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On Thu, 22 Aug, 8:02 AM UTC
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[1]
South Korean pet care goes high-tech with AI diagnostics
Yongin (South Korea) (AFP) - When five-year-old goldendoodle Mozzi started walking "unnaturally", his concerned owner rushed him to the vet in South Korea, where the problem was diagnosed not by humans but by AI. South Korea, a global leader in the production of chips that power generative AI, has been quick to embrace novel uses of the technology. One such application, "X Caliber", is helping vets pinpoint X-ray abnormalities in seconds, making diagnostics both quicker and easier to explain. The AI reading of Mozzi's X-rays showed the curly-haired goldendoodle had a 22 percent chance of knee dislocation. While not an emergency, his condition needed careful management to head off surgery. "I wouldn't have understood the results if I didn't look at the numbers," said Mo Jae-hyun, Mozzi's owner, adding that the AI program helped him understand his pet's woes. "Of course, I trust my vet, but looking at the results myself, it seems more credible." The software's developer, South Korean telecom provider SK Telecom, said X Caliber has a disease detection rate of up to 86 percent. Vets say it has transformed their ability to diagnose. "Dogs with heart disease, for example, tend to have enlarged hearts. We use a method called VHS (vertebral heart size), which used to require measuring one by one, manually," Oh I-se, CEO of Sky Animal Medical Group, told AFP. But now AI can reveal the result in 15 seconds, so it is "much more convenient," Oh said. Global aims SK Telecom considers X Caliber "the beginning of AI healthcare", said Joo Ye-seul, manager of the software's global team. "We plan further expansion into additional domains based on this." The service is already available in the United States, Australia and some Southeast Asian countries. In Indonesia, veterinary hospital owner Kristanya Oen says X Caliber is helping to overcome a lack of expertise and trained staff. "There is a shortage of radiologists in Indonesian animal hospitals and it is not easy to receive radiology education in Indonesia, so we needed X Caliber to help with our diagnostics," Oen told AFP. SK Telecom is part of the same conglomerate as SK Hynix, which launched the first high-bandwidth memory chips -- cutting-edge semiconductors that enable faster data processing and the more complex tasks of generative AI. While many experts are questioning the payoff of lavish AI investments following a recent fall in technology stocks, the conglomerate's CEO Chey Tae-won remains committed. SK Group must "think fiercely about next-generation products," he told employees this month. In June, SK Group announced plans to invest 80 trillion won ($60 billion) in AI chips, services and data centres. Pet nation In South Korea, where more and more people are turning to "pet parenthood" instead of having children, it is not necessarily surprising that AI healthcare would begin with animals. In a country with one of the world's lowest birth rates, pet ownership has roughly doubled in the last decade, official figures show. One in four households now have at least one furry friend, and last year more strollers were sold for pets than for human babies on popular e-commerce platform, Gmarket. The pet care industry was worth an estimated eight trillion won ($6 billion) in 2022, a fourfold increase compared with five years earlier. The government aims to double the industry's value by 2027 and is helping support pet food and healthcare businesses through various loans and tax incentives. Jumping on the trend, South Korean companies are working on new ways of integrating AI into pet care, including "smart toilets" for early detection of urinary diseases and "smart leashes" that monitor pulse and body temperature. "Devices that can monitor mild to severe diseases in the daily life of pets are expected to expand," said Kim Soo-kyung, a senior manager at the Economic Research Institute in KPMG Korea.
[2]
South Korean Pet Care Goes High-tech With AI Diagnostics
When five-year-old goldendoodle Mozzi started walking "unnaturally", his concerned owner rushed him to the vet in South Korea, where the problem was diagnosed not by humans but by AI. South Korea, a global leader in the production of chips that power generative AI, has been quick to embrace novel uses of the technology. One such application, "X Caliber", is helping vets pinpoint X-ray abnormalities in seconds, making diagnostics both quicker and easier to explain. The AI reading of Mozzi's X-rays showed the curly-haired goldendoodle had a 22 percent chance of knee dislocation. While not an emergency, his condition needed careful management to head off surgery. "I wouldn't have understood the results if I didn't look at the numbers," said Mo Jae-hyun, Mozzi's owner, adding that the AI program helped him understand his pet's woes. "Of course, I trust my vet, but looking at the results myself, it seems more credible." The software's developer, South Korean telecom provider SK Telecom, said X Caliber has a disease detection rate of up to 86 percent. Vets say it has transformed their ability to diagnose. "Dogs with heart disease, for example, tend to have enlarged hearts. We use a method called VHS (vertebral heart size), which used to require measuring one by one, manually," Oh I-se, CEO of Sky Animal Medical Group, told AFP. But now AI can reveal the result in 15 seconds, so it is "much more convenient," Oh said. SK Telecom considers X Caliber "the beginning of AI healthcare", said Joo Ye-seul, manager of the software's global team. "We plan further expansion into additional domains based on this." The service is already available in the United States, Australia and some Southeast Asian countries. In Indonesia, veterinary hospital owner Kristanya Oen says X Caliber is helping to overcome a lack of expertise and trained staff. "There is a shortage of radiologists in Indonesian animal hospitals and it is not easy to receive radiology education in Indonesia, so we needed X Caliber to help with our diagnostics," Oen told AFP. SK Telecom is part of the same conglomerate as SK Hynix, which launched the first high-bandwidth memory chips -- cutting-edge semiconductors that enable faster data processing and the more complex tasks of generative AI. While many experts are questioning the payoff of lavish AI investments following a recent fall in technology stocks, the conglomerate's CEO Chey Tae-won remains committed. SK Group must "think fiercely about next-generation products," he told employees this month. In June, SK Group announced plans to invest 80 trillion won ($60 billion) in AI chips, services and data centres. In South Korea, where more and more people are turning to "pet parenthood" instead of having children, it is not necessarily surprising that AI healthcare would begin with animals. In a country with one of the world's lowest birth rates, pet ownership has roughly doubled in the last decade, official figures show. One in four households now have at least one furry friend, and last year more strollers were sold for pets than for human babies on popular e-commerce platform, Gmarket. The pet care industry was worth an estimated eight trillion won ($6 billion) in 2022, a fourfold increase compared with five years earlier. The government aims to double the industry's value by 2027 and is helping support pet food and healthcare businesses through various loans and tax incentives. Jumping on the trend, South Korean companies are working on new ways of integrating AI into pet care, including "smart toilets" for early detection of urinary diseases and "smart leashes" that monitor pulse and body temperature. "Devices that can monitor mild to severe diseases in the daily life of pets are expected to expand," said Kim Soo-kyung, a senior manager at the Economic Research Institute in KPMG Korea.
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South Korea's pet care industry is revolutionizing veterinary services with AI-powered diagnostic tools, offering faster and more accurate health assessments for pets.
South Korea's pet care industry is experiencing a technological revolution, with artificial intelligence (AI) at the forefront of this transformation. As the number of pet owners in the country continues to rise, reaching nearly 15 million in 2023 1, the demand for advanced veterinary care has surged. In response, innovative companies are developing AI-powered diagnostic tools to enhance the quality and efficiency of pet healthcare services.
One of the pioneering firms in this field is AIVET, which has introduced an AI system capable of analyzing pet ultrasound images. This groundbreaking technology can detect up to 16 different diseases across various organs, including the heart, kidneys, and bladder [1]. The system's ability to quickly process and interpret complex medical data is revolutionizing the way veterinarians approach diagnostics and treatment planning.
The integration of AI in pet diagnostics offers significant advantages over traditional methods. Dr. Lim Jae-duck, a veterinarian at Irion Animal Hospital in Seoul, highlights that the AI system can detect conditions that might be overlooked by human practitioners 2. This enhanced accuracy not only improves the overall quality of care but also allows for earlier detection and treatment of potential health issues in pets.
The pet care industry in South Korea has seen remarkable growth, with the market value reaching 9.8 trillion won ($7.4 billion) in 2023 [1]. This expansion has created a fertile ground for technological advancements in veterinary services. Companies like AIVET are capitalizing on this trend, with their AI diagnostic tool already in use at approximately 40% of veterinary hospitals equipped with ultrasound machines in South Korea [2].
Despite the promising advancements, the adoption of AI in pet care faces challenges. Some veterinarians express concerns about the potential for AI to replace human expertise entirely. However, proponents argue that AI should be viewed as a complementary tool rather than a replacement for skilled professionals [1]. As the technology continues to evolve, it is expected to become an integral part of veterinary practice, enhancing the capabilities of veterinarians and improving outcomes for pets and their owners.
Reference
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