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
Andhra PradeshShrimp Hatchery Monitoring in Andhra PradeshAndhra Pradesh produces the largest share of India's farmed shrimp, and its hatcheries run on tight water-quality margins. Here's what shrimp hatchery monitoring in Andhra Pradesh actually covers, what it costs, and how a remotely managed IoT sensor system helps hatchery owners catch problems before a batch is lost.Read the guide →GuideShrimp farm automation: what can actually be automated todayShrimp farm automation today means continuous sensor monitoring, automatic alerts and, in some setups, automatic aerator control — not a farm that runs itself. Here is exactly what can and cannot be automated, in hatchery and grow-out ponds.Read the guide →Buyer's guideShrimp Hatchery Data Tracking: From Paper Logs to Live RecordsPaper registers can't alert you to a crash or trace a bad batch back to its cause. Here's what to track, and how digital hatchery data tracking closes that gap.Read the guide →Buyer's guideShrimp hatchery sensors: what to measure, which type, and where to place themA hatchery only needs a handful of sensors to cover the parameters that actually kill larvae — dissolved oxygen, temperature, pH and salinity. This guide covers which type to buy, where to place them, and how to keep them accurate.Read the guide →GuideShrimp Hatchery Biosecurity: A Practical ChecklistShrimp hatchery biosecurity is the set of physical and procedural barriers that keep pathogens out of your larval-rearing system in the first place, because once a pathogen like WSSV or EHP gets into a hatchery, no amount of water quality management can save the batch. Here is a practical checklist covering water treatment, disinfection protocol, staff and equipment flow, batch separation, and PCR screening.Read the guide →GuideAeration in Shrimp Ponds: How Much Do You Actually Need?Most oxygen crashes in vannamei ponds are not a shortage of aerators — they are the wrong horsepower for the stocking density, or aerators switched off at the exact hour the pond needs them most. Here is how to size and place aeration correctly.Read the guide →GuidepH in a shrimp pond: ideal range and how to stop the swingsThe safe pH range for a shrimp pond is 7.5–8.5, but the number that actually causes losses is the daily swing between morning and afternoon. Here's what controls it, and why it decides how toxic your ammonia really is.Read the guide →GuideEHP in Shrimp: Symptoms, Testing and How to Keep It OutEHP in shrimp is an infection by Enterocytozoon hepatopenaei, a microsporidian parasite that colonises the hepatopancreas and quietly stalls growth without causing sudden mass mortality. Here is how to recognise it, confirm it with PCR testing, and keep it out of your ponds.Read the guide →Buyer's guideShrimp hatchery monitoring system cost: what you actually pay forA shrimp hatchery monitoring system cost has three parts — hardware, connectivity and alerting, and installation — and the total usually costs less than the value of one tank of postlarvae. Here's how the pricing actually breaks down.Read the guide →GuideVannamei water quality parameters: safe ranges by stage and how often to testThe safe range for every vannamei water quality parameter shifts as shrimp move from nauplii to post-larvae to grow-out. This is the reference chart and testing schedule Indian farmers actually need on the pond bund.Read the guide →GuideHow to Control Vibrio in Shrimp Ponds and HatcheriesVibrio bacteria live in every shrimp pond and only turn dangerous when warm water, high organic load, and stressed shrimp let their numbers explode. Here is how to detect a Vibrio bloom early with a TCBS plate count and the control steps — pond bottom, feed, probiotics, water quality — that keep it from becoming an outbreak.Read the guide →GuideWhite Feces Disease in Vannamei Shrimp: Causes, Signs & ControlWhite feces disease in shrimp shows up as floating white or pale strings of faecal matter on the pond surface, caused by damage to the shrimp's hepatopancreas from Vibrio bacteria, gregarine parasites, or both, usually triggered by poor pond bottom condition and unstable water quality. Here is how to recognise it early, what actually causes it, and the control steps that work.Read the guide →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
Tamil NaduPoultry Farm IoT Monitoring in Tamil Nadu: A Practical GuidePoultry farm IoT monitoring in Tamil Nadu uses sensors to track shed temperature, humidity, ammonia, and fan/power status around the clock, alerting the farmer the moment conditions drift instead of waiting for the morning walk-through.Read the guide →GuideSmart Poultry Farming in India: What to Automate FirstSmart poultry farming in India means sensors and automated alerts watching your shed around the clock instead of manual rounds twice a day. Here is what to automate first, what it costs, and what to avoid.Read the guide →Buyer's guidePoultry farm data tracking: turning daily numbers into FCR and profitPoultry farm data tracking is the practice of logging water, feed, weight and mortality every day and rolling those numbers up into a single number that tells you if the batch is profitable: FCR. Here is how the pieces fit together, why a 10-20% water-intake drop is the earliest warning you'll get, and what changes when tracking moves from a notebook to a dashboard.Read the guide →Buyer's guidePoultry Farm Sensors: The Ones That Actually MatterNot every poultry farm sensor is worth the money. Here is the short list that actually protects a flock — temperature, humidity, ammonia, CO2, and a fan/power alarm — and the order to buy them in.Read the guide →Buyer's guidePoultry farm record keeping: what to track every day and why it mattersPoultry farm record keeping means logging feed, water, weight, mortality and shed conditions every single day, not just at the end of the batch. Here is exactly what to track, a format you can start using today, and why the farms that catch trouble early are the ones tracking daily instead of weekly.Read the guide →GuideWet Litter in Poultry Sheds: Causes, Costs and FixesWet litter in poultry sheds is almost always traceable to one of three causes: leaking drinkers, weak ventilation, or gut health issues that loosen droppings. Find the actual cause and the fix is usually cheap; guess, and it becomes a recurring FCR and footpad problem.Read the guide →GuidePoultry House Dehumidification: Cutting Damp Without Chilling BirdsPoultry house dehumidification is about moving air, not chasing cold air conditioners. Get the minimum ventilation rate and litter management right and damp sheds stop being a mystery.Read the guide →GuideBroiler weight chart by age: target weights week by weekA week-by-week broiler weight chart from day one to market age, the average daily gain that goes with it, and what an off-curve reading usually means — plus how continuous weight tracking catches a slipping batch before it costs a full week of growth.Read the guide →GuideBroiler feed consumption per bird: week-by-week chartA week-by-week broiler feed consumption chart — daily and cumulative grams per bird from day one to market age — plus how to use it to plan feed purchase, spot wastage, and catch a sick or heat-stressed flock before FCR suffers.Read the guide →GuidePoultry mortality rate: how to calculate it and what's normal by weekPoultry mortality rate is the percentage of birds that died out of the total placed, calculated as (dead birds ÷ birds placed) × 100. Here's the formula with a worked example, a week-by-week table of what's normal versus alarming for broilers, and what to do when your number is too high.Read the guide →Buyer's guidePoultry farm monitoring system price: what you actually pay forA poultry farm monitoring system price has three parts — hardware, a monthly alerting subscription, and installation — and the total is usually smaller than the value of one flock lost to a heat or power failure. Here's how the pricing actually breaks down.Read the guide →Buyer's guidePoultry farm fan and power failure alarm: why you need one and how it worksA poultry farm fan failure alarm is the single highest-value safety system on a closed shed, because a stopped fan in hot weather can kill birds within the hour. Here is what a real alarm setup needs, what it costs against what it protects, and the mistakes that leave farms exposed anyway.Read the guide →GuideWhy are my broilers dying suddenly? A diagnostic checklistSudden broiler mortality almost always traces back to one of four causes: heat stress, ventilation or CO2 failure, a water outage, or a fast-moving disease. Here is the diagnostic order to work through on a commercial shed, and what actually prevents the next one.Read the guide →GuideWhy egg production drops in summer — and how to stop itEgg production drops in summer because heat stress redirects a hen's energy away from egg formation and toward simply staying cool. This guide explains the mechanism, how much hen-day % you can expect to lose, and the management changes that limit the damage and speed recovery.Read the guide →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 →