This page should feel more like the actual platform overview: how the monitoring layers fit together, how coverage is organized, and how the service is configured across the yard.
This is the technical overview of how Irys organizes monitoring coverage across the yard.
Instead of treating each device as a standalone product, the platform organizes the site into monitoring layers that can be reviewed together in one dashboard and reporting structure.
For in-pile temperature monitoring, site staff place and reposition sensors as part of normal compost operations. Irys manages the monitoring infrastructure, connectivity, dashboard structure, alerting, and reporting that sit around that field workflow.
Define active windrow blocks, curing areas, receiving zones, or other practical operating areas for internal monitoring coverage.
Place ambient stations where complaint exposure, neighboring uses, entrances, or prevailing wind make data most useful.
Overlay weather and environmental context so spikes, complaints, or field events can be interpreted with more confidence.
The platform is designed to move from site layout and device placement into dashboards, alerts, and reports that are organized around real operating areas rather than generic sensor IDs.
Irys combines internal pile monitoring, perimeter awareness, weather context, solar-ready deployment, and site connectivity into one managed system for alerts, review, and documentation.
No customer internet. No site power required in many deployments.
Internal pile temperature, perimeter awareness, weather context, and site connectivity should feel like one managed system instead of separate products.
Used inside selected piles, windrows, or bays to provide continuous internal temperature visibility. Site staff place and reposition the probes as part of normal compost operations, while Irys manages the monitoring layer around that workflow.
Placed at perimeter locations where odor response, complaint exposure, wind direction, or neighboring uses make monitoring most useful. They help document what is happening at the edge of the site.
Adds local wind, rainfall, humidity, and environmental context so internal and perimeter events can be interpreted with more confidence.
Optional solar power supports remote deployment areas without requiring existing site power. It helps make the platform practical where infrastructure is limited.
In-pile sensors show internal conditions. Perimeter stations show what is happening at the site edge. The weather station adds context, solar supports remote deployment, and the gateway unifies those layers inside one platform.
The platform can be deployed without requiring customer internet and, where needed, without depending on existing site power. Cellular connectivity and optional solar power make remote coverage practical.
The value is a managed monitoring system that makes site conditions easier to see, explain, document, and act on over time.
Some sites begin with internal temperature only. Others need perimeter and weather context from day one. The platform can expand either way.
