Nanoscape IoT Research Lab

Wearable Devices for Healthcare

Several projects in the lab are developing smart, connected wearable devices to revolutionize health and patient care using IoT, such as in-shoe sensor for foot and ankle surgery patients, pasteables “peel-and-stick” devices, scapular motion monitoring for improved orthopedic care, and sleep monitoring devices.

IoT for Honeybees

In collaboration with colleagues in UF IFAS and Entomology, we are conducting research on improving honeybee health and crop pollination quality with AI-powered IoT.

Smart Systems for Mosquito Research

In collaboration with the Department of Entomology, we are working towards studying the behavior and developing systems to monitor mosquito behavior and differentiate between species.

Safety of IoT Systems

We are working towards improving safety of IoT systems, including autonomous systems with a specific emphasis on aerospace systems.
One of our current projects is collaborative research with Florida Institute of Technology, sponsored through the NASA ULI program.

NQR Spectroscopy for Global Medicine and Food Safety

The Nuclear Quadrupole Resonance (NQR) spectroscopy technique allows for non-invasive, on-site detection of illegal substances and authentication of pharmaceuticals, food products, packaged foods, produce, and supplements. This provides a unique, reliable method to verify integrity and quality in modern supply chains.

Hardware Trust and Security

Security of electronic hardware, in particular, integrated circuits (ICs), is rapidly becoming an important design, test, and validation concern with a growing number of attacks at different stages of IC life-cycle. Nanoscape is presently investigating solutions for hardware protection that ensures trust and security for all parties involved while not affecting the end user experience.

SURPASS Scholarship for Service (SFS)

Dr. Bhunia serves as the Director for the SURPASS program, the NSF-funded Scholarship for service (SFS) program at university of Florida, developed in collaboration with Florida International University (FIU), which aims at creating up to 50 well-trained graduate/undergraduate students for our nation’s cybersecurity workforce. The unique attribute of the SURPASS training program is providing student exposure to hardware and system security topics, including hands-on experiential learning of hardware-oriented attacks and defenses. 

HArdware HAcking (HAHA) Board for Hands-On Education and Training

This board along with the AHA Board were developed in the lab to use in education, training, and workforce development for hardware security concepts. The boards are being used with a wide variety of learners, like K-12 students, freshmen engineering students, and veterans.

Hands-On AI Course for Freshmen Engineering Students

The course EGN1935 – Special Topics in Freshmen Engineering: Adventures in ECE Design has been specifically designed to provide students with an immersive, hands-on experience in exploring AI hardware principles and applications. Instructed by Dr. Swarup Bhunia, the course’s goal is to make AI education accessible and immersive for first-year engineering students, even without prior knowledge of AI or hardware concepts.

Upskilling our Military Veterans

A project on training cybersecurity with emphasis on hardware security to our military veterans through a hands-on, experiential learning approach. This project is funded by NIST.

CAD for Assurance

The CAD for Trust and Assurance website is an academic dissemination effort by researchers in the field of hardware security. The goal is to assemble information on all CAD for trust/assurance activities in academia and industry in one place and share them with the broader community of researchers and practitioners in a timely manner, with an easy-to-search and easy-to-access interface. We’re including information on many major CAD tools the research community has developed over the past decade, including open-source license-free or ready-for-licensing tools, associated metrics, relevant publications, and video-demos.

Hardware Security Textbook

The first textbook on hardware security that provides a thorough overview of computer hardware, including the fundamentals of computer systems and the implications of security risks, includes discussion of the liability, safety and privacy implications of hardware and software security and interaction; and gives insights on a wide range of security, trust issues and emerging attacks and protection mechanisms in the electronic hardware lifecycle, from design, fabrication, test, and distribution, straight through to supply chain and deployment in the field.