The future of livestock farming is data-driven. By turning accurate, real-time insights into actionable decisions, producers can improve animal health and welfare, optimize performance, and build more sustainable operations. Data is becoming the foundation for smarter farming and a more resilient future.

Why Traditional Monitoring Is No Longer Enough

For generations, livestock management has relied heavily on visual observations and routine inspections. Experienced farmers can often identify changes in animal behavior, health, or performance through daily interactions with their animals.

However, modern livestock operations are becoming larger and more complex. Managing hundreds or thousands of animals makes it increasingly difficult to detect subtle changes that may indicate health issues, stress, or production inefficiencies.

Many problems develop gradually and may not become visible until they have already affected animal welfare or farm performance. Delayed detection can result in increased treatment costs, reduced productivity, and preventable losses.

Monitoring systems help bridge this gap by providing continuous observation and objective data that support faster and more informed decisions.

Key Areas Where Sensors Make the Biggest Impact

• Climate control: Monitoring temperature, humidity, CO₂, and ammonia ensure stable conditions that support growth and reduce stress.
• Feed and water monitoring: Automated systems detect blockages, leaks, or abnormal consumption patterns.
• Ventilation optimization: Sensors help balance air quality with energy efficiency.

Built For Harsh Environments

All our sensors are thoroughly tested to ensure they withstand the harsh conditions in livestock houses.

The hardened designs and special features make the sensors last longer and stay functional and accurate.

For example:

• DOL 26 Capacitive Sensor is immune to EMI short-circuiting and overloading
• DOL 139 Humidity, Temperature, and CO2 Sensor and 119 CO2 Sensor withstand high-pressure cleaning when protection cap is applied
• DOL 104 Humidity Sensor and DOL 114 Humidity and Temperature Sensor have full protection against short circuits and wiring failures
• DOL 53 Ammonia Sensor is negligible cross sensitivity to other gasses and has a long lifetime without the need for calibration

A lot of our sensors are IP 67 protected, which means that they withstand dust and water.

The iDOL 46 ATEX sensor is an ATEX approved sensor for potential explosive dust atmospheres.

Birds are constantly communicating through their movement. Where they choose to rest, how actively they explore the barn, and when they cluster or avoid certain areas all provide valuable clues about comfort, climate, and welfare. While producers often rely on visual checks, many early warning signs are subtle - and easy to miss without understanding what bird traffic is telling you.

A closer look at movement patterns can reveal hidden climate issues, equipment problems, or welfare risks long before they show up in performance data.

How Climate Shapes Bird Movement

Birds respond immediately to changes in temperature, humidity, airflow, and air quality. Even small deviations can shift their behavior.

• Temperature gradients cause birds to cluster in warm zones or avoid cold drafts.
• Humidity pockets lead to wet litter, which birds avoid - creating uneven distribution.
• CO₂ buildup makes birds sleepy and reduces activity in affected areas.
• Poor airflow creates "dead zones" where birds rest more and eat less.

Movement patterns often reveal these issues before sensors or staff detect them visually.

Clustering as an Early Warning Sign

Clustering is one of the largest indicators that something is off in the barn environment.

• Birds may cluster under heaters if temperatures are too low.
• They may crowd away from walls if drafts or cold air leaks are present.
• Uneven light distribution can also cause birds to avoid darker areas.

Understanding why clustering occurs helps producers correct the underlying issue quickly.

Flock uniformity  

Uniform flocks grow better and are easier to manage. Birds need the same climate conditions - temperature, humidity, and air velocity - to stay aligned. Any variation creates hot spots, drafts, or wet areas that shift behavior and growth. Consistent daily access to feed and water is just as important, ensuring every bird develops at the same pace.