There is something in the air…
We can tell.
Making the invisible, visible.
Nasall hasn’t invented a new sense. But we have supercharged an existing one. And then found a way to make it work efficiently for you.
Nasall solutions use advanced biomimetic olfactory chips to enable advanced gas sensing and odor detection. With artificial olfactory sensors, you can monitor the subtlest of changes in the air, and then use our intuitive machine-learning software to process the vast data produced.
This allows you to intelligently understand the environment around you. And then react to it. From healthcare intervention to industrial accident prevention. From determining the presence of illegal drugs to the detection of explosive materials.
The invisible becomes tangible and what’s odorless to people becomes detectable and readable for businesses. The applications are as wide-ranging as odor itself. If there’s something in the air, Nasall can detect it.
Billions of years in development
Of the five senses, smell is said to be the oldest – used by bacterial prokaryotes 2-3 billion years ago to navigate. And in humans, it’s a sense present 24 hours a day. The only one that cannot be ‘turned off’.
Now ready
for business
Smell has always helped us determine pollutants in the air and in the food we consume. It can attract or repel us. It serves as both a warning system and a way to positively attract. It prompts action. Imagine our sense of smell enhanced beyond human capability, and so finely tuned that microscopic changes in air composition can be monitored and interpreted.
About Us
We can tell,
what’s in the air.
We’re not innovative. Unlike 99.9% of companies, we don’t say we are. Because we didn’t invent smell – the molecules all around us that guide and inform our behavior.
Nature did, and you can’t get the beat on Mother Nature. But we can be inspired by it. We can be directed by its evolution. And be led by the billions of years it took to develop its organisms.
At Nasall, we work with what has always existed. But which couldn’t be seen or usefully detected.
Until now.
We develop purpose-built devices and applications, to make unknowable olfactory data, knowable.