PPT-Reviving Android Malware

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. Possible attack threats to mobile devices. Network exploit. Hackers takes advantage of vulnerability or flaw of user’s web browser on mobile device in . WiFi. communication to attack victims.. Hackers send malicious code/data from malicious logic websites to victim’s browser after user browses the malicious page and the malicious code will take over the control to get all sensitive data on the victim’s device.. Android Malware Classification . Using Weighted . Contextual API Dependency . Graphs. Mu Zhang. Yue. . Duan. Heng. Yin. Zhiruo. Zhao. Department . of Electrical Engineering and . Computer Science. MSc Information Security . Project 2013/2014. Author: Nicholas . Aquilina. Supervisor: . Dr. Konstantinos . Markantonakis. Aims and . Objectives of Project. Understand and . analyse. . current malware strategies. : Evaluating Android Anti-malware against Transformation . A. ttacks. Vaibhav . Rastogi. , . Yan Chen. , and . Xuxian. Jiang. 1. Lab for Internet and Security Technology, Northwestern University. †. Author : . Yajin. Zhou, . Xuxuan. Jiang. TJ. Index of this paper. Introduction. Malware Timeline. Malware Characterization. Malware Installation. Repackaging. Update Attack. Drive-by Download. Others. : Real-time Monitoring and Detection of Android Privacy Leakage. Review and Discussion. Yan Chen. Lab of Internet and Security Technology. Northwestern University. President, . NetShield. LLC. My Research. : Evaluating Android Anti-malware against Transformation . A. ttacks. Vaibhav . Rastogi. , . Yan Chen. , and . Xuxian. Jiang. 1. Lab for Internet and Security Technology, Northwestern University. †. : Real-time Monitoring and Detection of Android Privacy Leakage. F. or Potential Collaboration. 1. Yan Chen. Lab of Internet and Security Technology. Northwestern University. President, . NetShield. LLC. Luyi. . Xing. 1. , . Xiaorui. . Pan. 1. , . Rui. . Wang. 2. , . Kan. . Yuan. 1. , . and . XiaoFeng. . Wang. 1. 1. Indiana University . Bloomington. 2. Microsoft Research. 35. th. IEEE Symposium on Security and Privacy (Oakland'14). Outline. Introduction. Types . of Malware. Malware examples. How . Malware Spreads. Prevention. AndroRAT. Hands-on Lab. Introduction. Mobile Security has become a fast growing issue. Nearly 100,000 new malicious programs for mobile devices were detected in 2013 (Kaspersky Lab). 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. 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. Lucky ONWUZURIKE. November 15, 2018. Motivation. 2. Why Apps?. They often handle and transmit sensitive information. Some have been shown to contain vulnerabilities (e.g., accepting invalid TLS certificate, permission abuse etc.).