders testimony, market reserch for capablity. We can provide help with the Unity platform