general
Guide: how to choose a technical alarm for your industrial building or livestock farm
Choosing a technical alarm for an industrial building, a livestock farm or an agricultural building is not buying an "alarm" in the usual sense. You are not trying to catch a burglar: you want to find out that ventilation has failed, that the power is out or that a cold room is thawing before the problem becomes a quantified loss.
This guide walks through, step by step, what to look at and demand before signing. It applies equally to an industrial building or logistics warehouse and to a poultry farm, a swine operation or a greenhouse: the variables change, but the buying criteria do not.
1. First define what can cost you money
Before comparing units, list the faults that actually hurt. In practice almost all of them fit into five buckets:
- Climate out of range: over-temperature or over-humidity in a room, cold room or greenhouse.
- Ventilation down: fans stopped during a heat wave — critical on livestock farms.
- Power outage: the "mother" fault, because it drags everything else with it.
- Machine or process stop: a pump, compressor or line halted overnight.
- Flooding or intrusion: water in a plant room, or unauthorised access after hours.
Once you have that list, you will know exactly how many probes and digital inputs you need — and you can rule out at a glance any alarm that does not cover them.
2. Alarms for agricultural and livestock buildings: ventilation rules
On a livestock farm or an agricultural building, the number-one risk is thermal. A 30-60 minute exhaust failure in summer can ruin an entire batch of birds, rabbits or piglets. That is why electrical detection (reading the fan contactor or the panel differential) matters as much as the temperature probe: it alerts you the instant the fan stops, not half an hour later when the thermometer has already climbed.
Require the unit to read voltage-free contacts from the ventilation panel, on top of temperature, humidity, CO₂ and, where relevant, NH₃ and pressure probes. That combination is detailed on the poultry sector page and applies, with nuances, to swine, rabbit and cattle.
3. Alarms for industrial buildings: more variables, same principle
In an industrial building, a logistics warehouse or a data centre, the range is wider: plant-room and rack temperature, power outage, machine status (flow, pressure, level), flooding and intrusion. But the principle is identical to the farm: the cost is not the fault, it is how long it takes you to find out.
Here you want a unit with analog and digital inputs, able to integrate the electrical panel and process signals on a single board. We cover it on the alarm for industrial buildings page.
4. The alert: by phone call or it is useless
This is where most systems fail. An email or push at 3 a.m. wakes no one. A technical alarm only does its job if it calls by phone and demands human confirmation before moving to the next contact.
What must be there, no exceptions:
- Automatic voice call stating what failed and where.
- Priority-ordered contact list with escalation: if the first does not answer, it calls the next.
- Human confirmation (press 1) to stop the escalation.
- SMS, email and push as parallel channels, never as the only alert.
- Separate roles (manager, maintenance, electrical service).
That is how the Aviot process works, step by step, in how it works.
5. Connectivity and autonomy: do not let a power cut silence it
The most expensive mistake is plugging the alarm into the office Wi-Fi. When the power goes — exactly when you need it most — the router drops and the alarm goes silent. Non-negotiable:
- 4G IoT connectivity with its own SIM, ideally multi-operator with failover.
- Internal battery that lasts several hours without mains power.
- The power cut itself must be an event it detects and notifies.
6. Exportable history for audits
In agri-food (HACCP, IFS, animal welfare) and in industry (maintenance, insurance) you will be asked for an incident log. If the alarm does not store time-stamped readings or export to CSV/Excel, the audit becomes a nightmare. Ask how long history is kept and whether export costs extra.
Comparison table: what to demand by environment
| Criterion | Industrial building / warehouse | Livestock / agricultural farm |
|---|---|---|
| Critical variable | Power outage, machinery, room climate | Ventilation, temperature, humidity, gases |
| Electrical panel detection | Essential | Essential |
| Analog inputs (process) | Highly recommended | Optional per install |
| Gas probes (CO₂, NH₃) | Per process | Recommended in poultry/swine |
| Flood detection | Recommended (plant rooms) | Optional |
| Call alert + escalation | Essential | Essential |
| 4G + internal battery | Essential | Essential (rural areas) |
| Exportable history | Maintenance and insurance | HACCP, animal welfare, integration |
Checklist before signing
- ✅ Probes for every critical variable (temperature, humidity, CO₂…).
- ✅ Enough digital inputs for the electrical panel contacts.
- ✅ Analog inputs if you watch machinery or process.
- ✅ Voice-call alert with escalation and human confirmation.
- ✅ SMS, email and push as parallel channels.
- ✅ Multi-operator 4G IoT connectivity + internal battery.
- ✅ Exportable history (CSV/Excel) with no hidden cost.
- ✅ Installation by a qualified technician (3-4 h on a medium install).
- ✅ Clear support and warranty beyond the first month.
Aviot is designed against exactly this list: a single board integrating probes, electrical panel and process, with 24/7 phone alerts, both for industrial buildings and for livestock, agricultural and agri-food operations. For a concrete recommendation for your install, tell us about your case and we will advise you with no commitment.