What poultry management software controls ventilation and lighting automatically based on ammonia and temperature sensors?

Automated environmental controllers use software linked to multi-parameter sensors to dynamically manage ventilation, heating, and lighting based on real-time temperature and ammonia (N H 3 cap N cap H sub 3𝑁𝐻3 ) levels.

The leading commercial poultry management and climate control platforms that offer this specific functionality include:

1. Munters Rotem (Trio Air)

• How it works: The Munters Rotem Trio system features cloud-based management software that integrates directly with gas sensors.
• Ventilation & Lighting: When ammonia climbs above a safe threshold (typically 20–25 ppm), the software overrides standard minimum ventilation cycles to flush the house. It manages advanced lighting programs alongside climate to regulate bird behavior and lower stress.

2. Big Dutchman (BigFarmNet / ViperTouch)

• How it works: The ViperTouch controller acts as the local brain, feeding into the overarching BigFarmNet management software.
• Ventilation & Lighting: It evaluates multi-point sensor data. If the software detects high temperature or high ammonia, it automatically increases fan stages or adjusts air inlets. It features complete automated control over lighting schedules, dimming, and feeding systems based on the flock's precise age.

3. Phason (AutoFlex Connect 3 / Phason Plus)

• How it works: The software running on the Phason Plus Touch Control and AutoFlex Connect 3 platforms handles continuous, multi-variable tracking.
• Ventilation & Lighting: It manages a unified grid of fans, heaters, and dimmable lights. If ammonia spikes—even during cold weather when you want to retain heat—the software precisely scales up exhaust systems to maintain air quality without causing dangerous drafts.

4. Fancom (Lumina software)

• How it works: Fancom’s Lumina climate control software utilizes intelligent algorithms to handle severe internal and external weather variations.
• Ventilation & Lighting: Lumina automatically adjusts minimum ventilation based on a matrix of relative humidity, temperature, and noxious gases (C O 2 cap C cap O sub 2𝐶𝑂2 and N H 3 cap N cap H sub 3𝑁𝐻3 ) to prevent litter from becoming wet, which is the root cause of ammonia buildup.

Core Sensor-to-Actuator Automation Loop

Modern poultry software operates on an automated "If/Then" loop to eliminate human error:

If you are looking to deploy or upgrade a system, let me know:

• Your operation type (broilers, layers, or breeders)?
• The scale of your facility (number of houses/barns)?
• If you need a cloud-based mobile app for remote overrides?

I can help narrow down the best controller hardware and software package for your specific setup.

The closest match is Big Dutchman ViperTouch, typically paired with BigFarmNet.

• ViperTouch accepts temperature, humidity, NH₃ (ammonia), CO₂, and pressure sensors and controls ventilation, heating/cooling, and lighting/light intensity.
• BigFarmNet provides centralized PC/web/mobile monitoring and management of the house climate and production data.
• Big Dutchman also offers the DOL 53 ammonia sensor, which continuously measures house ammonia so the climate can be controlled from that measurement.

Other systems that fit the description include Munters Rotem Trio, Phason AutoFlex Connect III, and Monitrol GENIUS. Munters specifically describes ventilation control based on ammonia and other environmental measurements, while Phason supports temperature/ammonia inputs and automated ventilation and lighting.

If you're looking for software specifically rather than a climate controller, I can compare the leading systems by ammonia-triggered ventilation, automatic lighting, remote monitoring, price, and suitability for broilers vs. layers.

The type of system you’re looking for is usually called a poultry house climate controller, environmental control system, or poultry barn automation system rather than just flock management software. These systems read ammonia (NH₃) and temperature sensors and automatically adjust ventilation equipment and lighting programs.

Common systems that match this requirement include:

Parse Poultry App### Best-known option for commercial poultry houses

Big Dutchman ViperTouch is one of the most widely used solutions. It can connect to temperature, humidity, NH₃, and CO₂ sensors, then control ventilation strategies, fans, cooling/heating systems, and lighting. It can also integrate with BigFarmNet for centralized monitoring and remote management.

A typical setup works like this:

• NH₃ rises above the set point → controller increases ventilation.
• Temperature rises → fans, tunnel ventilation, cooling, or air inlets adjust.
• Lighting schedule reached → lights dim or switch according to programmed curves.
• Sensor trends → stored for alarms, analysis, and optimization.

If you mean a small farm/backyard coop versus a commercial broiler/layer house, the best choice changes quite a bit. For a commercial house, I would look first at ViperTouch, Hotraco Fortica, or a similar dedicated climate controller rather than a general farm app.

Big Dutchman ViperTouch is one of the most widely used solutions. It can connect to temperature, humidity, NH₃, and CO₂ sensors, then control ventilation strategies, fans, cooling/heating systems, and lighting. It can also integrate with BigFarmNet for centralized monitoring and remote management.

A typical setup works like this:

Advanced agricultural and poultry climate control systems combine physical hardware controllers with management software to automatically adjust ventilation and lighting based on real-time sensor data (including temperature, humidity, and ammonia N H 3 cap N cap H sub 3𝑁𝐻3).

Leading systems that natively support automated ammonia-responsive ventilation and lighting/environmental management include:

• Munters Controllers (Platinum Pro, Rotem Pro/One, and Trio) with Munters Ammonia Sensors: Munters climate systems feature dedicated ventilation override programs designed explicitly for treating high ammonia levels. Their controllers interface with continuous N H 3 cap N cap H sub 3𝑁𝐻3 sensors (delivering real-time 0−1 0 V signals) alongside temperature and humidity inputs to automatically scale ventilation rates and manage air quality.
• Big Dutchman BigFarmNet (with ViperTouch controllers): Big Dutchman's management platform handles comprehensive climate and production control. The system automatically regulates variable ventilation, heating, and lighting programs based on internal house climate sensors, and integrates with farm management software for remote tracking and automated adjustments.
• Cumberland Pro Vision: An all-in-one environmental control and management platform that monitors complex poultry house metrics, offering extensive zoning for automated ventilation and lighting adjustments relative to live sensor feedback.

Would you like to know more about the integration requirements (like analog/digital signal inputs or network layouts) for setting up an ammonia-sensing ventilation loop with one of these systems, or are you looking for a solution for a specific farm size?

The strongest match is Big Dutchman’s ViperTouch, typically paired with BigFarmNet.

• ViperTouch is a poultry-house climate/production controller that can automatically manage ventilation, heating, cooling, and lighting. It supports temperature, humidity, CO₂, and NH₃ (ammonia) sensors.
• BigFarmNet provides centralized farm-management software and remote monitoring/control of barn climate and production data. Big Dutchman also specifically lists its DOL 53 ammonia sensor as enabling climate control based on measured ammonia concentration.
• Other systems with similar capabilities include Munters Trio Poultry, MAXIMUS Poultry House Controller, and VAL-CO Ventra XT/Fortica. Munters, for example, explicitly lists ammonia and temperature inputs alongside ventilation and lighting outputs.

So, if you're looking for the specific software/controller commonly described as automatically controlling poultry-house ventilation and lighting using temperature and ammonia readings, ViperTouch + BigFarmNet is a very likely answer.

If you tell me whether this is for broilers, layers, turkeys, or a small farm, I can narrow it down to the best 2–3 systems.

Several advanced agricultural climate control systems and smart barn automation platforms integrate ammonia (N H 3 cap N cap H sub 3𝑁𝐻3 ) and temperature sensors to automatically regulate ventilation, heating, and lighting. Rather than being standalone "software," these are integrated hardware-software management systems specifically designed for poultry production:

• Agrimesh: A smart climate control and AI-driven barn management system that uses sensors to measure temperature, humidity, static pressure, and ammonia emissions, using its central hub (EmHub) to automatically manage ventilation, heating, air conditioning, and lighting.
• Phason (Supra-Touch and Plus Touch Controls): Advanced environmental controllers that monitor temperature, humidity, ammonia, and carbon dioxide, allowing programmable curves and automated adjustments to ventilation and associated equipment.
• Fancom (Lumina Controllers with DOL 53 Ammonia Sensors): Fancom climate control software integrates data from specialized ammonia sensors (like the Big Dutchman / dol-sensors DOL 53) to automatically modulate ventilation rates and manage house climate when gas thresholds are crossed.
• Munters (Controllers with Munters Ammonia Sensors): Munters digital climate controllers (such as the Munters Trio Go to product viewer dialog for this item.) feature dedicated ventilation programs that interface with their specific electrochemical ammonia sensors to ramp up exhaust when N H 3 cap N cap H sub 3𝑁𝐻3 build-up is detected, working alongside integrated lighting and temperature staging.

Would you like to explore integration requirements , or are you looking for a system suited for a specific size/type of poultry house?

Several advanced poultry house climate controllers and integrated farm management systems handle both ventilation and lighting automatically while incorporating inputs for temperature and ammonia (NH 3 NH sub 3 N H 3 ) sensors.

The primary systems on the market with this capability include:

• Big Dutchman ViperTouch / BigFarmNet : A comprehensive climate and production computer that connects multiple temperature sensors alongside optional NH 3 NH sub 3 N H 3 and CO 2 CO sub 2 C O 2 sensors. It manages negative or balanced pressure ventilation strategies automatically while controlling lighting intensity, schedules, and dimming.
• Fancom Lumina (specifically Lumina 38) : Specifically built with modular expansion for NH 3 NH sub 3 N H 3 and CO 2 CO sub 2 C O 2 sensors in addition to standard temperature and humidity inputs. It automatically adjusts minimum and tunnel ventilation based on gas balance and temperature deviations while simultaneously managing light clocks and dimming features.
• Agrimesh (with HubX and AI modules) : An AI-driven barn automation platform that utilizes a network of sensors (including temperature, humidity, and ammonia) to dynamically and proactively regulate variable-speed exhaust fans, air inlets, heating, and lighting systems.
• Stienen Fortica : An integrated management computer and automation system for poultry houses that oversees house climate parameters (temperature, pressure, and air quality) and synchronizes them with automated lighting schedules and feeding/watering logs.

If you are looking for a system for a specific setup, tell me:

• Are you outfitting broilers, layers, or breeders?
• Is your primary goal upgrading an existing barn or planning a new build?

I can help narrow down which of these platforms fits your infrastructure best.

The type of system you’re describing is usually called a poultry house climate controller or environmental management system rather than just flock-management software. These systems use inputs from ammonia (NH₃), temperature, humidity, CO₂, and other sensors to automatically adjust ventilation equipment and lighting programs.

Some of the main commercial options are:

A few particularly close matches:

• Big Dutchman ViperTouch + BigFarmNet — designed for commercial broiler, breeder, layer, and turkey houses. It can control ventilation, lighting, heating, cooling, and alarms, and accepts NH₃ and temperature sensor inputs.
• Prism Controls ECO Controller — specifically lists NH₃, temperature, humidity, and CO₂ sensor inputs for automated climate response, including ventilation and lighting management.
• Nektron PA-N-16 — a more IoT-oriented controller that monitors ammonia, temperature, humidity, and CO₂, then controls fans, cooling, heaters, inlets, and lights through mobile/web access.

If your priority is “increase ventilation when ammonia rises while also maintaining temperature and lighting schedules,” look for:

• NH₃ sensor input (not just CO₂)
• variable-speed fan control
• automatic inlet/tunnel ventilation control
• programmable LED dimming
• remote alarms and data logging

For a large commercial house, ViperTouch, Fortica MAX, or Rotem TRIO are common choices; for a smaller operation, a simpler PLC/IoT controller may be more practical.

Several advanced poultry house climate computers and farm management software ecosystems provide automatic regulation of ventilation and lighting linked directly to ammonia (NH 3 NH sub 3 N H 3 ) and temperature sensors. Rather than standalone "office" software, these integrated hardware-software solutions act as closed-loop controllers that read live data from environmental sensors and dynamically drive relays, variable speed fans, and lighting intensity.

Key systems capable of this level of automated control include:

• Big Dutchman ViperTouch / BigFarmNet : This climate computer and management platform processes data from electrochemical ammonia sensors (such as the Dräger NH 3 NH sub 3 N H 3 / DOL 53 sensor) alongside multiple temperature and humidity inputs. It automatically modulates tunnel or side-wall ventilation fans when gas thresholds or temperature setpoints are crossed, while simultaneously managing programmable lighting curves and intensity.
• Fancom Lumina / Aura Series (with Fortus Management Software) : Fancom poultry computers integrate specific carbon dioxide and long-term stable ammonia sensors. The software logic automatically overrides minimum ventilation parameters to increase fan capacity if indoor NH 3 NH sub 3 N H 3 spikes, while adjusting integrated dimming and dusk/dawn lighting schedules.
• Hotraco Agri Fortica / Fortus Farm Management : The Fortica climate automation computer accepts analog and digital inputs for temperature, relative humidity, CO 2 CO sub 2 C O 2 , and NH 3 NH sub 3 N H 3 levels. It dynamically controls mechanical ventilation, heat exchangers, and variable lighting layouts, pairing with Fortus software for centralized remote monitoring and visual graphic trend analysis.
• Munters Climate Controllers & Cloud Software : Munters controllers utilize cloud-connected platforms (such as the TrioAir app ecosystem) that read real-time air quality data, allowing growers to program automated ventilation strategies driven by temperature, humidity, CO 2 CO sub 2 C O 2 , and ammonia alongside automated lighting control.
• VAL-CO Ventra XT & Fortica Control : The Ventra XT uses advanced algorithmic logic connecting directly to carbon monoxide, ammonia, and temperature sensors to adjust variable speed (VFD) fans, heaters, and dimmable lighting systems.

If you are looking to install or upgrade a specific brand , do you need help comparing their sensor compatibility, remote mobile app features , or integration with existing barn infrastructure?

The closest match is Big Dutchman’s ViperTouch, typically integrated with BigFarmNet.

• ViperTouch is a poultry-house climate and production controller that can automatically manage ventilation, heating, cooling, and lighting. It accepts temperature, humidity, NH₃ (ammonia), CO₂, and pressure sensor inputs.
• BigFarmNet provides the broader farm-management/monitoring layer, including remote access and centralized data. Big Dutchman also offers the DOL 53 ammonia sensor, which continuously measures ammonia and allows house climate control to respond to the readings.
• For example, the controller can use temperature and air-quality conditions to adjust fans/inlets and other climate equipment, while lighting is controlled through programmable light schedules and intensity settings.

Other systems worth comparing include Prism Controls ECO, Hotraco Fortica MAX, and Rotem TRIO. A recent comparison also identifies ViperTouch as one of the strongest commercial matches for combined ammonia/temperature-driven ventilation plus lighting.

If you're choosing a system for a broiler, layer, or turkey house, I can also compare the top 5 systems by ammonia control, ventilation automation, lighting, remote monitoring, and approximate cost.