Guides & resources
IoT Guides for Shrimp Hatcheries & Poultry Farms
Plain-English guides to IoT monitoring for shrimp hatcheries and poultry farms — water quality, oxygen, temperature, ammonia, alerts and the numbers that decide whether a batch lives.
Shrimp hatcheries & aquaculture
IoT for shrimp hatcheries
GuideRunning Mortality Syndrome in Vannamei: Causes, Diagnosis & PreventionRunning mortality syndrome in vannamei is a slow, continuous daily die-off rather than one mass-mortality event, and it is almost always a combination of a pathogen like EHP or Vibrio with a stressed pond environment. Here is what causes it, how to tell it apart from other die-offs, and how to bring it under control.Read the guide →GuideHow to reduce ammonia in a shrimp pondAmmonia is one of the fastest ways to lose a shrimp pond, and it usually spikes after overfeeding or a bloom crash. Here is how to bring it down in an emergency and stop it from coming back.Read the guide →GuideWhy Shrimp Die at Night: The Pre-Dawn Oxygen Crash ExplainedShrimp die overnight when dissolved oxygen drops below lethal levels in the hours before dawn. Learn the biology behind the crash, the safe thresholds, what to do at 3 AM, and how a continuous DO sensor prevents it.Read the guide →Buyer's guideShrimp pond water quality monitoring system: all parameters, one viewShrimp are sensitive to small shifts in water chemistry. A continuous monitoring system tracks every critical parameter and phones you the moment something moves toward danger — day or night.Read the guide →GuideIoT for shrimp hatcheries: what it is and why it pays for itselfAn IoT shrimp hatchery turns the water quality that decides whether a tank lives into numbers on your phone — and a phone call the moment something goes wrong, in time to act.Read the guide →GuideDissolved oxygen monitoring for shrimp ponds and hatcheriesDissolved oxygen is the fastest killer in a shrimp tank or pond. Continuous monitoring catches the pre-dawn crash in time to run an aerator — instead of finding the loss at sunrise.Read the guide →
Poultry farms
IoT for poultry farms
GuideHumidity in a poultry house: ideal levels and how to control itHumidity in a poultry house is as important as temperature, and Indian owners rarely track it. This guide gives the ideal ranges by bird age, what goes wrong at both extremes, and how to bring humidity back into range — manually or with an IoT sensor that alerts you.Read the guide →GuideBroiler brooding temperature chart: day-old to market ageA day-by-day and week-by-week broiler brooding temperature chart, from 33-34°C at placement down to 21-23°C at finishing, with the mistakes that throw the curve off and how automated monitoring holds it for you.Read the guide →GuideHow to cool a poultry shed in summer: the India playbookIndian summer heat between 38–45 °C kills birds fast. This guide gives you the staging logic, THI action thresholds, and a pre-summer checklist to keep your shed cool when it matters most.Read the guide →GuidePoultry house temperature monitoring: get the heat right at every ageTemperature is the one number that decides whether chicks thrive or stall. This guide covers the age-curve targets, sensor placement, the heat-stress danger zone, and how to be alerted before it costs you birds.Read the guide →GuideAmmonia monitoring in poultry sheds: the 25 ppm rule and how continuous sensing protects your flockAmmonia is the invisible threat in every poultry shed — colourless at harmful levels, silent until birds are already losing weight. This guide explains the 25 ppm threshold, how ammonia builds up, what it does to birds and workers, and how continuous IoT sensing catches the problem before it costs you.Read the guide →GuideIoT for poultry farms: the system that calls you before a shed turns deadlyIoT for a poultry farm watches temperature, ammonia and — most important — whether your fans and power are actually running, and raises the alarm in minutes before a shed turns deadly.Read the guide →