New technologies for dealing with outbreaks of new viruses and parasites in the poultry sector in Israel

In recent years, and especially following outbreaks of H5N1 avian influenza worldwide and in Israel, the poultry sector has undergone a technological revolution aimed at early detection, rapid isolation, and reduction of economic and health damage. In Israel, where the poultry industry is one of the largest and most densely populated in the world relative to land area, there is enormous interest in prevention and control technologies.

The new technologies are divided into several key areas:

1. AI systems for early disease monitoring

New poultry farms are starting to use smart cameras and sensors based on artificial intelligence:

* Analysis of abnormal bird behavior

* Detection of decreased eating or drinking

* Monitoring of coughing, breathing and movement

* Detection of abnormal mortality in real time

The systems can identify signs days before the farmer notices an outbreak.

Similar technologies are already being used in international projects to monitor agricultural diseases and outbreaks.

2. eDNA tests and rapid genetic detection

One of the great revolutions is the use of Environmental DNA:

* Sampling air, water or dust from the chicken coop

* Looking for DNA/RNA remnants of viruses and parasites

* Allows you to identify a virus before clinical signs appear

In the near future, autonomous drones are also expected to sample large chicken coop areas continuously.

3. Genetic and mRNA vaccines for poultry

After the success of mRNA technology in Corona, they are starting to develop:

* mRNA vaccines for avian influenza

* Vaccines that are quickly adapted to new strains

* “Plug & Play” platforms that allow for rapid updates against mutations

The advantage:

A new vaccine can be developed in weeks instead of months.

Investments are already being increased in Europe following the recent wave of HPAI outbreaks.

4. Genetic engineering and natural disease resistance

Researchers are working on:

* Chicken strains that are more resistant to viruses

* Using CRISPR for gene editing

* Strengthening the natural immune system of poultry

Similar technologies are already being tested in the world of agriculture and aquaculture against parasites and diseases.

5. Biosensors and Smart Chicken Coops

New chicken coops are becoming “Smart Farms”:

* Temperature and humidity sensors

* Ammonia and gas monitoring

* Automatic bird counting

* Environmental anomaly detection

The systems are connected to the cloud and generate alerts to the farmer’s phone.

6. Use of Bacteriophages and Advanced Biology

Instead of traditional antibiotics, we are starting to use:

* Viruses that attack harmful bacteria (Phages)

* Smart biological proteins

* Targeted biological control against parasites

Israeli research institutes, including the Weizmann Institute of Science, are very active in this field.

7. Robotics and Automation in Chicken Coops

Autonomous robots are beginning to perform:

* Disinfecting chicken coops

* Distributing feed

* Collecting health data

* Identifying sick birds

The goal is to reduce human contact and reduce the risk of infection.

In Israel – Why is this particularly critical?

Israel has some unique challenges:

* High density of chicken coops

* Bird migration routes from Europe and Africa

* High risk of H5N1 avian influenza

* Weather that facilitates the spread of certain diseases

In 2026, an outbreak of avian influenza was reported again in the north of the country, further reinforcing the demand for advanced monitoring and vaccination systems.

The most promising technologies for the next 5 years

1. AI for early detection

2. Rapid genetic testing in the chicken coop

3. mRNA vaccines for poultry

4. Autonomous chicken coops

5. CRISPR for genetic resistance

6. IoT-based precision agriculture

7. Monitoring using drones and environmental sensors

*It is always advisable to consult a qualified veterinarian.