Built to Solve Detection at Scale
Canary’s core architecture is designed to support new target signatures without rebuilding the entire detection system from scratch.
Remote sample collection, centralized biological sensing, automated response capture, and digital traceability create a platform designed for high-volume screening across distributed operations.
Remote by Design
Samples can be collected where operations already happen and screened through centralized biological sensing, reducing the need to deploy specialized detection capability at every location.
Workflow-Compatible
Lightweight remote sampling is designed to fit into existing operations with minimal disruption to personnel, production, or field activities.
High-Volume Screening
A centralized sensing model is designed to process large numbers of standardized samples efficiently and help prioritize which samples require further attention or confirmatory testing.
Capital-Efficient & Traceable
Centralized sensing can reduce duplicated equipment and specialized resources while every screening event creates a structured digital record.
Advancing Lithium Battery Screening
Canary is advancing a Bio-AI approach to lithium battery screening. We are engaging industry partners to shape practical applications and a focused path to deployment.
We welcome strategic partners, investors, and organizations interested in bringing a new approach to detection into practical use.
How Canary Works
A sample is collected remotely and linked to its source data. At the Canary station, it is presented to the biological sensors under controlled conditions.
The system automatically captures individual responses and converts them into a traceable digital screening result.
Biology Provides the Signal. Canary Makes It Scalable.
Canary transforms biological sensing from a location-dependent capability into a standardized technology platform.
Remote collection, centralized analysis, automated response capture, and software-supported decision making create a system designed to scale across locations, targets, and applications.