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Computing
Smart tech sprints forward, but the law lags behind
Researchers at ASU are exploring law and policy options for protecting users’ privacy and security without stifling innovation on the internet of things.
We, robot
There’s no “I” in team, but increasingly, there is AI. Researchers from across ASU are helping people, robots and artificial intelligence collaborate more effectively, safely and ethically.
ASU KEDtalk: Staying ahead of cyberattacks
Paulo Shakarian tells us how mining the dark web can throw light on cybercriminals and thwart their impending attacks. He likens his research strategy to that of a soldier running reconnaissance on the enemy.
Big data, big decisions
Complexity science helps us make better decisions—from detangling trade webs to preparing for climate crises.
Form follows function in materials design
How do you find the right material to build the best product? ASU engineers are turning the typical trial-and-error process on its head.
The value of science in society: Q&A with Sethuraman Panchanathan
As he approached his 40th birthday, ASU chief research and innovation officer Sethuraman “Panch” Panchanathan asked himself a question: “How do I want to spend the rest of my life?”
Digital tools connect humanities to humanity
ASU’s Nexus Lab is plugging in major processing power to help humanities researchers connect with communities in a more immediate and effective way.
Tweeting terror: Understanding extremism on social media
Extremist organizations use social media to promote their ideology and recruit new members globally. ASU professors are collaborating to track, analyze and understand this threat.
Water water everywhere (nor any drop to drink)
Built in a lake basin, Mexico City experiences destructive flooding, but also struggles with access to clean water. ASU researchers are studying the complex choreography of natural environment, physical infrastructure and human decision-making that contribute to both.
CUbiC designs assistive tech for full spectrum of ability
Researchers at the Center for Cognitive Ubiquitous Computing investigate people's individual needs, and then determine what design principles are most useful for addressing those needs.
