Founder
Founder & CEO of Delta Medical Monitoring. Clinical neurophysiologist, product leader and researcher working on the next generation of nerve monitoring for robotic surgery.
Background
Krishna is a Certified Neurophysiologic Intraoperative Monitoring (CNIM) technologist who founded Delta Medical Monitoring to give surgeons a monitoring partner that is as invested in the outcome as they are.
Alongside Delta, he serves as Clinical Product Manager at Neurovascular Research and Design (NVRD). There he leads clinical product development and the clinical team, and oversees how data and AI are used in next-generation intraoperative monitoring technology.
His research focuses on a gap in the field: protecting the small autonomic and pelvic nerves that matter most to patients' quality of life after robotic prostatectomy and pelvic surgery. That work comes straight back into Delta's operating rooms.
Roles
Founder & CEO
Leads clinical operations, quality and surgeon relationships for IONM services across New Jersey.
Clinical Product Manager
Leads clinical product strategy and the clinical team, and oversees how data and AI are used in NVRD's intraoperative monitoring technology.
Clinical practice
Personally monitors spine, brain, pain management and robotic urology cases.
Focus areas
Protecting the nerves that control continence and erectile function during robotic prostatectomy and pelvic surgery.
Electrophysiological mapping of the cavernous nerves using grid electrode technology.
Labeled intraoperative datasets and machine learning that help technologists see changes sooner.
Research & publications
Peer-reviewed publications and conference abstracts on intraoperative nerve monitoring in pelvic and urologic surgery. The full list is on Google Scholar.
Translational Andrology and Urology 15(8):301 · 2026
Describes a grid electrode for electrophysiological mapping of the cavernous nerves, aimed at improving sexual and urinary outcomes after pelvic surgery such as radical prostatectomy.
Journal of Urology 213(5S):e46 · AUA 2025 · PD02-11
An intraoperative method that uses sacral nerve stimulation to assess the urethral continence mechanism during pelvic surgery.
Journal of Urology 213(5S):e1218 · AUA 2025 · MP35-04
Pairs sacral nerve stimulation with penile near-infrared spectrophotometry to assess erectile function pathways in real time during pelvic surgery.
3+ papers in progress. Each will be listed here once published.
Surgeons and institutions interested in pelvic nerve monitoring or IONM research can reach Krishna directly.