The problem Quark solves

One of Quark's primary concepts is that it lets users to purchase and trade NFTs in an interactive 3D environment. The majority of the NFTs were 3D objects and voxel artworks. The key distinction I contributed to this project is that it is an interactive and immersive marketplace that is highly gaming-like. A group of gamers may (or will be able to) travel the globe in search of the right NFTs to purchase and add to their collection. They can also use the marketplace to sell their NFTs.

Most marketplaces in modern applications do not deliver such immersive marketplace experiences, which Quark brings to the table. With various features coming shortly, this app will actually provide the potential for groups of people to bid on NFTs in real time and watch for NFTs together

Challenges we ran into

PERFORMANCE:- Performance was one of the most difficult issues I faced when developing Quark. Despite the fact that it is still flawed in many ways, I have and will continue to put in my best efforts. This project includes a variety of approaches and tactics for loading and optimising 3D models, with more to come.
I'm delighted to report that over the extended hackathon session, I was able to increase performance from crashing on an average Android smartphone to operating smoothly at 60 frames per second.

COLLISION-SYSTEM:- Though it may not appear to be a major issue from afar, it has consumed several days and I have yet to find a reliable and precise collision detection solution. A crude raycasting collision mechanism has also been implemented to the programme, however it is still far from flawless.