Altered Carbon

Altered Carbon is a digital vapor detection company that has developed a graphene-based sensor chip capable of recognizing millions of scent combinations. The chip mimics the functioning of a dog's nose by utilizing an array of receptors that generate unique signals when exposed to different odors or gases. These signals are then processed by machine learning algorithms to create digital fingerprints or "memories" of the scents, which can be stored in a library and matched against future samples.

The company's primary focus is on detecting food spoilage during transportation and storage, aiming to reduce the substantial amount of food waste that occurs due to lost shelf life. However, their technology has potential applications across various industries, including waste management, food safety, energy, medical diagnostics, and more.

One of the key advantages of Altered Carbon's sensors is their low power consumption, flat form factor, and cost-effectiveness, enabling deployment in remote or space-constrained environments. The sensors can be molded into different shapes and distributed in large numbers within a given area, allowing for precise localization of odor sources.