London
EKO33
Latent Ink
Dec 9, 2024 - Jan 10, 2025

Overview
“I believe that art is a form of knowledge, deeply rooted in our cognitive structures. By engaging with machines, I'm exploring how our understanding shapes visual representation.“
- EKO33
Details
Latent Ink is a new body of work by artist Eko33 exploring the evolving dialogue between human creativity and machine collaboration. Spanning 500 unique artworks, the project integrates AI-trained datasets, p5.js generative systems, machine vision, and GLSL shaders to produce intricate pieces that challenge the boundaries of creativity. Seamlessly merging digital and physical mediums, Latent Ink highlights Eko33’s most advanced exploration yet into the intersection of human expression and artificial intelligence.
At its core, Latent Ink uses custom AI trained extensively on Eko33’s hand-drawn sketches and previous generative art series, ensuring each output reflects his distinctive visual language. These AI-generated canvases serve as foundations, which are then further developed through sophisticated generative algorithms and shaders. The process is iterative and dynamic; parameters evolve continuously as compositions achieve a finely tuned balance of complexity, precision, and spontaneity.
Artworks:
Featured
All
Details
Artwork ID
57
Format
Trait
Medium
Inkjet on Hahnemühle Baryta
NFT Edition
Unique
Physical Edition
3 + 1AP, 120 x 160 cm
Print Status
Available
Overview
Latent Ink is a novel exploration of Eko33’s evolving collaboration with machines to create art. Spanning 500 unique artworks, this project merges AI-trained datasets, p5.js generative systems, machine vision, and GLSL shaders to produce intricate works that challenge the boundaries of human and machine creativity. By integrating digital and physical mediums, Latent Ink showcases Eko33’s most technically advanced and conceptually innovative project to date.
This collection reflects a layered evolution, combining Eko33’s past and present artistic gestures through algorithmic processes, resulting in visually complex images that converge, compete, and evolve in their form.