Quick Tap
Bilateral reaction time testing with separate left and right hand rounds. Measures tap speed, accuracy, reaction time, and hand dominance asymmetry. Hemispheric comparison detects early neurological changes.
Sensors: Touch, Accelerometer
Neurological Health
Gamified Neurological Health Monitoring
Gamified neurological health monitoring — 16 game engines, 12 clinical scanning tools, and an AI diagnostic intelligence platform tracking motor, cognitive, cardiac, voice, oculomotor, gait, and metabolic biomarkers
Available on iOS (TestFlight) & Android
NeuroGuard is a comprehensive gamified health monitoring platform that turns routine neurological and physiological assessments into engaging mini-games and clinical scanning tools. Using your phone's built-in sensors — touchscreen, accelerometer, gyroscope, microphone, and camera — NeuroGuard captures signals across motor function, cognitive performance, cardiovascular health, voice and speech patterns, gait and balance, oculomotor tracking, and metabolic indicators.
Beyond the games, NeuroGuard includes 12 dedicated clinical scanning tools for targeted assessments — from full-body anatomical scanning and ECG monitoring to non-invasive glucose measurement and fetal monitoring. An AI health chat companion provides context-aware wellness insights, while a four-way diagnostic consensus engine ensures every health finding is validated across independent AI models.
A three-tier emergency escalation system monitors for critical health events in real time, with automatic countdown timers, emergency contact notification, and 911 integration when needed. A digital twin model builds a personalized representation of your health profile for predictive diagnostics over time.
Built with Flutter 3.41 and Dart 3.11, NeuroGuard is currently available on iOS via TestFlight, with Android availability in progress.
Each game is designed to feel fun while quietly extracting precise biomarker data. Games feature adaptive difficulty levels 1 through 10, instruction screens, real-time scoring, personal baseline comparison, and streak tracking. You play for a few minutes; the system captures hundreds of data points per session.
Bilateral reaction time testing with separate left and right hand rounds. Measures tap speed, accuracy, reaction time, and hand dominance asymmetry. Hemispheric comparison detects early neurological changes.
Sensors: Touch, Accelerometer
Draw spirals, clock faces, and complex figures on screen. FFT tremor analysis at 3–12Hz detects rest, action, and intention tremor. Measures motor precision, velocity consistency, and drawing accuracy.
Sensors: Touch, Accelerometer
Card matching combined with N-back tasks, spatial memory challenges, and interference tasks. Tracks working memory capacity, attention span, processing speed, and recall accuracy over time.
Sensors: Touch
Assesses postural stability, inner ear function, and body sway using accelerometer and gyroscope data. Detects subtle changes in standing balance that may precede clinical symptoms.
Sensors: Accelerometer, Gyroscope
Guided vocal exercises extracting jitter, shimmer, harmonics-to-noise ratio (HNR), fundamental frequency (F0), formant frequencies, and spectral tilt. Changes in these biomarkers can indicate neurological or respiratory conditions.
Sensors: Microphone
Uses the front camera to measure pupillary light reflex, saccadic eye movements, smooth pursuit tracking, convergence, and divergence. Measures smooth-pursuit, convergence and divergence eye movements.
Sensors: Camera
A rhythm-tapping game that simultaneously measures psychomotor timing, rhythm synchronization, heart rate, heart rate variability (HRV), and RMSSD. Combines gameplay with passive cardiac monitoring.
Sensors: Touch, Microphone
Walking-based assessment measuring gait cadence, stride length, stride symmetry, and step regularity. Detects asymmetries and changes in locomotor patterns over time.
Sensors: Accelerometer, Gyroscope
Mood assessment and psychological state mapping through interactive challenges. Analyzes interaction patterns to build a picture of emotional well-being and cognitive engagement.
Sensors: Touch, Interaction Patterns
Physical performance and functional capacity assessment through guided exercises. Measures movement quality, endurance indicators, and physical capability trends.
Sensors: Accelerometer
Nutrition tracking and dietary pattern analysis. Logs food intake and correlates nutritional data with biomarker trends to surface connections between diet and health metrics.
Sensors: Touch
Daily lifestyle factor logging including activity patterns, sleep quality indicators, and environmental factors. Provides context for interpreting biomarker data trends.
Sensors: Touch, Accelerometer
Spatial reasoning and mental rotation game that tests visuospatial abilities, spatial working memory, and motor control. Difficulty adapts to maintain clinical sensitivity.
Sensors: Touch, Accelerometer
Spatial cognition and visual processing assessment. Tests visual attention, spatial awareness, and the ability to interpret and act on complex visual information.
Sensors: Touch, Camera
Bilateral motor coordination and rhythm perception testing. Measures synchronization between left and right hands, timing precision, and cross-hemispheric motor integration.
Sensors: Touch, Accelerometer
Interactive family health history tracking. Maps hereditary conditions, genetic risk factors, and familial health patterns to inform personalized risk assessments and screening priorities.
Sensors: Touch Input
Beyond the games, NeuroGuard includes a suite of dedicated clinical scanning tools for targeted physiological assessments. These tools use your phone's sensors in focused, guided scanning sessions with calibration phases, real-time guidance interfaces, and confidence metrics for every measurement.
Multi-target 2–5 minute full-body scan covering 50+ anatomical targets across head, chest, abdomen, extremities, and organs. Includes calibration phase, homing beacon guidance, and confidence metrics.
Electrocardiogram waveform capture and analysis. Records cardiac electrical activity and identifies rhythm patterns for cardiovascular health tracking.
Pulse transit time blood pressure estimation. Non-invasive systolic and diastolic measurement using sensor-derived pulse wave analysis.
Cardiac output assessment estimating stroke volume and ejection fraction for comprehensive cardiovascular performance monitoring.
Venous insufficiency detection through refill time measurement. Assesses peripheral vascular health and circulatory function.
Kidney stone detection via acoustic imaging simulation. Uses ultrasound-inspired techniques to identify potential renal calculi.
Tissue elasticity assessment via vibration analysis. Measures tissue stiffness to screen for fibrosis and other structural changes.
Lung sound analysis and pulmonary diagnostics. Captures respiratory sounds and analyzes breathing patterns for pulmonary health assessment.
Tri-modal carotid artery assessment. Evaluates carotid health through multiple measurement approaches for vascular risk screening.
Non-invasive glucose measurement via surface tension dynamics. Uses Marangoni effect principles to estimate blood glucose without needles.
Pregnancy monitoring and fetal assessment. Tracks fetal movement, heart rate indicators, and maternal health parameters during pregnancy.
Respiratory biomarker analysis and breathalyzer functions. Identifies volatile organic compounds and respiratory patterns linked to health conditions.
20-step clinical intelligence pipeline with ICDL multi-model consensus, Quorum Voting, Debate Engine, Shadow Cabinet verification, and Conformal Prediction. Every insight is validated across independent AI models.
Learns your personal baseline through innate screening and clonal selection. Detects meaningful deviations from YOUR normal, not population averages, with affinity maturation over time.
Games like Quick Tap and Psychomotor Rhythm test each hand separately. The system compares left vs. right performance to detect hemispheric deficits indicating early neurological changes.
Personalized digital model for predictive diagnostics. Builds neuro-twin and generative twin representations of your health profile that evolve with every data point collected.
AI safety layer monitoring entropy in model outputs, injecting grounding checks, and using active inference to ensure all health insights remain factually grounded and reliable.
Three-tier system (Warning, Alert, Critical) with countdown timers, "I'M OK" acknowledgment buttons, emergency contact notification, 911 integration, and location sharing.
Quick Face-Arms-Speech-Time assessment with tiered alert escalation. Guides users through rapid stroke screening with automatic emergency notification when indicated.
Bayesian uncertainty, conformal prediction, Liquid Neural Networks, Spiking Neural Networks, nonlinear dynamics, GNN fusion, causal AI, XAI, multi-omics, pharmacokinetic modeling, GARCH, isolation forest, EMD, and IMM-EKF.
The Games Hub presents all 16 game engines in a grid layout. Each game shows its name, target biomarker modality, estimated play time, adaptive difficulty level, and your last session score with baseline comparison.
The Dashboard synthesizes data from all game sessions and clinical scanning tools into a unified view of your health, with real-time metrics including heart rate, blood pressure estimates, and composite wellness scores.
An AI-powered health chat interface provides context-aware conversation grounded in your personal biomarker data and health history.
The Diagnostic Intelligence screen exposes the reasoning process behind every health finding, providing full transparency into how conclusions are reached.
NeuroGuard continuously monitors for critical health events and provides an escalating response system designed to protect you when it matters most.
Each game follows a consistent pattern: instructions, calibration, adaptive gameplay, and results with baseline comparison.
Complete initial onboarding and play each game once to establish your personal baseline. The Adaptive Immune Intelligence system starts learning what is normal for YOU specifically.
Play 2–3 games per day for a few minutes each. The system recommends which games to play based on which biomarkers need fresh data. It feels like gaming; the health monitoring happens invisibly.
For targeted assessments, use the 12 clinical scanning tools. Run a full Body Scan, check blood pressure, monitor ECG, or use any specialized tool with guided calibration and real-time feedback.
Check the Health Dashboard to see trends across all modalities. Chat with the AI health companion for context-aware answers. Review diagnostic intelligence panels for multi-model consensus findings with confidence levels.
Export your biomarker history, AI-generated reports, and clinical scanning results to share with your healthcare provider. Longitudinal data from daily monitoring gives clinicians insights they cannot get from periodic office visits.
Worker health monitoring in hazardous environments. Track neurological and physiological fitness, detect fatigue or impairment, and ensure personnel safety with continuous biomarker surveillance.
Pilot and soldier fitness and readiness assessment. Monitor cognitive function, reaction time, balance, and physiological state for mission-critical decision making and return-to-duty protocols.
Performance optimization and injury prevention. Track neuromotor function, recovery metrics, and concussion indicators with return-to-play protocol support and longitudinal performance baselines.
Important Notice: NeuroGuard is a health monitoring and wellness tool. It does not diagnose medical conditions. All biomarker data and AI-generated insights should be reviewed with a qualified healthcare professional. If you experience sudden neurological symptoms (weakness, numbness, vision changes, severe headache), contact emergency services immediately.
Health biomarker data demands the highest level of protection. NeuroGuard uses post-quantum cryptography (Kyber for key encapsulation, Dilithium for digital signatures) for data encryption, federated learning with Elastic Weight Consolidation (EWC) so your raw data never leaves your device for model training, and fully homomorphic encryption (CKKS scheme) for any cloud-based analysis. Your data is encrypted at rest and in transit, and you can export or delete it at any time.
The privacy architecture ensures that even in the event of a future quantum computing breakthrough, your health data remains protected by cryptographic standards designed to withstand quantum attacks.
Read our full Privacy Policy for details.