29 December 2025
A recent workshop at the Korea Institute of Science and Technology (KIST) is showcasing how neuromorphic computing — a technology designed to mimic the human brain — could reshape the future of artificial intelligence and autonomous systems. Hosted on December 13 as part of the SF Future Sketch Workshop organized by Dong-A Science and KIST, the event brought together scientists, creators and young innovators to explore the societal and technological implications of next-generation semiconductors.
At the heart of the workshop was a demonstration of an autonomous driving system powered by a neuromorphic chip called ‘FirstClass,’ which replicates aspects of human neural network processing. Unlike traditional computer chips that process information sequentially, neuromorphic chips operate in parallel — enabling them to handle complex sensory data with lower energy consumption and faster response times. During the live demonstration, researchers showed how this brain-inspired chip could control a simulator vehicle’s steering behavior, learning from human driving tendencies to deliver smoother and more stable performance under challenging conditions.
Participants witnessed how the system’s spiking neural network architecture — a design that mimics the way neurons communicate through electrical spikes — allows for more efficient decision-making in tasks such as autonomous navigation. Although the demonstration ran slightly slower than conventional autonomous driving systems, the stability and adaptive behavior impressed attendees, highlighting how neuromorphic computing could advance beyond current AI methods.
Beyond technical presentations, the workshop encouraged creative thinking about how these technologies could integrate into future societies, blending science and science fiction. Attendees collaborated on storytelling exercises imagining applications ranging from neuromorphic-enhanced firefighter suits to AI-driven racing cars, reflecting on how such innovations might influence everyday life.
The event also included tours of KIST’s semiconductor labs, where visitors saw cutting-edge fabrication equipment and heard about related research efforts, including work on highly parallel computing paradigms such as ultra-large-scale computation semiconductors (RPUs). Insights shared during the tour underscored Korea’s growing role in advancing AI hardware and its potential impact on fields such as autonomous systems, cloud computing, and intelligent robotics.
Organizers described the workshop as more than a showcase — it was an exploration of how advanced computing technologies might shape humanity’s future, urging both technical and philosophical reflection on innovation’s role in society. As neuromorphic chips continue to evolve, their ability to process information more like a human brain could open new frontiers in energy-efficient AI, autonomous decision-making, and seamless human-machine interaction.
