In November 1966, a flood in Florence, Italy, damaged 1,400 works of art that could not be restored, including Chimabue Crucifixion. In addition to traditional art, new art forms have emerged – collections of digital art to artistic NFT and virtual reality (VR), as well as augmented art such as Rembrandt’s Estelle Ce VR adaptation. Night watch. Every work of art – traditional or digital – undergoes the same transformation – how do you protect and preserve art for future generations?
According to Nicole Bouchard, senior director of product strategy and technology at Crozier, the Iron Mountain business segment, new technologies play a crucial role in protecting some of the world’s most valuable works of art.
As an example of specialization in the preservation of art through technology, Bouchard cites partners such as Arius of Vancouver, who specialize in the authentication of fine arts.
“Solutions such as ultra-high resolution 3D scanning [..] are used to help preserve, move and digitize important paintings, as well as open them to new audiences, ”Bouchard said.
New trends in art and technology
3D laser scanning
Bouchard believes that a special 3D laser scan for art helps galleries and auction houses improve the online shopping experience.
“Art sellers increasingly need to provide a more sophisticated online experience, and interactive images are crucial to conveying the rich details of a work of art,” Bouchard adds. “3D-unique color laser scanning offers exciting, deep, high-resolution visuals, giving collectors peace of mind – even with remote transactions.”
AI continues to stimulate innovation between technology and art.
In October 2021, New York-based concept artist Anika I opened a new exhibition at Tate Modern in Turbine Hall as part of the Hyundai Commission, which showcased the ecosystem of machines and explored the link between art and science. Work with Sitara Systems for the Implementation of Artificial Intelligence (AI) Technology, an exhibition entitled Anichka I: In love with the world consisted of a living ecosystem of aerobes – autonomous aircraft. Aerobes were self-directed and used their virtual minds, created from Sitar’s artificial intelligence, to interact with visitors.
In her statement, she said she hoped that by expanding our understanding of intelligence, kinship and [..] life itself, we could access new forms of compassion, empathy and universal experience.
According to Bouchard, data obtained by ultra-high-resolution laser scanning are fast becoming the gold standard in condition analysis. “In [..] The 3D mapping and digitization process that Arius can provide shows topographic and color micro-level details that are invisible to the human eye. ”
“The data generated also has timestamps to create a benchmark for future status analysis reports, which helps track even the earliest signs of degradation,” Bouchard adds.
Monet at the National Gallery of Canada, who showed signs of oxidation invisible to the human eye, used Arius technology in his digital restoration.
“The latest imaging technology can be used to verify the origin, authenticity and travel of a work of art by comparing the color values of each surface point to one-tenth of a human hair,” Simon Hornby, senior vice president and CEO, Crozier Europe. “These records can also be used to accurately calculate the current and future prices of works of art – for appraisers, collectors and insurers.”
High resolution scanning
According to Hornby, textured replicas preserve valuable cultural values and make art accessible to a wide audience. “Many works of art are too fragile or valuable to demonstrate and need to be stored in a safe environment with climate control.”
“We use Arius ultra-high resolution scanning technology to create high-precision textured reproductions, capturing the geometry and color of the artist with a surface depth of up to one point two inches,” Hornby added.
Arius collaborated with Tate Britain to create digital master files of works of art in museum repositories rather than in an exhibition. “Our rich datasets are also used for textured reproductions, conservation projects and digital restorations, including Peace is burial at sea J. M. Turner.
Hornby says the data from ultra-high-resolution scanning technology is helping to facilitate the digital art trade.
“Quality-retained image data can be tokenized in a blockchain. The scan links this data to the physical part and any traditional material of origin associated with this work, ”Hornby said. “This allows you to directly link NFT to the physical arts, opening up the possibility of secure digital physical art trade.”