Predicate AI Labs
Predicate AI Labs is advancing the future of healthcare diagnostics as the developer of OpenDx™, a clinical surveillance platform that anticipates — not just detects — patient deterioration. By fusing wearable sensor data with voice analysis (semantics and vocal biomarkers), Predicate is redefining early warning systems to support earlier intervention, improve outcomes, and extend advanced surveillance capabilities to low-resource, austere, and military care settings.
Predicate AI Labs
Wilmington, North Carolina
Predicate AI Labs is currently seeking investment
Predicate AI Labs is seeking a seed investment in the range of 1m-5m
What We Do
An AI-powered clinical surveillance platform that forecasts patient deterioration before it becomes critical. OpenDx™ fuses wearable sensors, voice analysis (semantics and vocal biomarkers), and clinical data to provide reliable early warnings that support faster intervention in military, veteran, and civilian healthcare settings.
The world’s first multimodal database combining physiological signals, language, voice, and clinical outcomes across diverse populations and geographies. This unique resource advances predictive modeling, supports military medical research, and provides a foundation for cross-sector collaborations in biodefense, trauma, and critical illness.
Implementation services for hospitals and research sites, including protocol development, trial design support, and technology integration to evaluate AI-enabled surveillance tools in both civilian and military healthcare environments.
Application Area
Show More (4)Infectious Diseases
Digital Health Technologies
Show More (4)Medical Devices
FDA Regulated Medical Devices
Key People
News & Updates
A 300-bed teaching hospital used Predicate-linked technology to reduce care variation, improve outcomes, and avoid costs related to septic shock, achieving higher compliance with sepsis protocols and significant cost savings.
Announcement of Predicate AI Labs's collaboration with Mayo Clinic to advance early detection of critical illness using AI-driven technology.