Charles Miller | |
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Charlie Miller
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Nationality | United States |
Fields | Computer Science |
Alma mater | Northeast Missouri State, University of Notre Dame |
Thesis | New Types of Soliton Solutions in Nonlinear Evolution Equations (2000) |
Doctoral advisor | Mark S. Alber |
Known for | Pwn2Own contest winner |
Charles Alfred Miller is an American computer security researcher with Didi Research. Prior to his current employment, he spent five years working for the National Security Agency and has worked for Uber. Miller holds a Bachelors in Mathematics with a minor in Philosophy from Northeast Missouri State (now Truman State University), and a Ph.D. in Mathematics from the University of Notre Dame in 2000. He currently lives in Wildwood, Missouri.
Miller has publicly demonstrated many security exploits of Apple products. In 2008, he won a $10,000 cash prize at the hacker conference Pwn2Own in Vancouver, British Columbia, Canada for being the first to find a critical bug in the MacBook Air. The following year, he won $5,000 for cracking Safari. In 2009, he also demonstrated an SMS processing vulnerability that allowed for complete compromise of the Apple iPhone and denial-of-service attacks on other phones. In 2011, he found a security hole in the iPhone and iPad, whereby an application can contact a remote computer to download new unapproved software that can execute any command that could steal personal data or otherwise using iOS applications functions for malicious purposes. As a proof of concept, Miller created an application called Instastock that was approved by Apple's App Store. He then informed Apple about the security hole, who then promptly expelled him from the App Store.
Miller participated in research on discovering security vulnerabilities in NFC (Near Field Communication).
He has also published three books, one entitled The Mac Hacker's Handbook.
Miller, along with Chris Valasek, is widely known for remotely hacking a 2014 Jeep Cherokee and controlling the braking, steering, and acceleration of the vehicle.