Knowledge@Computing

Explore how scalable collaborative zk-SNARKs enable fast, secure zero-knowledge proofs across multiple servers. This breakthrough improves privacy and scalability for AI verification, blockchain, and data markets, making advanced cryptography more accessible.

Explore how scalable collaborative zk-SNARKs enable fast, secure zero-knowledge proofs across multiple servers. This breakthrough improves privacy and scalability for AI verification, blockchain, and data markets, making advanced cryptography more accessible.

Associate Professor Ooi Wei Tsang and his team at NUS Computing have developed SafeSpect, an adaptive augmented reality system that enhances drone pilots' situational awareness for drone inspections.

A new study led by Professor Mohan Kankanhalli (Provost’s Chair Professor and Director of NUS AI Institute) reveals that large language models exhibit human-like psychological vulnerabilities when subjected to AI-driven bullying, raising important questions about AI safety and behaviour.

A new framework developed by NUS Computing’s Asst Prof Shao Lin and collaborators brings robots closer to human-like dexterity, overcoming a key barrier in robotic grasping.

A forthcoming study by NUS Computing’s Prof Jungpil Hahn and collaborators sheds new light on how software team structures impact product success in the digital economy.