AI-Powered Mpox Response
Rapid Screening & Enhanced Surveillance
Supercharging field healthcare workers and volunteers with AI for rapid mpox screening and cost-effective surveillance, even in the most challenging environments
Download AI Model
AI-Powered Mpox Response
Rapid Screening & Enhanced Surveillance
Supercharging field healthcare workers and volunteers with AI for rapid mpox screening and cost-effective surveillance, even in the most challenging environments
Download AI Model
AI-Powered Mpox Response
Rapid Screening & Enhanced Surveillance
Supercharging field healthcare workers and volunteers with AI for rapid mpox screening and cost-effective surveillance, even in the most challenging environments
Download AI Model
AI-Powered Mpox Response
Rapid Screening & Enhanced Surveillance
Supercharging field healthcare workers and volunteers with AI for rapid mpox screening and cost-effective surveillance, even in the most challenging environments
Download AI Model
AI-powered Mpox Screening
Enhance early detection
AI-driven Mpox Surveillance
Improve population outcomes compared to PCRs
Smart Resources Allocation
Maximize resource efficiency
Better and faster global health outcomes in mpox management
AI-powered Mpox Screening
Enhance early detection
AI-driven Mpox Surveillance
Improve population outcomes compared to PCRs
Smart Resources Allocation
Maximize resource efficiency
Better and faster global health outcomes in mpox management
AI-powered Mpox Screening
Enhance early detection
AI-driven Mpox Surveillance
Improve population outcomes compared to PCRs
Smart Resources Allocation
Maximize resource efficiency
Better and faster global health outcomes in mpox management
AI-powered Mpox Screening
Enhance early detection
AI-driven Mpox Surveillance
Improve population outcomes compared to PCRs
Smart Resources Allocation
Maximize resource efficiency
Better and faster global health outcomes in mpox management
HOW IT WORKS
Effective, Rapid Intervention at Population Level
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Rapid Early Screening & Risk Management
AI-powered on-device offline app for mpox symptom screening
Patient-specific mortality risk prediction
Support for targeted interventions and resource allocation
Enhanced Surveillance
Real-time outbreak mapping and reporting
Early virus symptomatology change detection & potential mutation prediction
Standardized data collection and instant sharing
Adaptable & Scalable Deployment
Functions in low-connectivity areas
Fast deployment (within weeks)
Cost-effective and scalable solution
HOW IT WORKS
Effective, Rapid Intervention at Population Level
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Rapid Early Screening & Risk Management
AI-powered on-device offline app for mpox symptom screening
Patient-specific mortality risk prediction
Support for targeted interventions and resource allocation
Enhanced Surveillance
Real-time outbreak mapping and reporting
Early virus symptomatology change detection & potential mutation prediction
Standardized data collection and instant sharing
Adaptable & Scalable Deployment
Functions in low-connectivity areas
Fast deployment (within weeks)
Cost-effective and scalable solution
HOW IT WORKS
Effective, Rapid Intervention at Population Level
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Rapid Early Screening & Risk Management
AI-powered on-device offline app for mpox symptom screening
Patient-specific mortality risk prediction
Support for targeted interventions and resource allocation
Enhanced Surveillance
Real-time outbreak mapping and reporting
Early virus symptomatology change detection & potential mutation prediction
Standardized data collection and instant sharing
Adaptable & Scalable Deployment
Functions in low-connectivity areas
Fast deployment (within weeks)
Cost-effective and scalable solution
HOW IT WORKS
Effective, Rapid Intervention at Population Level
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Rapid Early Screening & Risk Management
AI-powered on-device offline app for mpox symptom screening
Patient-specific mortality risk prediction
Support for targeted interventions and resource allocation
Enhanced Surveillance
Real-time outbreak mapping and reporting
Early virus symptomatology change detection & potential mutation prediction
Standardized data collection and instant sharing
Adaptable & Scalable Deployment
Functions in low-connectivity areas
Fast deployment (within weeks)
Cost-effective and scalable solution
RESOURCES
Free Open-Source Materials
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Mpox Screen Lite
Functions Offline
Optimized for on-device offline use. 20MB in size with 94% accuracy
Mpox Screen Large
Performance focused cloud-based model with 97% accuracy
Mpox Clinical Image Dataset
World's largest Mpox dataset: 500 real patient images, including new clade 1b
Mpox Synthetic Image Dataset
1,000 synthetic clinical images generated using our proprietary SynthVision data generation pipeline
RESOURCES
Free Open-Source Materials
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Mpox Screen Lite
Functions Offline
Optimized for on-device offline use. 20MB in size with 94% accuracy
Mpox Screen Large
Performance focused cloud-based model with 97% accuracy
Mpox Clinical Image Dataset
World's largest Mpox dataset: 500 real patient images, including new clade 1b
Mpox Synthetic Image Dataset
1,000 synthetic clinical images generated using our proprietary SynthVision data generation pipeline
RESOURCES
Free Open-Source Materials
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Mpox Screen Lite
Functions Offline
Optimized for on-device offline use. 20MB in size with 94% accuracy
Mpox Screen Large
Performance focused cloud-based model with 97% accuracy
Mpox Clinical Image Dataset
World's largest Mpox dataset: 500 real patient images, including new clade 1b
Mpox Synthetic Image Dataset
1,000 synthetic clinical images generated using our proprietary SynthVision data generation pipeline
RESOURCES
Free Open-Source Materials
Cutting-edge, user-friendly AI tool designed to supercharge field teams with minimal training required
Mpox Screen Lite
Functions Offline
Optimized for on-device offline use. 20MB in size with 94% accuracy
Mpox Screen Large
Performance focused cloud-based model with 97% accuracy
Mpox Clinical Image Dataset
World's largest Mpox dataset: 500 real patient images, including new clade 1b
Mpox Synthetic Image Dataset
1,000 synthetic clinical images generated using our proprietary SynthVision data generation pipeline
SCIENCE
Research & Publications
From Concept to Impact: An evolving research journey to harness the power of AI for mpox control, driven by scientific curiosity and a commitment to global health solutions.
SCIENCE
Research & Publications
From Concept to Impact: An evolving research journey to harness the power of AI for mpox control, driven by scientific curiosity and a commitment to global health solutions.
SCIENCE
Research & Publications
From Concept to Impact: An evolving research journey to harness the power of AI for mpox control, driven by scientific curiosity and a commitment to global health solutions.
SCIENCE
Research & Publications
From Concept to Impact: An evolving research journey to harness the power of AI for mpox control, driven by scientific curiosity and a commitment to global health solutions.
TEAM
The Minds Behind Our Mission
The Minds Behind Our Mission
Our team's diverse backgrounds converge on a single goal: providing a novel, AI-driven option to tackle mpox challenges head-on FAST
Physician AI Scientist
Dr. Yudara Kularathne
Consultant physician & innovator; 15+ years in medicine, AI diagnostics and Mpox research
Project Manager
Lu Mei Ling
Change management consultant; 5+ years in pharma-related global projects. MBA (SMU)
Research Team
Dr. Lao-Tzu Allan-Blitz
Chief medical resident for the Doris and Howard Hyatt Residency in Global Health Equities
Medical Advisor
Prof. Jeffrey Klausner
Clinical Professor of Medicine, Infectious Diseases and Population and Public Health Sciences, USC
Medical Advisor
Prof. Somesh Gupta
Professor of Dermatology & Venereology, AIIMS; WHO advisor
Now is the time to lead a new era in pandemic response.
With AI, we can overcome testing barriers more effectively and embrace a future where we respond faster and smarter
Mpox AI © 2024
Now is the time to lead a new era in pandemic response.
With AI, we can overcome testing barriers more effectively and embrace a future where we respond faster and smarter
Mpox AI © 2024
Now is the time to lead a new era in pandemic response.
With AI, we can overcome testing barriers more effectively and embrace a future where we respond faster and smarter
Mpox AI © 2024