Prof. Nitin Agarwal, Director of the COSMOS Research Center, delivered a featured faculty talk titled “Fighting Fire with Fire: Mitigating AI-enhanced Cognitive Threats” during the UA Little Rock Board of Visitors (BOV) meeting hosted by COSMOS. His presentation was featured in the “Research and Student Opportunities at COSMOS Research Center” section of the official agenda.
Prof. Agarwal provided an in-depth overview of the center’s research agenda and impact. He showcased COSMOS’s groundbreaking work in addressing modern information warfare through advanced AI technologies and socio-computational methods. The talk demonstrated how COSMOS’s research helps identify, understand, and counteract AI-driven information campaigns and manipulation tactics that target public trust and democratic systems.
The presentation prompted engaging discussion among Board members, who gained valuable insight into COSMOS’s collaborative efforts with federal agencies, academic institutions, and industry partners. These partnerships are central to developing and deploying real-time solutions that enhance situational awareness and resilience against cognitive threats in digital spaces.
Prof. Agarwal also emphasized the center’s commitment to student development. He highlighted the hands-on research opportunities available to UA Little Rock students through federally funded projects—allowing them to gain critical experience in data science, analytics, and cognitive security.
“Interacting with the Board of Visitors allows us to better align our research with institutional priorities,” said Prof. Agarwal. “It’s a meaningful way to demonstrate the societal relevance of our work and our dedication to preparing students for real-world challenges.”
As tactics for online manipulation continue to evolve, forums like the Board of Visitors meeting play a vital role in raising awareness of the importance of academic research in combating these challenges. COSMOS’s presence at this high-level gathering further affirms its leadership in the field of cognitive security and digital behavior analysis.