My research delves into Exodus, a thin-client, closed-source cryptocurrency wallet designed with a strong emphasis on privacy. Through a comprehensive longitudinal study of disk, memory, and network artifacts on a Windows system during and after cryptocurrency transactions and application uninstall, I successfully uncovered critical artifacts such as private keys and passphrases. Additionally, I validated Exodus' encryption protocols and confirmed its legitimate network activity during its use.
This experience allowed me to perform essential forensic assessments with precision and integrity, showcasing mastery in hardware disk recovery, RAM and memory analysis, and a deep understanding of complex network operations—skills capable of withstanding the toughest audits
Presented a Poster in 2012 Society for Neuroscience Conference.
In this study, responsibilities included managing the technical and operational aspects of the experiment, such as setting up and configuring the sleep deprivation equipment, including the moving bar system for administering sleep fragmentation (SF) to the rats. Performed EEG implantations to monitor brain activity during sleep fragmentation and installed the motion tracking software used in the water maze trials, calibrating it to capture and analyze the rats' movements. Additionally, oversight of the lab renovation phase ensured that the space met research approval standards and was properly prepared for experiments.