Wednesday 3 October 14:00 - 14:30, Red room
Maddie Stone (Google)
Malware authors implement many different techniques to frustrate analysis and make reverse engineering the malware more difficult. Many of these anti-analysis and anti-reverse engineering techniques attempt to send a reverse engineer down a different investigation path or require them to invest large amounts of time reversing simple code. This talk analyses one of the most robust anti-analysis native libraries we’ve seen in the Android ecosystem.
I will discuss each of the techniques the malware authors used in order to prevent reverse engineering of their Android native library, including manipulating the Java Native Interface, encryption, run-time environment checks, and more. This talk discusses the steps and the process required to proceed through the anti-analysis traps and expose what they’re trying to hide.
Maddie Stone is a reverse engineer on Google's Android Security team where she reverses all the bytes to keep malware off the phones of Android users. She has also spent many years deep in the circuitry and firmware of embedded devices including 8051, ARM, C166, MIPS, PowerPC, BlackFin, the many flavours of Renesas (SH2, SH4, R8C, M16C), and more. Maddie is the creator of the IDAPython Embedded Toolkit. She has previously spoken at international security conferences including REcon Montreal, OffensiveCon, Black Hat USA, and DerbyCon. Maddie has a Bachelor's degree in computer science and Russian language and a Master's degree in computer science, all from Johns Hopkins University.
Simon Forster (Spamhaus Technology Ltd)
Michael Osterman (Osterman Research)
Norm Ritchie (Secure Domain Foundation)
Tom Bartel (Return Path Data Services)
Mark Kendrick (DomainTools)
Filip Kafka (ESET)