Executable steganography is potentially an anti-reverse engineering technique and a way to watermark software. We aim to produce viable methods for hiding executable code, expand the state-of-the-art for this style of program protection, while also characterizing its effectiveness based on capacity, robustness, detectability, invisibility, and resilience.
Collaboration with the University of South Alabama.
Both UNO and USA bring key opportunities for broader impacts of this research. Both have a rich tradition of meeting the needs of diverse student bodies, both are in EPSCoR states, with numerous students coming from rural areas. Both universities have extensive K-12 STEM outreach and Scholarship for Service students preparing for future cybersecurity careers. Our team can directly engage students in the research as part of their academic programs via course projects, senior capstone exercises, and labs.
This work is partially funded by National Science Foundation awards 1811560 and 1811578 in the NSF 17-576 Secure and Trustworthy Cyberspace (SaTC) program.