Scientists have used fossilized T-Rex collagen and artificial intelligence to create a new type of leather for a luxury handbag auction in Paris.
The development marks a potential shift in the luxury-fashion industry by demonstrating how AI-driven bio-fabrication can produce high-value materials from extinct biological sources.
To produce the material, researchers used fragments of fossilized Tyrannosaurus rex collagen combined with computational biology. This process allowed them to reconstruct the missing genetic code required to synthesize the leather [1]. Dimitri Guerassimov, the creative director at VML, said the material could reshape the luxury industry [1].
The project aims to establish a new standard for luxury goods by blending prehistoric biological data with modern technology [1]. By utilizing AI to fill the gaps in ancient genetic sequences, the team created a tangible product that bridges the gap between paleontology and high fashion.
A prototype handbag made from the reconstructed leather is scheduled for auction this Thursday evening at a hotel in Paris [2]. The item is expected to fetch a high price due to its rarity and the technological feat required to produce it.
Reports on the potential auction price vary. One estimate suggests the handbag could fetch up to 500,000 Euros, which is approximately C$800,000 [2]. Another report lists the potential price as $800,000 [2].
“T-Rex leather could reshape luxury industry”
This development signals a move toward 'bio-fabricated' luxury, where the value of a product is derived not just from scarcity or brand name, but from the complexity of the scientific process used to create it. If successful, the use of AI to reconstruct extinct materials could open a new market for synthetic prehistoric goods, potentially reducing the reliance on traditional animal hides while maintaining a high-status appeal.
