

About the Tech for Humanity Lab
The Tech for Humanity Lab is a transdisciplinary laboratory at Virginia Tech, focusing on the impact of technology on the human condition. Our lab emphasizes issues of human security broadly constituting political, medical, social, economic and environmental securities. The lab utilizes transdisciplinary research, combining practices from political science, international affairs, law, computer science, humanities, engineering, business, biology, public health, and area studies.
Our mission includes investigating the impact of technological advances on a broad spectrum of security issues. Early research initiatives include surveillance, censorship, data manipulation and misuse, and misappropriation for the purposes of impacting human security across and within multiple disciplines. The lab provides access to resources including High Performance Computing; mobile and IoT technologies; servers, software and simulations for modeling infrastructures; augmented and virtual environments; and a range of digital devices. The lab places concerns of human security at its core and seeks to develop technical- and policy-relevant research that might guide future innovation in ways that minimize negative impacts and enhance a comprehensive approach to technology and human security.




Aaron F. Brantly – Director

Nataliya D. Brantly – Lab Deputy Director

Type 1 diabetes is an autoimmune disease that prevents the pancreas from making insulin. A common medical device used to deliver insulin is an insulin pump. Insulin pumps allow users to personalize their device and its data uploading. The most personalized version of these devices can be modified by an open-source software resource named LoopKit.…

Cybersecurity governance depends on understanding and applying complex regulatory frameworks including ISO/IEC 27001, NIST CSF 2.0, GDPR, and HIPAA and many others. Often these frameworks are sector specific, difficult to read, and complicated to apply. To simplify the implementation and comprehension of these models within firms this post proposes to leverage Large Language Models (LLMs)…

As the internet of things (IoT) continues to grow and rapid advancement of artificial intelligence (AI) transforms both civilian and military environments, systems become increasingly digitized, interconnected, and data driven. Artificial intelligence (AI) revolutionizes modern military operations by driving the evolution of software-defined defense on unmanned aerial systems (UAS). Military drones become more dependent on AI-powered accelerators, communication networks, and onboard computing. This reshapes how…

Tech for Humanity Lab
Major Williams Hall 117