Remote Swiftlet House Management with iNut: Temperature, Humidity, Misting & Calling Sound Monitoring

Swiftlet farming lives or dies by the microclimate: swiftlets only settle in to nest when the temperature stays around 27–29 °C, humidity sits at 85–95%, light stays dim, and the air carries no trace of ammonia. Yet many swiftlet houses are still managed by hand — the owner has to climb each floor, read a hygrometer by eye, adjust the misting machine manually, then lie awake all night not knowing whether the chamber is too hot or too dry. The data is scattered, never realtime, and every inspection risks disturbing the colony.

Smart swiftlet house management isn't complicated — it simply means letting sensors measure instead of people, letting data drive decisions, and letting the system keep the microclimate on target around the clock without anyone standing watch. iNut brings exactly that toolkit into every nesting chamber.

Every good decision starts with good data. iNut's dedicated sensors continuously measure the readings that decide whether the birds stay or leave: temperature, air humidity, light (lux), ammonia (NH₃) concentration, and CO₂ — chamber by chamber, floor by floor, all gathered into one place in real time. No more climbing up with a hygrometer to read each number and jot it down in a notebook.

Swiftlet houses are typically multi-storey, with thick walls and enclosed chambers — running signal cable everywhere is both costly and prone to failure. With iNut RS485 and WiFi Mesh, each sensor node automatically pairs with its neighbor, and data "hops" through multiple relays back to the gateway without any long cable runs. Need to add a sensor on the top floor or in the flight chamber? Just attach another node and the network extends itself.

This is the heart of the smart swiftlet house. Set thresholds once: humidity drops below the target level → the misting machine turns on automatically to add moisture; once humidity is sufficient, it switches off. Temperature or ammonia rises too high → the ventilation fan runs automatically to cool the air and push out the odor. The iNut Muro microclimate-control solution already does exactly this for mushroom houses — the same model carries straight over to the nesting chamber, where humidity and temperature must likewise stay within a narrow band.

The calling sound is the swiftlet house's "invitation." iNut lets you schedule the outdoor speaker, flight speaker, and indoor speaker on/off by time slot and adjust volume remotely — turn on the outdoor speaker at dawn to call the colony in, then switch to the indoor speaker in the evening to keep the birds settled. Paired with an AI camera, owners can even estimate the density of birds coming and going, to see which zones are drawing them in and which need the sound or lighting adjusted.

The whole swiftlet house fits in your phone: view temperature and humidity for every chamber, change thresholds, and switch misting or speakers on/off remotely through the iNut app. At the edge layer, iNut PC collects the data, runs the control logic, and pushes alerts via Email/Telegram the instant the microclimate goes out of range or power fails — even where the swiftlet house only has 4G coverage. All historical data is stored on iNut Datalogger and visualized on the SCADA dashboard of iNut Platform (self-hosted cloud).

Many swiftlet houses are built along riverbanks, in remote fields, or on islets, where grid power is unreliable. iNut devices still keep running strong thanks to solar power and wireless data transmission — when the grid goes down, the system keeps measuring and keeps alerting. Install once and the data flows in on its own; owners no longer need to rush to the site every time they're worried.

// Quick specs