Available now on the Apple App Store is the world's first fully unified olfaction-vision-language-model (OVLM) that runs completely at the edge. Complementing the OVLM is our OVL-Action Model specifically designed to facilitate scent-based navigation. Built to directly interact with both Scentience computers and general olfaction sensors, the app is a monumental first step toward a standardized IoT interface for olfaction.
Multiple Patents Pending

A clean dashboard helps display instantaneous data from Scentience OPUs and contextualizes this in current weather data.

Data and history for every compound interpreted by Scentience OPUs is easily accessible - and the compound library grows every week.

Whether you are running experiments in the lab or monitoring a deployed robot, easily export all your analysis right from the app itself.

As your chemical copilot, Scentience devices have the ability to monitor olfaction, vision, and language data concurrently. Building off great research from today's vision-language models, our olfaction-vision-language models give AI a thorough understanding of the chemical world around them to help you quality control your work in the lab.

One of the primary indicators of food quality can be perceived through olfaction. Though odours indicating food ripeness are not always detectable by humans, Scentience devices have the ability to perceive in low PPB or high PPT concentrations, enabling the identification of food spoilage far in advance.
Analogously, perfumes and cosmetics can be quality controlled in a similar way to ensure consistency across your brand.

We are impacted every day by toxic gases around us. Scentience devices were built to monitor and visually or audibly guide users to the source of toxic chemicals. Thresholds of common toxic gases from the EPA and EEA are built in to the app with the ability to add in others on demand.

We have taken the time to identify and integrate the APIs of leaders in olfaction and electrochemistry,
The Scentience app gives you full control over your OPUs or third party olfaction sensors.

Enabling robots to navigate by scent is a key enable of Scentience OPUs, and we've integrated UAV APIs to support.
Our interest in olfaction started with electrochemistry, and we have a large appreciation for the discipline. Leaders like PalmSens have democratized access to precise electrochemistry hardware beyond the academic lab.
One of the primary reasons for the lack of acceptance of electrochemical techniques in real-time robotics is the slow response time from sensors. Scentience OPUs work with third party electrochemical leaders like PalmSens to decrease response times via Scentience APIs.
An industry-wide effort is needed to advance the sense of smell for robotics and AI. Just as Nvidia GPUs can work in any third-party computer via CUDA, Scentience OPUs are designed to work with and be integrated into any compute platform
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