Functional Prototype
Build and iterate a prototype-stage rover platform to validate core remote gas-detection workflows.

Kanary’s planned direction is robotic gas detection that helps locate hidden hazardous atmospheres and verify air quality before people enter.
The canary was once a mine-safety early-warning system (1911–1986). Today, hazardous gases such as H2S can collect in low points, dead legs, and confined vessels where risk may not be visible. Kanary exists to make sure people are not the first exposure, and we’re building toward that with a working prototype — not a finished product.
In concept-stage site conditions, gases may settle in low points, dead legs, and confined vessels. A pre-entry air-quality reading can help inform safer decisions before personnel access.

Build and iterate a prototype-stage rover platform to validate core remote gas-detection workflows.
Improve usability, data quality, and integration pathways with target site operating practices.
Engineer toward hazardous-location requirements with formal design controls and risk reduction.
Pursue applicable certification pathways after prototype validation and engineering maturity.
Kanary is at the concept and planning stage. We are seeking collaboration with operators, safety engineers, and sensor manufacturers, as well as guidance from domain advisors and prospective pilot partners. If your team is evaluating confined-space safety approaches, we’d value the conversation.