A KAIST research team has developed a groundbreaking system to detect concurrency bugs in CPUs based on out-of-order execution such as Apple M3 processor. Using this newly developed automated technology, the research team identified a total of 11 new bugs in Linux, including several critical ones that could cause severe damage to systems in the Linux kernel, an operating system used for servers The research tea...

To carry out imaging missions for Earth observation satellites, precise attitude guidance commands are essential. An effective algorithm has been developed to enhance performance from the perspectives of stability and efficiency.     Satellites offer a diverse range of benefits that enhance daily life. They provide global access to essential services such as the internet, telecommunications, and televis...

The KAIST team led by Professor Je-Kyun Park has developed a tumor model chip for testing multiple anticancer drugs. This technology could replace animal testing in the future by accurately simulating tissue and organ properties, thus efficiently assessing drug efficacy.       For decades, the pharmaceutical industry has relied on simplified in vitro models—essentially tumor cells grown on fl...

With the growing interest in beauty, the demand for technologies that can suppress aging has been emphasized. A research team led by Professor Keon Jae Lee from KAIST has developed a surface-lighting micro-LED mask. Compared to conventional LED masks, it demonstrates up to a 340% improvement in skin beauty effects and up to a 50% improvement in six facial areas, offering a device capable of suppressing skin aging...

KAIST research team led by Professor Jong-Seok Lee discovered that gently sloped and extended classification margins can relax overconfidence in out-of-distribution samples. The proposed method is expected to be effectively utilized in critical AI applications, such as autonomous driving and medical diagnosis, where safety and lives are directly impacted.       Out-of-distribution (OOD) detection i...

In this research, Professor Hyunchul Shim’s research team developed a drone-multileg robot team to retrieve objects from a ship deck on rough sea for Mohamed Bin Zayed International Robotics Challenge held in Abu Dhabi, UAE in 2024.       In Mohamed Bin Zayed (MBZIRC) Maritime Grand Challenge 2024, an international robotics competition, the competitors vying for the 2 Million Dollar Prize, ar...