Designing Biosecurity That Works: Automation in Action on Today's Farms

Last week, we discussed how automation can remove friction from biosecurity protocols and improve consistency across farm operations. The next question is simple: how can those ideas be applied in real world settings?

Today, there are practical, proven solutions that allow producers to move beyond manual processes and build biosecurity directly into their workflow, turning intention into consistent action.

Drive-Through Vehicle Disinfection

Vehicles are one of the highest-risk pathways for pathogen introduction to farms.

Traditional vehicle disinfection protocols often rely on:

• Hand spraying trucks

• Inconsistent disinfectant coverage

• Variable contact times

Drive-through disinfection systems modernize this process by allowing vehicles to pass through a controlled spray zone that applies disinfectant to tires, wheel wells, and vehicle surfaces.

Benefits include:

• Consistent application every time

• Faster vehicle processing

• Reduced labour requirements

• Improved compliance

Instead of relying on someone remembering to spray the vehicle, the system ensures it happens automatically.

Automated Foot Sanitizers for Visitor Entry

Footwear is a major pathway for disease transmission into barns.

Traditional solutions often involve:

• Boot dips

• Spray bottles

• Manual reminders

Unfortunately, these methods can be inconsistent or inconvenient. Automated foot sanitizing systems solve this by providing hands-free, automated disinfectant application when someone enters a facility.

Advantages include:

• Consistent disinfectant coverage

• No manual spraying required

• Faster visitor entry

• Higher compliance rates

When the system is built into the entrance, sanitizing footwear becomes the natural step when entering the barn.

Digital Visitor Logbooks

Visitor tracking is critical for disease traceability and outbreak response. However, paper logbooks have several limitations:

• Incomplete information

• Illegible handwriting

• Lost records

• Difficulty retrieving data

Digital visitor log systems modernize this process by allowing visitors to log entry using tablets or mobile devices. These systems can record:

• Visitor name and company

• Date and time of entry

• Previous farm visits

• Biosecurity acknowledgments

The data is stored digitally, making it easier to review, search, and share if required during a disease investigation.

Portable Battery-Powered Foaming Systems

Proper cleaning and disinfecting is the foundation of effective biosecurity, but application methods matter. Manual sprayers often result in:

• Inconsistent coverage

• Limited contact time

• Excess chemical usage

Portable battery-operated foaming systems improve disinfectant application by producing foam that adheres to surfaces longer. Benefits include:

• Increased surface coverage

• Improved disinfectant contact time

• Reduced chemical waste

• Greater visibility of treated areas

Because they are portable and battery-powered, these systems can be used anywhere on the farm—from equipment cleaning to barn sanitation.

Designing Biosecurity for the Real World

Biosecurity protocols often fail not because producers don’t care, but because they are difficult to implement consistently in busy operational environments.

Technology allows us to rethink biosecurity from a different perspective:

Instead of asking:

"How do we get people to follow the protocol?"

We can ask:

"How do we design systems that make the protocol automatic?"

Automation removes friction, reduces human error, and ensures that biosecurity measures are performed the same way every time.

The Future of Biosecurity

As disease risks continue to grow globally, the livestock industry must evolve its approach to biosecurity.

Modern farms already use automation for:

• Feeding systems

• Environmental control

• Production monitoring

Biosecurity should be no different.

By integrating equipment, automation, and digital tools, we can transform biosecurity from a checklist into a seamless part of everyday farm operations.

Producers, integrators, and industry leaders have an opportunity to rethink how biosecurity is implemented on farms.

The goal should not be to add more rules—it should be to design smarter systems that make biosecurity easier, faster, and more reliable.

At EthoGuard, we believe the future of biosecurity lies in combining practical farm experience with modern technology and equipment to create solutions that work in real-world production environments.

Because when the right tools are in place, biosecurity becomes second nature—not an extra step.

The question isn’t whether biosecurity protocols can be modernized.

The question is: why haven’t we done it already?