One advantage of this is that it gives the user several options, and has a web interface. “This tool allows for many file types to be analyzed, determining the file type,” he explained, “and run parsers to do static analysis directly on specific file types and enrichers,” which means doing post-data processing to get more information from threat and intelligence groups. “I had a booth with a time frame to talk about it, demonstrate the tool and talk with people about it.” Baker’s presentation was titled “SubParse - Malware Artifact and Correlation Framework.” This year, Arsenal provided tool demonstrations in an open, conversational, and hybrid environment where presenters are able to interact with attendees.
The Black Hat Arsenal website said that presenters there are “the best of the best in the world.” Researchers and the community showcased their latest open-source tools and products. This tool is novel enough to have been accepted for presentation at the 2022 Black Hat USA Arsenal this month. This effort has resulted in the creation of a tool for modular automated large-scale malware analysis framework. Malware is one of the security issues today, and Baker was able to continue researching this topic during the last school year, work sponsored in part by funding from the NSA. “I enjoy school,” he said, “I like to focus on learning and address the problems that exist today.” After completing his A.A., he came to DSU to earn a bachelor’s degree in Cyber Operations. There he heard about a new cyber research opportunity at Dakota State, so in 2019 he came to Madison to be part of the Research Experience for Undergraduates (REU) at DSU, researching Internet of Things (IoT) devices.īaker discovered malware analysis during this REU, and connected with a faculty member doing research in this area. That led to contracts for things like ethical hacking bug bounties.Īfter high school, he started working towards a cyber security associate degree at the community college in his hometown of Sheridan, Wyoming. He got his first internship when he was a junior in high school.
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That passion led to professional programming and software development jobs, starting when he was about 15. “More technology is being pushed out, and that means more people will be needed in that field, so that’s job security.” She’s developing a particular interest in security programming, but said, “I love computers and helping people out any way I can.”Īaron Baker fell in love with programming when he was in the fifth grade. That makes me proud.”Ĭoffey chose Cyber Operations as a major because it’s a field that is moving up in the world, and there will be a need for knowledgeable, trained employees. She is a work study at the ITS Help Desk, and Tech said, “I hear she’s doing a great job at the Help Desk. And the faculty, they know their stuff.”Ĭoffey is one of those who knows her “stuff” at DSU. “I love the people who work here and the people who attend because they’re so friendly. There’s always someone there who you can go to who will have the answers you’re looking for, and will help you out.”Ĭoffey has had a good experience with this at Dakota State. “I’m just glad I have someone to go to and talk with,” Coffey said.įor other students who don’t have this option, her advice is to “go to somebody if you don’t know what you’re doing, or call the university. Still, Tech admits, “people may not realize the subtle influence they can have, even if that influence is more about getting an education than about a specific institution.”
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Growing up in Madison, Coffey knew about Dakota State, plus she heard about the University from Tech, who downplays her impact on Coffey’s decision. “Any questions I have, I can go to her and ask,” Coffey said.
Deb Tech, is an Associate Professor at Dakota State in the College of Business and Information Systems. Johanna Coffey is a first-generation college student.Ī sophomore Cyber Operations major from Madison, S.D., she knows that it can be challenging to navigate the necessary steps to get to college.
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