Cardinal Robotics

A low–cost, autonomous UV–C light generating robot technology to improve surface and air sanitization while protecting the user from exposure to radiation.


Synthetic antigen receptors to improve antibody drug conjugate (ADC) targeting for cancer therapies.


An electronic health record integrated platform allowing clinicians to monitor and control hypertension via bluetooth blood pressure devices and an evidence-based medication titration algorithm.


A unique system for delivery of phage therapies, to address a variety of antibiotic-resistant infections.


A unique therapeutic for treatment of pulmonary hypertension and other diseases characterized by inflammation and fibrosis.


A cell engineering platform for epigenetic reprogramming of cells via gene manipulation.

Kidney Pod

A novel organ transplantation device which maintains organs at an optimal temperature throughout the transplantation procedure.


A unique thrombectomy device for treatment of acute ischemic stroke.

An AI-based digital pathology software system to assist pathologists with more accurate pathology workflows and diagnoses.


A tele-nursing application to coordinate rapid, seamless communication between patients and nurses.

Over the shoulder shot of a patient talking to a doctor using of a digital tablet

Quantitative Digitography (QDG)

A remote patient monitoring system for Parkinson’s disease to enable accurate symptom assessment and improve therapeutic care.

Quantified MD (QMD)

A system to assess surgical performance to improve surgeon training and patient outcomes.


Radiopharmaceuticals to diagnose and treat cancer.

Self–replicating Environmentally–Embedded Diagnostic (SEED)

A cell–based diagnostic utilizing genetically modified live bacteria.


An instrument-free, saliva-based molecular diagnostic for COVID–19, seasonal flu, and malaria.

Stanford Pharmacogenomics Implementation and Reporting Architecture (SPIRA)

A clinical pharmacogenomics solution for patients and providers.


Next-generation sequencing diagnostics.

Transforming Aggressive Cancer Therapies (TACT)

An innovative, first-in-class treatment for aggressive cancers.


Tissue-resident natural killer (trNK) cell therapy for solid tumors.


A machine learning approach to evaluating and improving the quality of patient–captured images.


A patient intake and triage system using physician video assessment and chatbot/AI technology.


Radio-transparent communication and display systems to reduce or eliminate anesthesia in pediatric applications.