A*STAR Institute for Infocomm Research (A*STAR I²R)

Sing-a-long software developed at A*STAR brings sweet melody to any cacophonous cry

A combined cyber and physical security system will protect customers charging electric vehicles on smart electricity grids

Mathematical analysis reveals how to maximize access to mobile networks by seamlessly ‘offloading’ traffic to smaller Wi-Fi and cellular systems

Mathematical model that learns to compensate for positioning errors can control a micromanipulation system more accurately

Deploying many low-power, compact antenna nodes to handle cellular traffic can make wireless communication more reliable and adaptable

An electronic payment system developed at A*STAR will protect the privacy of customers recharging their electric vehicles

Neural networks that function like the human visual cortex may help realize faster, more reliable pattern recognition

A systematic analysis reveals that cloud storage services have security weaknesses that can inadvertently leak users’ data

Analyzing pixel correlations in photographs outperforms current methods of extracting relevant information for image analysis

Software to grade cataracts automatically could lead to improved management and allow for remote assessment of the condition

REACH@I²R, Singapore’s largest cluster of joint laboratories for infocommunications research, is deepening links between A*STAR and industry

Hacking programs disguised as games are helping Apple to improve the security of devices operating on its iOS platform