GOAT SHOWROOM: CYBERCORE  

Client: GOAT
Role: Concept, Design, 3D
Software: CLO 3D, Cinema 4D, Octane
THE BRIEF

The GOAT SHOWROOM: CYBERCORE project showcased avant-garde collections with a futuristic and cyber-inspired aesthetic. The goal was to create a cutting-edge digital showroom that highlighted the innovative designs of various high-end fashion brands.








THE PROCESS
The process began by receiving images and descriptions of the garments from the GOAT team. Using CLO, each piece was recreated, focusing on patterns, textures, and overall design to ensure a similar digital representation. The next step involved rendering these 3D models, taking care to highlight the details and characteristics of each garment. Finally, the renders were animated to create a dynamic presentation, which formed the core of the virtual showroom experience.










FEATURED ON

The GOAT Showroom: Cybercore project was featured across multiple platforms. It was showcased on the GOAT app and it was also highlighted on the GOAT website. Additionally, the project was promoted through GOAT's social media channels.





GOAT INTERACTIVE EXPERIENCE

The project was set to include a standout feature—an interactive experience developed using Unreal Engine. This digital showcase was designed as a virtual gallery, that would allow users to engage with the futuristic, cyber-inspired collections in a uniquely immersive environment. The experience was crafted in collaboration with Cesar Amezaga, utilizing Unreal Engine to create a seamless and engaging 3D space. Each garment featured in the showroom was patterned in CLO. These models were then integrated into Unreal Engine, where they were set up for interactive viewing. This platform was not only about showcasing the garments but also about enhancing the user's engagement with the collections. It allowed for an interactive exploration of designs, giving a closer look at the craftsmanship and artistic vision behind each piece.This part of the project was not developed further and stayed in early stages.