THE WORLD'S FIRST OF ITS KIND
DETECT MILLIONS OF SCENT COMBINATIONS
ALMOST 0 POWER REQUIREMENTS
UPTO 100X MORE SENSITIVE THAN TRADITIONAL SENSORS
Altered Carbon’s Technology is a revolutionary new sensor type that provides computers with the ability to sense chemical compounds – effectively it allows devices to detect scent.
> In partnership with
> Know of plant health problems before vision technology, experts or lab tests
> Monitor the state of harvested produce and always know the shelf life
> Use a new type of sensor
> Detect the presence of biofilms
Achieve Competitive Advantage
Develop Unique Solutions
Altered Carbon is here to change the face of robotics and accelerate the age of automation
– Ali Rohafza, CEO
Develop for the future by becoming our next partner
My business has a scent / gas issue affecting it, can Altered Carbon help?
We want to enable any user to to detect and monitor a scent which affects or improves their business. Our technology has limitless potential and we want to hear from you to discuss how we can help. Fill out our contact form to find out more and discuss your needs with us.
Which gases and VOCs can be detected?
Our multi-array sensor can detect multiple gases and VOCs on one chip. Because it’s capable of detecting complex cocktails of compounds it can enable a device to detect scent. We are currently using machine learning to give our chip the ability to detect useful scent profiles. Fill our contact form to find out more about which compounds we can detect for you.
How does the technology work?
AC graphene sensors are designed to selectively bind to the target gases which cause a change in
resistance. Using this principle we are able to determine the concentration of the target gas with
high precision. To find out more, request our whitepaper by filling out the contact form.
Is Altered Carbon technology suitable for large scale applications?
Our technology has been developed with scalability at the forefront, our sensors have the capability to pick up similar signals to state of the art Laboratory sensing equipment, we have tested this with world class facilities and have developed manufacturing techniques to bring this type of sensing to the field. Our passive sensor is in the form of a graphene ink which can be printed directly onto a chip using existing manufacturing techniques, this means great scalability potential.
How have you created a sensor with such groundbreaking properties?
We are a global leader in utilising the properties of Graphene in the commercial sensor space. It’s a remarkable material with high conductivity, huge surface area and is essentially inert. This, combined with the ease of modifying the material, makes it an excellent material for sensor applications. Our passive sensor is in the form of a graphene ink which can be printed directly onto a chip using existing manufacturing techniques, this means great scalability potential.
How do I purchase your technology?
Our technology is currently accessed exclusively and directly from us. You can enquire about development tools a pilot project and more, by using our contact form.