Chinese Students Increasingly Using AI Smart Glasses to Cheat on Exams

Kathmandu. The popularity of AI-integrated smart glasses among young students in China is surging. However, this trend is not for academic enrichment, but rather for cheating on exams to secure higher grades.

According to a recent report by Rest of World, students are using these glasses, which are integrated with large language models, to achieve excellent results in even the most difficult examinations. These advanced glasses are equipped with cameras and audio features that scan question papers and texts, providing instant answers with the help of AI.

While these glasses initially appeared bulky and distinct, companies like Xiaomi and Alibaba have now introduced devices with sleek designs that are indistinguishable from regular eyewear. Although such devices are banned in China's national college entrance exams and civil service examinations, their use is becoming widespread in regular school and college tests.

To test the effectiveness of this technology, researchers at the Hong Kong University of Science and Technology conducted an interesting experiment. A student wearing smart glasses equipped with an AI model similar to ChatGPT 5.2 managed to rank in the top five out of a group of 100, scoring 92.5, while the average score of other students was only 72. This confirms that even average students can achieve excellent results with the help of AI glasses.

Although the high cost prevents all students from purchasing these glasses, second-hand marketplaces like Xianyu have made them more accessible in China. With rental prices as low as $6 to $12 per day, these glasses have become even more attractive to students.

Vivian, a university student in Hebei province, stated that she uses these glasses for subjects she fears failing and even rents them out to other students. By using a small remote that looks like a ring to scan questions and copying the answers displayed on the glasses lens, students are misusing the technology in exam halls without being detected.