Assistive Technology Rehabilitation Research | NYU Langone Health

Rusk Rehabilitation Research Assistive Technology Rehabilitation Research

Assistive Technology Rehabilitation Research

At NYU Langone’s Rusk Rehabilitation, John-Ross (J.R.) Rizzo, MD, MSCI, leads the Rehabilitation Engineering Alliance and Center Transforming Low Vision (REACTIV) laboratory, where his research focuses on assistive technology designed to help people who are visually impaired.

The REACTIV laboratory serves people who are legally blind or have low vision and civil servants who transiently have their visual system incapacitated, such as military personnel conducting night operatives, firefighters who have to navigate through smoke-filled buildings, and police officers who are left vulnerable in low-light conditions.

Our team focuses on advanced wearables for the sensory deprived (permanent or transient) and benefits from Dr. Rizzo’s own personal experiences with vision loss. The laboratory’s central hypothesis is that wearables support spatial cognition in visually impaired populations, augmenting personal freedom and agency, and promoting health and wellbeing. Our long-term goal is to develop wearables with a suite of tailorable, forward compatible microservices that enable functional independence for the visually impaired.

People who are visually impaired face mobility restrictions because of inaccessible environments. Even in structured settings, people with low vision may still have trouble navigating efficiently and safely because of hallway and threshold ambiguity. Dr. Rizzo and his team are working to take assistive technology to the next level.

Recent Publications

Using Virtual Reality to Enhance Mobility, Safety, and Equity for Persons with Vision Loss in Urban Environments

Ricci, Fabiana Sofia; Ukegbu, Charles K; Krassner, Anne; Hazarika, Sanjukta; White, Jade; Porfiri, Maurizio; Rizzo, John-Ross

Journal of urban health. 2025 Feb 27;

Haptics-based, higher-order sensory substitution designed for object negotiation in blindness and low vision: Virtual Whiskers

Feng, Junchi; Hamilton-Fletcher, Giles; Hudson, Todd E; Beheshti, Mahya; Porfiri, Maurizio; Rizzo, John-Ross

Disability & rehabilitation. Assistive technology. 2025 Feb 21; 1-20

Multi-faceted sensory substitution using wearable technology for curb alerting: a pilot investigation with persons with blindness and low vision

Ruan, Ligao; Hamilton-Fletcher, Giles; Beheshti, Mahya; Hudson, Todd E; Porfiri, Maurizio; Rizzo, John-Ross

Disability & rehabilitation. Assistive technology. 2025 Feb 15; 1-14

Reducing barriers through education: A scoping review calling for structured disability curricula in surgical training programs

Keegan, Grace; Rizzo, John-Ross; Gonzalez, Cristina M; Joseph, Kathie-Ann

American journal of surgery. 2025 Jan ; 239:116062

Navigation Training for Persons With Visual Disability Through Multisensory Assistive Technology: Mixed Methods Experimental Study

Ricci, Fabiana Sofia; Liguori, Lorenzo; Palermo, Eduardo; Rizzo, John-Ross; Porfiri, Maurizio

JMIR rehabilitation & assistive technologies. 2024 Nov 18; 11:e55776

The criticality of reasonable accommodations: A scoping review revealing gaps in care for patients with blindness and low vision

Keegan, Grace; Rizzo, John-Ross; Morris, Megan A; Joseph, Kathie-Ann

American journal of surgery. 2024 Nov 13; 241:116085

Evaluating the efficacy of UNav: A computer vision-based navigation aid for persons with blindness or low vision

Yang, Anbang; Tamkittikhun, Nattachart; Hamilton-Fletcher, Giles; Ramdhanie, Vinay; Vu, Thu; Beheshti, Mahya; Hudson, Todd; Vedanthan, Rajesh; Riewpaiboon, Wachara; Mongkolwat, Pattanasak; Feng, Chen; Rizzo, John-Ross

Assistive technology. 2024 Aug 13; 1-15

A Multi-Modal Foundation Model to Assist People with Blindness and Low Vision in Environmental Interaction

Hao, Yu; Yang, Fan; Huang, Hao; Yuan, Shuaihang; Rangan, Sundeep; Rizzo, John-Ross; Wang, Yao; Fang, Yi

Journal of imaging. 2024 Apr 26; 10: