Analysis | Harry Booth and Tallinn Pillay |Artificial intelligence is pushing the frontier of science and technology. It is designed with enzymes that mimic military drones, diagnose diseases, and devour plastic waste. Meanwhile, consumer chatbots are used by hundreds of millions of people each week, sowing earthquake changes in education, child development and human connections. Time sees in 10 ways in which AI innovation is being used to shape the future.
Vaccine development
The rapid development of the Covid-19 vaccine has included several ingredients, including years of mRNA research, immeasurable political will, and cash influx. However, to reduce the 15-year timeline to just 12 months, scientists also relied on new weapons in new tools equipped with AI. Now, similar tools can help accelerate vaccine development. In the face of a pandemic potential pathogen, “we were able to create a new vaccine design within a few days,” says Timothy Endy, program lead for the Union of Coalitions for Private Public Partnerships (CEPI) to advance vaccine development. The goal of CEPI is to be able to develop and deploy new vaccines in 100 days. “I think we're just there,” Endy says.
Human relationships
Human relationships are becoming mainstream. Millions of people turn their eyes to AI chatbots and play a role in merging friends, therapists and romantic partners. One AI role-playing platform, Character.ai, currently has 20 million active users.
“For a lot of people, it's a fun turn they get a lot,” says Kate Devlin, a professor at King's College London who studies AI and human intimacy. She sees the benefits in AI dating as long as people understand that AI is not sensory. However, she points out that vulnerable people, especially those with children or mental health issues, can sometimes be exploited when sharing deep emotions with AI tools that are not designed for treatment. Still, as usage grows, Devlin believes society is resilient enough to find a way through this period of change. “We're very good at being human,” she says.
Wildlife Tracking
To monitor wildlife, conservationists use a network of motion trigger cameras in some of the world's farthest corners. However, the torrent of images they capture can take weeks to sift for one notable sighting. Wildlife Insights is an AI tool born from collaboration with the World Wildlife Fund, Google and others, and says Abby Hehmeyer, WWF's program lead, scans millions of images, identify animals with 99.4% accuracy, and excludes researchers to do “more important work.” In March, they open-sourcing the tool and trained it with 65 million images, so conservationists could use it everywhere. “The threat facing biodiversity is huge,” Hemeyer said. “This tool allows us to respond at a rate that these threats come to us.”
education
Educational institutions are rushing to contain AI, but their adoption is widespread. In July, the U.S. Teachers Union partnered with Openai, Microsoft, and Anthropic on an initiative to train 400,000 school teachers to use AI over the next five years. In August, Openai announced a partnership with the Indian government, distributing AI to schools around the country. For Rose Luckin, a professor at London University of London with deep experience in AI and education, the widespread use of AI by students is destroying systems that have already failed to prepare for the future. But these changes create new opportunities, but understanding of AI restrictions is necessary to protect vulnerable groups, she says. “The basic thing we have to lift our heads is what kind of relationship we want between humans and artificial intelligence,” she says.
Yen recycling
Over 350 million tons of plastic waste are generated each year. But AI-designed enzymes “blame cakes – can make you bored [plastic] Return to the compounds used to make it – Stag[ing] “We're looking forward to seeing you in the future,” said Jacob Nathan, founder and CEO of London-based Epoch Biodeciguin. Later this year, production-scale facilities are expected to be able to process 150 tonnes of waste each year, Nathan said.
Medical diagnosis
AI tools that can help diagnose strokes, cancer and other medical conditions are becoming equipment for health care systems around the world. Using AI to interpret diagnostic images such as x-rays and ultrasound, Qure.ai is used in over 4,500 sites in over 100 countries. Viz.AI's diagnostic algorithm is used in over 1,800 hospitals in the US and Europe. The AI system also shows promise as a clinical peer. A pilot study conducted by Kenya's primary healthcare providers Penda Health and Openai, supplementing clinician knowledge and designed to use thousands of patients, Penda's AI system reduced medical diagnostic errors by 16%. As recruitment grows, global healthcare is poised to improve.
Children's toys
AI toys are early markets, but growing markets. Companies like Curio sell AI-powered stuffed animals that speak to young children in age-appropriate languages. One was designed and voiced by musician Grimes. Others like Miko 3 are made to help with learning. In June, Openai partnered with Toymaker Mattel. Their first product is expected to be released later this year. Without protection, these toys can interfere with important development windows in childhood, so ANE-SERET notes Anne-Sophie Seret, executive director of Ane.AI, a global initiative that works with governments and businesses to ensure that children are protected when using AI. She says standards, guidelines and active engagement with the companies that design these toys are essential. “The teddy bear is under a tree for Christmas,” she says. “It's very difficult to get it back.”
Earth Mapping
In July, Google unveiled an AI system that acts like a “virtual satellite,” combining optics, heat, radar, climate, and other data to accurately characterize Earth's land and coastal oceans. Christopher Brown, senior research engineer at Google Deepmind, explains the resulting unified dataset “gives scientists and researchers a consistent global understanding.” The computationally efficient custom maps enabled by this model (used by over 50 organizations) can be used by governments, businesses, nonprofits, and scholars for a variety of tasks to analyze how planets change over time from ecosystem mapping and supply chain mapping. Brown is optimistic that by removing the barrier to entry, the technology could lead to a “geo-science explosion.”
Factory automation
Industrial robots have been a feature of factory floors since the 1930s, but their “brains” have recently begun to catch up with The Brown. Xiaomi currently operates a so-called dark factory in Beijing, allowing automated lights to be dimmed and run. Only a few technicians overseeing the system produce flagship smartphones every six seconds. Meanwhile, German technology giant Siemens is pioneering AI-driven industrial companies that help engineers use natural language to direct robots, autonomously identify mechanical problems and promote efficiency gains up to 30%, says Chief Technology and Strategy Director Peter Koae. He adds that much of the future impact of AI depends on changing industry. “At the end, it's a big part of the economy.”
Autonomous military drones
Lost signals are often used to mean the end of the drone – from sophisticated jamming. However, according to Ukrainian security services, when some of the 117 drones involved in Ukraine's “Operation Spider Web” darkened in June, the AI took the reins. The operation that destroyed 12 Russian bombers is the most “vivid” example of AI's battlefield capabilities. Ukrainian Minister of Digital Change, Mykhailo Fedorov led Brave1, a national push that connects Ukrainian defense with the technology industry. He says that while today's drones can follow predefined targets, future models are marching towards greater autonomy. “Essentially, the situation on the battlefield depends on who wins in this autonomous drone battle,” says Fedorov.
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Source: Times
