Leveraging Human Performance Optimization Science to Enhance Military Readiness, Resilience, and Lethality
AI-Enabled Biomedical Performance Solutions
Advancements in human-machine interfaces, artificial intelligence, wearable sensors, data science, predictive analytics, computational biology, and XR technologies (virtual, augmented, and mixed reality) are revolutionizing fields such as defense, healthcare, industry, and sports. These innovations enable unprecedented precision in enhancing human capabilities.
BioMojo® develops integrated, data-driven software and hardware solutions to improve decision-making, knowledge management, resilience, and the execution of mission-critical psychomotor tasks in high-consequence environments for both individuals and teams.
Our Human Digital Twin (HDT) technology platform is an advanced, AI-driven solution that creates, manages, and simulates highly detailed digital replicas of individuals. These digital twins incorporate physical (physiological, anthropometric, biomechanical), cognitive, emotional, and behavioral data, offering a comprehensive view of an individual's current condition and predictive state.
Our Capabilities
Human Digital Twins (HDT)
Real-time digital representations incorporating physical, cognitive, emotional, and behavioral data for holistic individual assessment and predictive state monitoring.
Digital Therapeutics (DTx)
Evidence-based therapeutic interventions delivered through software programs to prevent, manage, or treat medical disorders and diseases.
XR Technologies for Training, Simulation and Planning
Advanced extended reality solutions for immersive training, simulation, and operational planning.
Synthetic Human Anatomy
Realistic anatomical models providing effective simulation experiences for medical professionals in a safe and repeatable training environment.
Medical Device Prototypes
Advanced prototyping solutions for medical device development, testing, and validation.
Our Clients and Collaborators
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Featured Projects
Intracranial Pressure Monitoring Device for Combat Casualty Care
Development of a non-invasive ICP monitoring device prototype for use in austere environments, using micro-transducer array technology to measure optic nerve sheath diameter.
nXcomms: Intelligent Patient Simulation
nXcomms is a groundbreaking project that adds natural language processing and AI features to simulated patients, enhancing medical training experiences. This innovative system enables more realistic and dynamic interactions between healthcare providers and virtual patients, improving the quality and effectiveness of medical education.
Practice Experiences for School Reintegration (PrESR)
A virtual reality intervention that supplements standard inpatient treatment for adolescents hospitalized for suicide-related crises, teaching cognitive behavioral therapy skills in immersive, life-like practice experiences.
Trauma Resiliency Immersive Adaptive Gaming Environment
TRIAGE combines confidence-building and skills-enhancement with stress inoculation to improve the performance, adaptability, and agility of military medical care providers through immersive 3D virtual and physical training environments.