AFYIA Diagnostics creates low‑cost, AI‑enhanced in‑vitro diagnostic kits for infectious diseases that combine molecular‑biology assays with automated data analysis. The kits are designed for simple, rapid use by non‑specialist health workers in low‑resource settings, delivering sensitive, quantitative results without the need for specialized equipment.
Funding
Funding not disclosed
Founders
Product
Problem
Populations in low‑ and middle‑income countries often lack access to reliable, sensitive diagnostic tools for infectious diseases due to high cost, limited transport infrastructure, and complex laboratory requirements. This gap hampers early detection, appropriate treatment, and effective public‑health responses, contributing to high mortality from infectious illnesses.
Solution
AFYIA Diagnostics develops in‑vitro diagnostic kits that combine molecular biology techniques with artificial‑intelligence‑driven data analysis to deliver high‑performance detection of infectious agents. The kits are engineered for simplicity of use, low cost, and robustness in challenging laboratory environments, enabling health workers to obtain rapid and accurate results without extensive training or specialized equipment. AI algorithms interpret raw assay data, providing clear, quantitative readouts and reducing the risk of user error. By integrating these technologies, AFYIA aims to make sensitive infectious‑disease testing widely accessible, supporting timely clinical decisions and public‑health interventions in resource‑limited settings.
Target Audience
Primary customers are public‑health laboratories, clinics, and NGOs operating in low‑ and middle‑income regions that require affordable, reliable diagnostics for infectious disease surveillance and patient care.
Features
- Molecular‑biology based assay formats (e.g., PCR, isothermal amplification) optimized for high sensitivity and specificity
- Embedded AI software that automatically processes raw signals and delivers easy‑to‑interpret quantitative results
- Minimal sample preparation and user‑friendly workflow designed for use by non‑specialist personnel
- Low‑cost reagent kits and consumables suitable for high‑volume testing in low‑resource laboratories
- Robust kit design tolerant to variable temperature and power conditions common in field settings
- Compatibility with standard laboratory equipment, eliminating the need for proprietary hardware