Recently, Japanese telecommunications giant NTT announced the development of laser-equipped drones designed to keep wild birds away from poultry farms. The goal is simple: reduce the risk of avian influenza transmission by discouraging wild birds such as pigeons, crows, and other species from entering poultry facilities.
The announcement comes after severe avian influenza outbreaks in Japan resulted in the culling of millions of birds, creating significant economic losses for producers. Any technology that promises to reduce disease risks naturally attracts attention from the agricultural community.
At first glance, laser drones seem like an exciting innovation. However, producers should ask an important question:
Will drones actually solve the bird problem?
The answer is more complicated than many headlines suggest.
Wild birds pose multiple risks to poultry operations.
Many species are attracted to poultry facilities because they offer exactly what birds need to survive:
Once birds establish a pattern of visiting a farm, they often return repeatedly.
The concern isn't just feed loss. Wild birds can contaminate feed, water, and equipment with droppings that may contain disease-causing organisms. They can also serve as carriers of pathogens, including avian influenza viruses.
For poultry producers, even a small amount of bird activity can create substantial biosecurity concerns.
Laser drones may be effective at dispersing birds while they are actively operating.
The problem is what happens afterward.
Birds are highly adaptable. If food, water, and shelter remain available, many species will simply return once the drone leaves the area.
This creates a cycle that requires continual drone flights and ongoing labor, equipment maintenance, and operational costs.
In many situations, drones function as a temporary disturbance rather than a permanent solution.
Imagine chasing birds out of a feed area every morning, only to have them return every afternoon.
The birds may leave temporarily, but the attraction remains.
For producers, the objective isn't simply to move birds away for a few minutes. The objective is to reduce overall bird pressure and keep flocks from becoming established on the property.
Successful bird management has always been built around prevention.
The most effective programs focus on making facilities less attractive to pest birds before large populations become established.
This includes:
When these strategies work together, facilities experience fewer bird-related problems and lower disease risks.
The key is reducing the likelihood that birds will view the facility as a dependable food source.
One tool that has been used for decades in agricultural bird management is Avitrol.
Unlike technologies that rely solely on physically chasing birds away, Avitrol is designed to create avoidance behavior within bird populations.
When properly applied as part of an integrated bird management program, Avitrol can help discourage birds from utilizing a site and can influence flock behavior in a way that promotes long-term dispersal.
For poultry facilities, this approach offers several advantages:
Drones require operation, maintenance, batteries, scheduling, and monitoring.
Avitrol programs can be implemented strategically to address bird activity patterns without requiring constant daily flights.
Birds return because they perceive a location as valuable.
Effective bird management must change that perception.
By encouraging birds to avoid specific areas, Avitrol helps reduce the attractiveness of a site over time.
Every bird discouraged from entering a poultry facility represents one less opportunity for contamination.
When combined with sanitation, exclusion, and biosecurity measures, Avitrol can help producers maintain stronger defenses against disease threats.
New technology often generates excitement, especially when it promises solutions to major agricultural challenges such as avian influenza.
Yet producers should remember that successful bird management is measured by long-term results, not temporary dispersal.
Laser drones may help move birds today.
A well-designed prevention program helps keep them from returning tomorrow.
For poultry producers, dairies, feedlots, and other agricultural operations, the future of bird control isn't choosing between innovation and prevention. It's using the right tools while maintaining a strong, proactive strategy that protects facilities, feed, livestock, and profitability for the long term.