Performed vulnerability analysis against the Linux kernel and userspace software, along with examining and creating proof of concepts of public CVEs. This research was used to aid in the development of security products.Worked on a small embedded development team to create custom and bespoke CNO tools to aid in target operations. Product solutions often required in-depth knowledge of the kernel and Linux system operations.Analyzed custom security products for vulnerabilities and used research to create and support CNO tools.

Analyzed various Internet-of-Things devices for vulnerabilities to attach to our internal research network. Developed an internal CNO tool to be used for demonstration purposes against a number of embedded devices and designed to be easily portable to other devices, architectures and operating systems. Found vulnerabilities in off the shelf IOT IP cameras.Performed analysis on a number of embedded devices for various architectures (ARM, MIPS, PowerPC, x86) and operating systems (Linux, NetBSD, FreeBSD), Used analysis research to create and support CNO tools.Created CNO tools to gather and collect information from and perform various tasks on target.Maintained various CNO tools to support new firmware version release. Added additional features to existing tools in order to meet new requirements and support new efforts.

Worked on an internal R&D team to develop custom virtual CNO infrastructure. Implemented an SDK in Python and C to communicate with the system, which is cross-platform and utilizes Java, Linux and VMware vCenter.Worked on integrating a previous automatic implant system into the internal CNO framework, along with developing an interati implant for the Window operating system and the integration of the control system into the mission framework. Worked on a client application that communicates to the CNO framework to control the remote implants.Designed and implemented Windows modules for the demo implant that captures the screen environment and webcam images. Designed modules to gather host and network information through system surveys. Implemented the ability to stand up and shutdown remote tunnels through the implant. Implants could use these tunnels for sending data and command and control messages. This tunneling included protocols such as SSH, HTTP(s), TLS and IMAP.Developed an automatic client-side exploitation server, along with integrating the Metasploit framework into the system.

Communicate with students and faculty about computer issues and support.Diagnose and fix computer problems.

Worked as IT manager to improve office efficiency via computer systems; quickly learned how to adapt existing office software to support an expanding business. Independently restructured database systems to interlink with each other (FileMaker and QuickBooks), which supported automatic data transfer between databases, lessening the workload for other employees by removing the need to manually transfer data as well as reducing the chance of inconsistent data.

Worked as assistant to office manager; facilitated the most effective utilization of office staff essentially by improving existing scheduling systems. Maintained the existing computer systems and network as well as researched viable options for improving efficiencies and implemented researched changes that improved existing processes Developed an online requisitions system allowing field technicians to work from home. Awarded company scholarship for years of hard work and dedication. Gained immeasurable experience by interacting with customers, leading to ideas for further process improvements. Developed team playing skills which was utilized in successful group work in college years. Independently initiated a project that facilitated successful order fulfillment under severe time constraints