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We will be at 31st ADSA Discover Conference - Big Data Dairy Management

PDFA Punjab

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Dairy Analytics

The Big Data and Business Analytics are fore frontier of technologies that are generating huge competitive advantage to the companies. Big Data Analytics are playing an important role in developing new innovative products that are enabling companies to engage their customers in a new and disruptive manner.

According to McKinsey Global Institute Report "Big data: The next frontier for innovation, competition, and productivity" - Big Data Capturing its value: $300 billion potential annual value to US health care and $600 billion potential annual consumer surplus from using personal location data globally.

We specialize in developing Big Data Business Analytics products. Our first Big Data Product, Murai Data Analytics helped save healthcare device makers IT deployment costs in the range of 25% to 40% annually. Next, we applied Big Data technologies to Connected Dairy. Connected Dairy Analytics applies the Big Data technologies, Internet of Things, and Smart Dairy to help improve Dairy operational efficiencies and improve profitability. Connected Dairy, importantly, helps the Dairy operations in proactively identifying Heat Stress and Bovine Respiratory Disease.

Connected Dairy Analytics will harvest huge operational efficiencies, cost savings, and actionable insights to address dairy cattle related critical issues. Connected dairy, importantly, is a data enabled insightful tool that facilitates better management of Dairy activities.

Precision Dairy

Key Features of Our Dairy Sensors that make Precision Dairy a reality:


Milk Fever

Milk fever is a disorder mainly of dairy cows close to calving. It is a metabolic disease caused by a low blood calcium level (hypocalcaemia). Between 3% and 10% of cows in dairying districts are affected each year, with much higher percentages occurring on some properties.
Our Dairy Sensors identify Milk Fever (proactive) Symptoms:
  • Patented Algorithms based on accelerometer & cattle moment activity
  • Identification of Increased dullness or less activity
activity
Fig.1 - Activity

Ketosis

Ketosis is a metabolic disorder that occurs in cattle when energy demands (e.g. high milk production) exceed energy intake and result in a negative energy.
Our Sensors identify onset of Ketosis Symptoms:
  • Patented Edge Analytics that monitors onset of increased activity.
  • Identification of Yield changes
  • Production
  • Feeding

Rumination

Rumination is a window to cow health.Rumination is impacted by external factors as well as internal rumen functioning. Rumination is the regurgitation of fibrous matter from the rumen to the mouth, and the return back to the rumen. This biological process is impacted by the forage’s nutritional and fiber content. Dietary fiber form and digestibility do play a role. Increasing feeding time and dry matter intake has a positive effect on rumination. Yet on any given diet, a cow will control rumination in response to external stressors.Rumination is not only a requirement for healthy cows; it can be a very early indicator of stress or illness. By monitoring decreases in rumination times, management changes can be made to alleviate stressful situations, or to begin treating a sick cow. Stress can be assessed via rumination decreases up to 48 hours prior to any other indicators being evident. Deviations from the herd’s or the individual cow’s baseline rumination time is an early sign of some stressor. But rumination time is not measured by the percentage of cows lying down, Grant cautioned. While dividing the number of cows ruminating by the number of cows in the stall will give you an idea of cow comfort, it does not predict resting time and rumination, or assess changes in time spent ruminating from the baseline.
Our Sensors enable farmers to specify & capture rumination threshold counts:

Lameness

Lameness causes stress, which debilitates and reduces productivity. The financial impact of lameness includes losses from decreased production, cost of treatment, prolonged calving interval, and possibly nursing labor. Loss of milk of 1.7–3 L/day for up to 1 mo before and 1 mo after treatment (because of pain) plus milk discarded because of antibiotic therapy must also be considered. Our Sensors identify Lameness (proactive) Symptoms:
  • Built-in Machine Learning Algorithms that detect Maleness symptoms
  • Cloud enabled in-memory grids that compare behavior vs. health ones
activity
Fig.1 - In Memory Grid: Real time Machine Learning

Healthy vs. Sick Cattle Detection

Our Sensors identify healthy-vs.-sick cattle:
  • Patented Algorithms based on accelerometer & cattle moment activity
  • Behavior Change

Dairy Analytics Platform

Analytics platform consists of two core engines: Machine Learning and Recommendation Engine

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