Muhammad Ikram

Majority IoT devices are vulnerable to various attacks from which fault-injections appeared as a serious threat. 1) In order to detect attacks, we built a runtime verification and monitoring tool called BISM (Bytecode instrumentation for security monitoring) 2) Used ASM frame-work to manipulate bytecode 3) Enabled run time monitoring to detect test inversion and jump attacks 4) Evaluated BISM tool (Instrumentation Density, CPU Time and Memory Footprint)

My work focused on penetration testing of network, mobile and web applications 1) Worked with application developers to validate, assess and mitigate vulnerabilities 2) Provided assistance to system users related to security matters 3) Worked on improvements for security services 4) Researched and analyzed known hackers methodologies and system exploits 5) Log analysis using Splunk

My work focused on the development of different modules of enterprise Android applications. 1) Worked on bug fixing and improvement of application performance 2) Participated in complete (SDLC) for proper analysis, development, and testing 3) Worked at NDK level on different application modules 4) Decompiling of competitor applications 5) Reverse Engineering of Android Applications

A one year Master's Cyber Security specialization program with a focus on: Software security, Security architectures, Networks, Cybersecurity of industrial IT, Cryptographic engineering, protocols, Threat and risk analysis, IT security audit and norms, Embedded system and Smart Card security

A four-year full Bachelors Computer Science Program, with a focus on computer systems and networks, security, database systems, human-computer interaction, artificial intelligence, vision and graphics, numerical analysis, programming languages, software engineering, and theory of computation.