DSU, AI Sweden students present solutions to global challenges

August 7, 2026

MADISON, S.D. - Graduate students from Dakota State University and universities across Sweden recently presented artificial intelligence solutions addressing challenges in defense, healthcare, cybersecurity, data privacy, and technology infrastructure.

The presentations, held July 30 at the Madison Cyber Labs (MadLabs®), marked the conclusion of the fifth annual DSU and AI Sweden Industrial Immersion and Graduate Student Exchange Program. This year's program brought together 22 students to collaborate on projects developed with Swedish and international industry and government partners.

The 10-week summer program gives graduate students international and industrial experience in artificial intelligence and cybersecurity. Participants spend five weeks at AI Sweden's facilities in Gothenburg, Sweden, and five weeks at DSU's Madison Cyber Labs, working in international teams to address real-world challenges.

The 2026 teams presented six projects:

• Predicting Adversarial Artillery Firing Positions: In collaboration with the Swedish Armed Forces, students developed models designed to predict adversarial artillery firing positions.
• AI-Driven Healthcare Record De-identification: Working with Region Halland, students trained and benchmarked solutions that combine language models and large language models to identify personal information in healthcare records. The project seeks to strengthen patient privacy while making the de-identification process more efficient.
• Automated Code Auditing and Vulnerability Patching: Sponsored by AI Sweden, this project focused on creating a pipeline that can identify, verify, and patch software vulnerabilities. The work responds to the growing use of advanced AI to make cybersecurity threats faster and more scalable.
• Sovereign AI Infrastructure Platform: In partnership with Airon AI, students built an open-source platform intended to simplify sovereign AI deployment. The platform automates model orchestration, workload scaling, and container security while allowing organizations to retain ownership and control of their data.
• AI-Driven Data Protection Impact Assessment Assistant: Students developed an AI assistant for Skellefteå Kommun to help organizations navigate the European Union's General Data Protection Regulation. Integrated into the Eneo platform, the chatbot guides users through the Data Protection Impact Assessment process.
• AI-Assisted Cybersecurity Operations: This project explored how AI can support the Cyber Fusion Center and Security Operations Center at CNH, also known as Case New Holland. The team examined how AI could help analysts triage alerts and connect related malicious activity while keeping human expertise at the center of decision-making.

Through the exchange program, students gain experience working across cultures, collaborating with industry partners, and applying classroom knowledge to complex problems. Participants receive a stipend and academic credit, with airfare and lodging included.

The program is open to students pursuing master's or doctoral degrees in artificial intelligence, computer science, cyber operations, cyber defense, or related fields who are interested in artificial intelligence and cybersecurity.

Tags: The Beacom College of Computer & Cyber Sciences Cyber Academics Research