PPT-DroidChameleon : Evaluating Android Anti-malware against Transformation

A ttacks Vaibhav Rastogi Yan Chen and Xuxian Jiang 1 Lab for Internet and Security Technology Northwestern University North Carolina State University Android Dominance Smartphone sales already exceed PC sales. Android Malware Classification . Using Weighted . Contextual API Dependency . Graphs. Mu Zhang. Yue. . Duan. Heng. Yin. Zhiruo. Zhao. Department . of Electrical Engineering and . Computer Science. MARS.MTC.SRI.COM. Motivation. Malware landscape is diverse and constant evolving. Large botnets. Diverse propagation vectors, exploits, C&C. Capabilities – backdoor, keylogging, rootkits,. Logic bombs, time-bombs. Sophisticated Criminals or . Babytown. Frolics?. Ryan Merritt. Josh Grunzweig. Who We Are. Josh Grunzweig. Security Researcher. Malware Reverser. Dabbles in Ruby. Homebrewer. Ryan Merritt. Security Researcher. Newbies. A guide for those of you who want to break into the fun world of malware.. What We’re Going To Cover. Basic x86/64 ASM. Tools of the trade. Setting up an environment. Intro to the Debugger . Analysis. Part 4. Veronica Kovah. vkovah.ost. at . gmail. See notes for citation. 1. http://. opensecuritytraining.info. /. MalwareDynamicAnalysis.html. All . materials is licensed under . a Creative . CS 598: Network Security. Michael Rogers & Leena Winterrowd. March 26, 2013. Types of Malware. Image courtesy of prensa.pandasecurity.com. Types of Malware. Viruses 16,82%. Trojan horses. 69.99%. Chapter 11: Malware Behavior. Chapter 12: Covert Malware Launching. Chapter 13: Data Encoding. Chapter 14: Malware-focused Network Signatures. Chapter 11: Malware . Behavior. Common functionality. Downloaders. with . DroidRide. : And How Not To. Min Huang, Kai Bu, . Hanlin. Wang, . Kaiwen. Zhu. Zhejiang University. CyberC. 2016. Reviving Android Malware. with . DroidRide. : And How Not To. ?. Reviving Android Malware. Next-Gen Endpoint Protection. July 2017. Larry Herzog Jr., CISSP. Channel Sales Engineer. HD Phishing. 2. Locally targeted. 3. RTB. Ad network. Third party. Malvertising. threat chain. No site is immune. Meltem Ozsoy. *. , Caleb . Donovick. *. , . Iakov. . Gorelik. *. ,. Nael. Abu-. Ghazaleh. **. and Dmitry . Ponomarev. *. *. Binghamton University, . **. University of California, Riverside. HPCA 2015 - San Francisco, CA. Neelima. Krishnan. Gayathri. Subramanian. Introduction. Why is Android Security Important ? . Security Model in Android. What we proposed and What we did. Implementation Details . Results and Conclusion. Grace. M, Zhou. Y, . Shilong. . Z, Jiang. . X. RiskRanker. analyses the paths within an android application. Potentially malicious security risks are flagged for investigation. Summary. This application showcases how reverse engineering. Android is the most widely used mobile operating system globally
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