Upcoming
October 2026
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Optimizing Survivorship Care: A clinician-reviewed AI tool for endometrial cancer monitoring.
Clinical intelligence, built with academic medicine and validated in the clinic.
Our products are developed and tested alongside Academic Medical Centers and funded by the National Institutes of Health (NIH). This is the evidence, the grants, and the communities behind our products.
Publications
Evidence generated with our health-system partners.
We validate our products in live clinical environments and generate evidence together with our academic partners — measuring agreement with expert review, sensitivity for eligibility, and impact on research operations.
~99%of key clinical metrics extracted from unstructured records
91.7%overall agreement with expert review in an independent validation study
>90%sensitivity for eligibility criteria in trial pre-screening
June 2026
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Leveraging Artificial Intelligence (AI) based and EHR-Integrated tool to Optimize Real-world Clinical Trial Matching in Oncology at an Academic Medical Center.
September 2025
Poster
Dana-Farber, Brigham Cancer Center
Prostate Cancer Care State Classification Correctly Predicted by AI Model on a Retrospective Cohort of Radiation Oncology Clinic Patients.
June 2025
Poster
OSF HealthCare
Leveraging artificial intelligence (AI) to optimize multidisciplinary tumor board workflows at OSF HealthCare's network of cancer centers.
February 2025
Poster
Dana-Farber, Brigham Cancer Center
Automated classification of treatment state of patients with prostate cancer from structured medical record data to help enhance care.
November 2024
Poster
Henry Ford Cancer Institute
Optimized treatment guideline concordant pathway presented on a visual-interactive dashboard for clinical decision support computed by overlaying patient longitudinal data on a knowledge graph.
November 2024
Poster
Dana-Farber, Brigham Cancer Center
Results of retrospective pilot using AI based technology for nursing navigation to identify, monitor, and track prostate cancer surveillance patients.
October 2024
Poster
Dana-Farber, Brigham Cancer Center
Identification of the patient's Care State and optimizing the Care Team Assignment using AI for Prostate Cancer Patients being seen at Dana-Farber/Brigham Cancer Center.
September 2024
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Improving management of clinical trial recruitment at a large academic center and affiliated network sites with a technologic approach.
June 2024
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Interactive visual presentation of open institutional clinical trials using an AI-based oncology ontology model to structure the clinical trial inclusion-exclusion criteria for efficient clinical workflow.
May 2024
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Structuring clinical trial enrollment criteria using healthcare ontology based language models for hierarchical web based presentation and patient screening for trial eligibility at an academic medical center and network affiliates.
April 2024
Poster
Dana-Farber, Brigham Cancer Center
Advanced practice provider developed Virtual Clinic harnessing AI for Optimization of Prostate Cancer Care.
November 2023
Poster
Dana-Farber, Brigham Cancer Center
Use of Technology to Support Navigation and Care Coordination of Prostate Cancer Surveillance.
November 2023
Presentation
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Integrated Oncology Tumor Boards.
September 2023
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Use of Technology to Streamline the Tumor Board Workflow and Support Clinical Trial Matching.
March 2023
Poster
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Streamlined workflow for Tumor board preparation, presentation, and documentation allows for concurrent clinical trial matching review.
October 2022
Poster
Henry Ford Health
OncoPath: Optimal clinical treatment selection using an interactive visual decision support tool that overlays a patient's medical record on clinical guidelines using AI.
August 2020
Webinar
HLTH
Collaborating for a Better Patient Experience in Cancer.
August 2020
Poster
Shree Jagannath Cancer Hospital
An innovative approach to breast cancer patient engagement through frontline data capture and management using a mobile application for cancer diagnosis, test, and treatment at a non-profit tertiary cancer care institute in India.
February 2020
Poster
Metro Hospital and Cancer Institute
A prospective pilot study of holistic wellness assessment using innovative mobile technology in advanced breast cancer patients attending a tertiary cancer care institute in India.
December 2020
Poster
Vizlitics
Development of technology for bi-directional, tailored support of the relationship between breast cancer patients and their provider.
Research Grants
Funded by the National Institutes of Health (NIH).
Vizlitics' products are built on competitive NCI SBIR awards, developed with Academic Medical Centers — from a Phase I prototype through Phase II validation and deployment.
National Institutes of Health (NIH)
R44CA281547
09/09/2025
SBIR Phase IIVIPCare
Virtual Predictive Care workflow with EHR-integrated surveillance for optimal follow-up care management for cancer patients.
Robert H. Lurie Comprehensive Cancer Center (Northwestern) · Brigham and Women's Hospital · Dana-Farber Cancer Center · University of Illinois Cancer Center
Follow-up and survivorship care is often deprioritized amid provider shortages and fragmented coordination. Building on a Phase I prostate-cancer system that assigned care state with 95% accuracy, Phase II completes EHR integration, clinical validation, and scalability across three geographically separate institutions — and extends the care-state and follow-up recommendation models to solid cancers including head & neck, breast, lung, gastrointestinal, genitourinary, and endometrial.
National Institutes of Health (NIH)
75N91024C00060
09/16/2024
NCI contract · deployedOnTrial
AI-driven, EHR-integrated clinical trial recruitment tool for recruiting diverse patient populations.
Robert H. Lurie Comprehensive Cancer Center of Northwestern University
Addresses clinic-facing delays in trial recruitment, enrollment, and retention. OnTrial systematically reviews patient records and parses them for trial-matching metrics using the same data model used to parse trial criteria — a 1-to-1 structuring of patient and trial data that is the fulcrum of the innovation. Covering breast, thoracic, head & neck, lung, gastrointestinal, and genitourinary patients and trials, every patient seen by participating providers is considered without bias. Deployed on the Vizlitics Platform.
National Institutes of Health (NIH)
R43CA281547
08/29/2023
SBIR Phase IVIPCare
Virtual Predictive Care workflow with integrated surveillance for optimal care protocol selection in at-risk prostate cancer patients.
The Brigham and Women's Hospital, Inc.
A cloud-based clinical decision support system that automatically monitors, tracks, and optimally classifies prostate cancer cases for triage by applying advanced algorithms to curated medical data — the Phase I foundation later expanded to solid cancers under the Phase II award above.
National Institutes of Health (NIH)
R43CA261312
08/31/2021
SBIR Phase IOncoPath
Intelligent clinical pathway decision support for pre-authorization documentation in non-small cell lung cancer treatment.
Henry Ford Health
Oncologists spend roughly $83,000 each per year on pre-authorization. OncoPath moves the manual, error-prone pre-auth documentation process to a digital experience — a first-of-a-kind visual representation of the NCCN Guidelines® with patient data overlaid to review, select, and document treatment alongside supporting evidence.
Collaborations
We collaborate to accelerate change in healthcare.
We work with like-minded healthcare and life-science organizations — incubators, accelerators, and interoperability communities — to move innovation from prototype to practice.
JLABS
Life-science incubators
Fostering innovation across the global life-sciences community in pursuit of the next great healthcare breakthrough.
MATTER
Healthcare incubators
A community of healthcare innovators who aspire to heroic change across the care ecosystem.
CODEX
AI-powered clinical intelligence
A member-driven HL7 FHIR Accelerator and community co-developing interoperable data modeling and applications using mCODE.
HITLAB
Health Technology
Improving lives through digital health teaching, research and service.
CANCERX
Advancing Digital Innovation
A public-private partnership announced by The White House as a national accelerator to boost innovation.
Partner with us on the evidence.
We build and validate with academic medical centers. If that's you, let's talk.
