Startup uses AI to fight art forgeries—with hyper-realistic copies
A new weapon in the fight against art fakes can, ironically, be a “painter” robot capable of composing almost indistinguishable copies of renowned works.
Canadian Startup Acrylic Robotics is currently working with the succession of the Aboriginal artist Canadian Norval Morrisseau to create very sophisticated replicas of his catalog using an AI Robotic Painting System. These almost identical replicas are then analyzed by another AI model maintained by the field, which was formed to detect tiny differences that even a qualified human eye could miss.
In other words, counterfeits of robots help build an advanced “authenticator AI”.
The field hopes that this symbiotic approach will lead to its AI to identify even the most sophisticated counterfeits on the commercial market. And there is no shortage of them: the succession of Morrisseau estimates that more than 6,000 unauthorized copies of the artist’s paintings, worth more than $ 72 million, have entered collections in recent decades. As for high quality robotic replicas, these will be sold as clearly labeled copies with the consent of the domain.
Art counterfeiting is a booming company
As long as art has had value, the false people have found ways to take advantage of counterfeits. Business is booming. Although estimates vary, the Legacy Institute art affirms that art was forged between $ 4 and 6 billion a year. Last year, Italian police closed a vast international counterfeit network responsible for selling thousands of counterfeit works imitating artists like Banksy, Pablo Picasso and Andy Warhol. The work would have increased more than $ 200 million.
Morrisseau, who died in 2007, would have been among the most copied artists in recent years. Known for his distinctive pictorial style exploring the themes of earthly displacement and racism, he was also the first indigenous artist to be presented in a contemporary Canadian gallery, according to the CBC. Since his death, the succession of Morrisseau has been locked in a constant game of Whack-A-Mole, working to identify and discredit thousands of imitators.
Until now, the identification of false paintings has been more an art than a science. Well -trained historians with in -depth knowledge of their subjects analyze suspicious work, looking for stylistic deviations (quirks in brush strokes, choice of colors, composition or recurring themes) which raise red flags. But in recent decades, the false has increased their game, which makes detection increasingly laborious. There are also not enough artistic historians highly qualified to filter all the false potentials before it reaches the auctions.
This is where acrylic robotics comes into play. Founded by the visual artist and engineer in Chloë Ryan mechanics, acrylic had already developed a robot designed to allow artists to create authorized replicas of their own work – copes that they can sell for profit with their consent.
Acrylic uses its own AI models to analyze high resolution images of paintings submitted by artists. The system treats millions of different data points such as brushstrokes, movement speed, brushes pressure and pigments and uses this information to form its mechanical arm of the robot. Once trained, the robot plunges a real brush in buckets of paint and performs a piece using fine motor movements designed to imitate the subtle peculiarities of a human wrist. The result, affirms acrylic, is a replica with more texture and character than a standard print, and with an “indistinguishable quality of hand painting”. They are also very well high than a typical print.
“The painted art remains exclusive, expensive and inaccessible to most, while many artists have trouble earning their living,” writes Acrylic in a blog article. “Unlike other creative mediums, which technology has made widely available, fine arts are always appreciated mainly by rarity.”
Acrylic did not immediately respond to Popular sciences Comment request.
Use of a robot to fight against human fakeries
As part of the collaboration, the Morrisseau estate would have sent acrylic several high quality images of the artist’s paintings for the robot to reproduce last year. The robot was finally able to make a convincing copy of it, but there were clashes along the way.
The first versions have shown obvious faults, according to the CBC. In a case, the robot arm stopped in the middle of the blow to recharge the painting, which the domain claims that Morrisseau himself would never have made and a clear gift of a false. These missteps were finally corrected, and the paintings improved at a level that impressed.
“You see the texture. You see the brushstroke lines,” said Cory Dingle, executive director of the Domaine de Morrisseau, in a press release. “These paintings seem lively to us.”
At the same time, Norval IA also improved, improving in a better way to detect fraudulent work with each new improved paint that has been subjected to exam.
“The more expensive our work is, the better the model to detect copies,” Ryan, founder of Acryllic, said to the CP24 publication earlier this year. “This also allows us to refine our robotic techniques.”
In relation: [A humanoid robot’s painting called ‘AI God’ may sell for over $120,000]
Use robots to give life to unfinished works
Until now, acrylic has reproduced five works by Morrisseau, of which In honor of native maternity And Punk Rockers. In addition to using these parts as training data for its fraud detection models, the company also plans to sell them. For each replica still in progress, acrylic says that it produces a “matrix” painting (essentially a master copy) as well as several smaller versions of this replica. Notably, neither the matrix nor the copies of copies will correspond to the exact dimensions of works of Morrisseau origin.
The Domaine de Morrisseau also sees the value of selling copies made in a robot, provided that they are clearly labeled as such. The profits of these works, currently evaluated between $ 2,354 and $ 32,688, could help to finance further AI and restoration of art efforts. Acrylic, on the other hand, envisages a future where its robot, working alongside AI models, could analyze pieces of unfinished or damaged morrisseau and bring them to the end. If collaboration is successful, the same approach could possibly be applied to other artists at different periods and mediums.
“We want to explore the opportunity to continue its inheritance using technology,” said Dingle.
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