Bringing Molecular Testing Closer to People
At FLASH Diagnostics, we’re applying our proven platform to address critical gaps in human infectious disease testing. By focusing on accessibility, speed, and accuracy, we envision a future where molecular diagnostics are no longer confined to the lab—but available when and where they’re needed most.
A Platform for the Future of Testing
Infectious diseases remain a major public health challenge, especially in underserved regions and community-based settings. From respiratory illnesses to sexually transmitted infections, timely and accurate diagnosis is essential for treatment, prevention, and public health management. Yet, in many parts of the world, testing remains slow, expensive, or simply out of reach. FLASH aims to change that—starting with a platform built for flexibility, field use, and global relevance.
High-Impact Applications
Sexual Health
Non-invasive at-home detection of common infections—especially in areas where stigma, access, or infrastructure are barriers to timely testing.
Respiratory Illnesses
Affordable and covenient at-home and at-clinic testing of high-incidence treatable respiratory pathogens like Influenza A, and potentially others.
Global Health Priorities
Diseases like HIV and tuberculosis remain leading causes of illness and death in many low- and middle-income countries. We aim to support more accessible, on-the-ground testing.
Decentralized Care Models
FLASH’s low-footprint system is designed to work in mobile clinics, community centers, pharmacies, field hospitals, and other distributed care settings and out-of-lab initiatives.
We are looking for partners
We’re seeking research, clinical, and distribution partners to help shape the next generation of human health diagnostics. If you’re working to expand access to reliable, rapid testing—we’d love to talk.
Why FLASH Diagnostics?
At FLASH Diagnostics, we bring unique technologies designed for versatility and impact. Our proprietary SampleDirect system simplifies nucleic acid extraction and works seamlessly with diverse sample types—from swabs and saliva to blood and urine—making it ideal for decentralized applications.