IRYS IoT uses LoRaWAN (Long Range Wide Area Networking) with cellular backhaul so sensors can communicate across jobsites, yards, compost facilities, fence lines, and remote areas where Wi‑Fi coverage is poor and Bluetooth is impractical.
We place sensors where conditions matter, move the data wirelessly to a gateway, and send it to a dashboard over cellular. Your team gets visibility, alerts, and records without installing network infrastructure first.
Battery-powered sensors are deployed at the measurement points: concrete, slab areas, finish spaces, fence lines, equipment zones, compost piles, or other field locations.
The system collects temperature, humidity, gas, weather, or other condition data automatically instead of relying only on manual spot checks.
Sensors communicate through difficult field environments using long-range wireless links designed for low-power monitoring applications.
A gateway sends the data to the cloud through cellular service, so the customer does not need to provide internet access.
LoRaWAN can cover large outdoor sites from a single gateway. Wi‑Fi and Bluetooth often require multiple access points, repeaters, or close proximity.
Battery-powered sensors can operate for months or years instead of needing frequent charging.
Compost, industrial yards, concrete projects, fence-lines, and remote assets rarely have ideal Wi‑Fi infrastructure. LoRaWAN was designed for distributed sensing.
Sensors talk to a gateway, then data uploads through cellular. No firewall changes or guest network access.
Deploy or relocate sensors while keeping the gateway in place.
LoRaWAN prioritizes reliable low-bandwidth sensor data rather than streaming devices.
Many monitoring projects fail before they start because the site does not have convenient power, usable Wi-Fi, or available IT support. IRYS removes that friction by bringing the monitoring network with the deployment.
Sensors can be installed where the measurement needs to happen instead of only where power is available.
Data can leave the site through a cellular gateway, avoiding dependence on guest Wi-Fi, office networks, or facility IT changes.
For outdoor or longer deployments, gateways can be paired with solar power where practical.
Deploy for a project phase, warranty period, complaint investigation, compliance record, or long-term operational monitoring.
For concrete and construction use cases, the value is not just collecting a reading. It is getting a defensible record from the actual location where conditions matter.
Battery-powered devices can be placed in or around concrete-related areas to document temperature and condition changes during critical phases.
The system is designed around wireless sensor communication rather than Ethernet drops, local routers, or building Wi-Fi.
When questions come up, your team can review the timeline instead of relying on memory, paper logs, or one-time measurements.
The field hardware is only one part of the solution. The customer experience is dashboard access, alerts, and documentation that can be used by managers, operators, project teams, and warranty teams.
View current readings, historical trends, and site conditions from a managed dashboard.
Add wind, weather, particulate, gas, temperature, or humidity context depending on the use case.
Turn raw readings into records that are easier to review, share, and use when issues arise.
Standalone monitoring is strongest when wiring is difficult, the site is temporary, conditions are disputed, or the cost of not knowing is high.
| Use Case | What gets monitored | Why standalone matters |
|---|---|---|
| Concrete & slab work | Temperature, humidity, slab/ambient conditions, critical project phases. | Jobsites often do not have reliable power or internet where readings are needed. |
| Finish work & warranty | Ambient conditions, moisture-related risk indicators, temperature/humidity trends. | Creates a record before, during, and after installation without depending on manual logs. |
| Fence-line gas monitoring | NH₃, H₂S, wind, weather, particulate, and event timing. | Outdoor fence lines rarely have convenient power, Ethernet, or Wi-Fi. |
| Compost & organics | In-pile temperature, weather, gas, and operational condition trends. | Sensors can be moved around the operation while gateways stay cellular/solar. |
| Industrial yards and facilities | Environmental or operational conditions across distributed areas. | Independent monitoring can be added without major network changes. |
The offer is service-led. We are not just selling devices and leaving the customer to figure it out.
Define the measurement goal, sensor locations, reporting needs, and deployment constraints.
Provide and configure sensors, gateways, cellular connectivity, and dashboards.
Help maintain visibility, adjust thresholds, troubleshoot field issues, and review data when needed.
Notify designated contacts when readings move outside agreed limits or when important trends appear.
Create summaries, timelines, and documentation packs for operations, closeout, warranty, or incident review.
Use the system for a short project, multi-month warranty window, seasonal monitoring, or an ongoing managed service.
We can map the sensor points, gateway location, dashboard view, and reporting workflow before deployment.