FROM AEROTOXIC TO PANDEMIC
Early detection
is the only answer.
The WHO confirmed it: early detection is key to combating the spread of coronavirus. Yet throughout the pandemic, governments had no real-time detection capability.
The same NanoSense team that delivered the world’s first real-time organophosphate detector for aircraft recognised that their NPL-verified technology detects compounds 100 times smaller than viruses. The adaptation for virus detection commenced immediately, in collaboration with the UK’s Rosalind Franklin Institute.
The current hantavirus cluster on a cruise ship which has expanded to several countries and the Ebola outbreak in the DRC show how quickly lethal viruses can move from isolated cases to international concern. With hantavirus already causing deaths, healthcare-worker exposure, and cross-border risk, the message is clear: delayed detection gives outbreaks time to spread. ViruSense delivers real-time viral detection without the wait — helping identify threats earlier, isolate faster, and contain outbreaks before they become global crises.
Real-time detection provides real-time protection. ViruSense doesn't wait for results — it delivers them.
The Gap: No Real-Time Testing
Lateral flow and PCR tests are neither real-time nor scalable. They require samples, processing time, and cannot screen public spaces. ViruSense is the first real-time optical virus sensor.
NPL-Verified Sensitivity
The NanoSense platform already detects molecules 100 times smaller than a virus particle — at the chemical building-block level. Virus adaptation is an extension of proven technology, not a new gamble.
Rosalind Franklin Institute Collaboration
The UK’s Rosalind Franklin Institute agreed to collaborate on the ViruSense Covid virus sensor programme — providing world-class scientific validation and development support.
Another Pandemic Is Coming
Bill Gates (18/2/22): advances in medical technology should help the world do a better job of fighting it, if investments are made NOW. ViruSense is that investment.