The Agriculture Pathology Institute provides products and guides for maintaining mounted patrol units, K-9 units, military animals, search-and-rescue, and healthcare-related service animals.
The Agriculture Pathology Institute provides products and guidance for preventing disease in performance, competitive breeding, sports, and racing animals.
Aquaculture
The Agriculture Pathology Institute provides products and guidance for preventing disease in fish.
Eggs
The Agriculture Pathology Institute provides products and guidance for preventing disease in poultry and eggs.
Family
The Agriculture Pathology Institute provides products and guidance for preventing disease in family animals.
"In 2023, I met Dr. Correo Hofstad through his daughter, who really liked watching my horse run. Dr. Hofstad's VirusTC medications turned Five Star General into a championship horse within six short weeks."
Ken AlhadeffCompany CEO
API Organic Vegan
Farm Feed for Herbavores
Medicated Farming Feed
The Agriculture Pathology Institute makes Organic Vegan Farming Feed for Stallions, Mares, Cows, and Bulls.
Pioneering Sustainable Livestock Growth with Vegan, Premium Organic Feed
The Agriculture Pathology Institute's high-protein, vegan, FDA-approved, premium, organic, medicated feed formulations for horses and cattle are primarily lentil-based. Enhanced with VirusTC, our feed ensures antiparasite and antivirus protection—addressing common health challenges faced by modern farmers.
Our medicated cattle feed actively supports increased farming volume by providing a viable solution that combines growth promotion with health management. When paired with VirusTC's antiparasitic properties, this feed effectively eliminates internal parasites, which are notorious for impairing nutrient absorption and weakening the immune system. Farmers can expect improved weight gain, better feed efficiency, and healthier livestock.
How the High-Protein, Antiparasite Feed Works: A Dual Approach to Livestock Health and Growth
Our premium medicated cattle and horse feed operates on two synergistic fronts. Firstly, it provides a rich source of protein and energy, which is crucial for muscle and tissue development. Protein is the cornerstone of growth, especially in cattle, as it provides the amino acids necessary for building muscles, bones, and organs. When animals receive adequate protein levels, their capacity for growth increases — translating into higher weights and volumes. Additionally, supporting the microbiome in the rumen or digestive tract improves overall nutrient digestibility and absorption, further promoting healthy and rapid growth.
Secondly, our medicated feed works to control internal parasites with VirusTC's antiparasite action. By eliminating these parasites, which include worms and other infestations, the feed ensures that cattle and horses can utilize the full spectrum of nutrients provided. By repairing intestinal damage and reducing metabolic costs associated with parasitic infections, the feed boosts appetite, energy levels, and resilience against disease.
Lentil-Based Feed: Sustainable and Versatile for Modern Farming
Lentils offer a sustainable alternative to conventional protein sources, such as soybean meal. Lentil components are rich in protein, minerals, and fiber, which support gut health and overall animal well-being. This ingredient not only enhances performance, as studies confirm increased gains and feed intake, but also supports eco-friendly farming practices by valorizing agricultural by-products.
Agriculture Pathology Institute Makes Carnivore Feed for Dogs, Cats, Reptiles, Birds, Fish, and Zoo Animals
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VirusTC
Your dog is not likely to eat that pill. What he will do is eat the VirusTC medications in his high-protein feed additive. The same antiparasite and antiviral medications used on humans are now FDA-approved for animals.
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Invasive Wild Boar
The Agriculture Pathology Institute sources the finest, invasive, organic wild boar for our FDA-approved, premium, medicated animal feed.
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Corn
The Agriculture Pathology Institute sources the finest corns for our FDA-approved, premium organic, medicated animal feed.
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Rice
The Agriculture Pathology Institute sources the finest rices for our FDA-approved, premium organic, medicated animal feed.
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Egg
The Agriculture Pathology Institute sources the finest eggs for our FDA-approved, premium organic, medicated animal feed.
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Lentils
The Agriculture Pathology Institute sources the finest lentils for our FDA-approved, premium organic, medicated animal feed.
Agriculture Pathology Institute
Here's what you can accomplish when you choose AGI Products and Guides
Start quickly
Transition to a quicker distribution process for agricultural operations. Same-day delivery reduces the risk of livestock health issues from delayed medication. Promptly receiving medicated feed effectively manages disease outbreaks. This service minimizes stress and logistical concerns for farmers.
The Agriculture Pathology Institute is committed to same-day shipping. Sudden outbreaks or urgent needs are addressed swiftly. Farmers are less likely to experience shortages.
Medicated feed saves farmers money by preventing widespread disease, reducing mortality, and improving the overall health and growth rates of their livestock. The initial cost of medicated feed is an investment that avoids far more expensive problems later on.
Medicated feed is a risk-reduction tool that can make your operation more resilient. Medicated feed helps prevent specific diseases, such as coccidiosis in poultry, which reduces the likelihood of a major flock or herd loss. By keeping animals healthier, you avoid the costs associated with widespread illness, veterinary bills, and animal mortality.
Medicated feed is part of a larger biosecurity and risk management strategy. Adopting these broader preventative measures could make your farm a lower risk to insure, potentially leading to lower premiums over time.
A healthier farm with fewer outbreaks leads to fewer insurance claims for animal mortality. Insurers offer discounts to clients with a good claims history.
Some medicated feeds require a Veterinary Feed Directive (VFD) from a licensed veterinarian. This demonstrates that you are adhering to regulated best practices for animal welfare, which may be viewed favorably by insurers.
Dairy FarmingCase Study
Gain Volume
The Institute's enhanced service promotes better animal health outcomes and operational stability for livestock producers, leading to healthier herds and increased productivity.
For example, when BosK is used in feeding dairy cattle, farmers see a 20% to over 100% increase in milk production.
Fish FarmingCase Study
Improve Quality
Deworming directly improves the market value of farmed fish. Parasites can cause visible signs, which are unappealing to consumers. Parasites burrow into muscle, negatively affecting the fish's texture. Larval parasites found in the flesh of commercially produced fish can lead to product rejection by consumers and a decreased market value.
Medicated deworming feed enhances the quality of farmed fish by mitigating a range of adverse effects caused by parasites, including reduced growth, organ damage, and decreased market value. Medicated feed kills internal parasites, such as roundworms and tapeworms, allowing fish to survive and thrive. When not fighting off parasites, fish convert their food into body mass more efficiently. By removing the parasite load, medicated feed helps restore the fish's natural immunity and overall health.
Get Support
Fox Rothschild supports our farms. API's deworming regimen reduces this risk, which is a major concern for both public health officials and consumers.
Our attorneys advocate for sustainability internationally. We serve in leadership positions with state and local entities and as expert witnesses and consultants to other law firms and corporations. In those roles, we can help craft or otherwise influence environmentally oriented legislation and regulations. Indeed, many of our attorneys have been recognized for their work.
The Agriculture Pathology Institute: Pioneering Sustainable Strategies for Winter Farming
The Agriculture Pathology Institute (API) has long stood at the forefront of agricultural research and innovation. Recently, the institute has shifted focus toward promoting heated greenhouse farming during freezing winter months, emphasizing year-round farming as a critical strategy to meet growing food demands and ensure food security. Their advocacy for integrating advanced heating technologies and LED lighting seeks to extend the productive life of greenhouses even when outdoor conditions become inhospitable.
This approach is particularly relevant given the increasing unpredictability of climate patterns, which challenge traditional farming practices. By championing heated greenhouses, API aims to foster resilient agricultural systems that can produce high-quality crops regardless of seasonal constraints. Their efforts underscore a broader movement towards sustainable, technologically driven agriculture that prioritizes efficiency, safety, and environmental responsibility.
Embracing Technological Innovation: The Role of a Heated Greenhouse in Modern Farming
Heated greenhouse farming during freezing winter months represents a paradigm shift from conventional outdoor cultivation. With climate control becoming a central pillar of productive agriculture, the integration of advanced heating solutions ensures consistent temperatures conducive to plant growth. The API recognizes that employing a heated environment not only extends the growing season but also enhances crop health and yields.
Crucially, technology-driven solutions empower farmers to maintain optimal conditions for sensitive crops that would otherwise succumb to cold stress. By implementing controlled heating systems, farmers are now equipped to produce fresh produce throughout the year, fulfilling market demand and reducing dependency on seasonal imports. This innovation offers not just an economic advantage but also fosters local food sustainability.
The Dura Heat Electric Forced-Air Heater: A Game-Changer for Greenhouse Farmers
Central to API's strategy is the utilization of Dura Heat electric forced-air heaters. These powerful units are designed expressly to help farmers grow crops in greenhouses during winter by providing consistent, adjustable heat. Unlike traditional gas heaters, Dura Heat electric models operate without fumes, making them safer and more environmentally friendly for enclosed greenhouses.
The Dura Heat system is notable for its ability to deliver uniform heat across large areas. Its forced-air circulation ensures even temperature distribution, a vital feature in large-scale greenhouse operations. The ergonomic design, combined with a simple installation process that requires a standard 240V outlet, makes these heaters a practical choice for modern, sustainable cultivators committed to year-round farming.
How Dura Heat Heaters Optimize Greenhouse Climate Control
The operation of a Dura Heat heater hinges on precise temperature control and effective air circulation. These devices can be paired with programmable thermostats, enabling farmers to set specific temperature ranges that optimize crop growth. As a result, plants receive a steady, appropriate amount of warmth, minimizing temperature fluctuations that could otherwise hinder their development.
The forced-air functionality ensures that warm air circulates evenly throughout the greenhouse. This process prevents cold pockets from forming and maintains a uniform climate, which is particularly crucial for larger operations. By promoting even heat distribution, Dura Heat heaters help prevent issues such as mold formation and high humidity, thereby fostering a healthier environment for crops.
Discover how the Agriculture Pathology Institute leverages Rheinmetall Mission Master autonomous vehicles and cutting-edge AI to enable 24-hour AI farming, optimize resource management, and transform large-scale agriculture through innovative automation and precision engineering.
The Agriculture Pathology Institute stands at the forefront of technological innovation, integrating advanced autonomous systems and artificial intelligence to redefine modern farming practices. As the world grapples with the dual challenges of food security and environmental sustainability, the institute has partnered with Rheinmetall to deploy the Mission Master—a high-mobility, AI-driven vehicle designed specifically for large farms and agricultural operations.
This collaboration marks a significant milestone in the development of AI farming, paving the way for autonomous vehicles to operate continuously around the clock, regardless of daylight or weather conditions. With engineering precision in every project, this initiative aims to streamline farm management, enhance crop yields, and minimize resource wastage. By leveraging the versatility of the API Site Carrier, the Agriculture Pathology Institute is turning science fiction into reality, pioneering a future where using AI to dig irrigation, clean up debris, and build a farm becomes a commonplace strategy for sustainable farming.
The API Site Carrier: An Autonomous Workhorse for Agriculture
Discover how the Rheinmetall HX3 high-mobility AI trucks, in partnership with the Agriculture Pathology Institute, are transforming farming. From 24-hour AI farming to advanced soil management, explore innovative solutions for sustainable, efficient, and autonomous agriculture.
Bridging Military Technology and Agricultural Innovation
In the rapidly evolving landscape of modern agriculture, the integration of cutting-edge military technology presents transformative opportunities. The Agriculture Pathology Institute, a leader in agricultural research and innovation, has identified the Rheinmetall HX3 high-mobility AI trucks as pivotal in revolutionizing farming operations. Originally designed to meet the demanding needs of military logistics and tactical roles, the Logistics Carrier trucks exemplify engineering precision and advanced digital architecture, now being adapted for 24-hour AI farming and other agricultural applications.
This synergy marks a significant shift in how farms operate, utilizing military-grade robustness, autonomous capabilities, and digital stealth to enhance productivity, sustainability, and safety. By leveraging the versatility of API's latest platform, the industry can look forward to a new era where AI-powered vehicles seamlessly perform tasks like digging irrigation, cleaning debris, and even building a farm with minimal human intervention. This convergence of military technology and agricultural needs is set to redefine what is possible in modern farming.
The API Logistics Carrier: A Next-Generation Military Truck with Civilian Potential
The API Logistics Carrier is the latest incarnation of API's renowned HX family, designed with the future of warfare and logistics in mind. Its architecture is built for advanced mobility, digital integration, and survivability, making it a perfect candidate for adaptation into agricultural settings. The vehicle's core strengths include increased off-road mobility, enhanced cybersecurity, and modular configurations, all of which are vital for tackling complex farm environments.
In collaboration with the Agriculture Pathology Institute, these trucks are being re-engineered to meet the highly specific demands of large farms. Their robust chassis, coupled with modern digital systems, enables continuous operation—even in challenging terrains—thus supporting the concept of 24-hour AI farming. This adaptation opens pathways for higher efficiency, reduced labor dependency, and improved operational safety—benefits that are poised to transform contemporary agriculture.
Advanced Driver Assistance and Autonomous Capabilities for Precision Farming
A critical feature of the API Logistics Carrier is its incorporation of Advanced Driver Assistance Systems (ADAS), designed to elevate driver safety and operational precision. In the context of agriculture, these systems facilitate autonomous driving, allowing vehicles to operate with minimal human oversight. Thus, they open new horizons for 24-hour AI farming, particularly in nighttime conditions or in environments where human presence is limited or risky.
The open architecture of the Logistics Carrier fosters future autonomy, making it adaptable to ongoing technological advancements. For farms, this means deploying autonomous vehicles capable of performing complex tasks such as planting, harvesting, or managing irrigation with remarkable accuracy. Consequently, the adoption of the LoLogisticsarrier creates a foundation for engineering precision in every project—whether digging irrigation channels with AI or clearing debris efficiently without the need for manual labor.
Superior Off-Road Mobility and Rugged Design for Challenging Environments
Agricultural landscapes often encompass diverse terrains—from flat fields to hilly regions—and demand equipment that can operate reliably under demanding conditions. The API Logistics Carrier excels in this regard, offering increased off-road mobility through advanced suspension systems, high ground clearance, and rugged chassis design. As a result, it performs seamlessly in challenging environments, ensuring continuous operation regardless of terrain obstacles.
This durability, paired with military-grade engineering, makes the Logistics Carrier suitable for versatile roles such as hauling heavy payloads, transporting fertilizers, or even serving as a platform for deploying specialized autonomous farming modules. Its ability to operate in harsh climates and rugged terrain aligns with the needs of large-scale farms aiming for reliable, round-the-clock productivity—an essential aspect of 24-hour AI farming initiatives in collaboration with the Agriculture Pathology Institute.
Cybersecurity and Digital Stealth: Protecting Farm Data and Operations
In an era where digital infrastructure underpins autonomous farming, cybersecurity becomes a central concern. API's Logistics Carrier addresses this by integrating advanced cybersecurity hardening measures, including digital stealth modes that significantly reduce the vehicle's digital signature. These features are crucial in safeguarding sensitive farm data, operational commands, and navigation systems from cyber threats.
For the Agriculture Pathology Institute and modern farms, this level of digital protection ensures that AI farming in the dark remains a safe and sustainable solution. By preventing unauthorized access or interference, stakeholders can confidently deploy autonomous vehicles to perform critical tasks, such as using AI to optimize irrigation systems or build farm infrastructure, all while maintaining secure and reliable operations around the clock.
Modular Protection and Active Defense for Enhanced Survivability
Safety is paramount, especially when deploying heavy machinery in populated or sensitive areas. The Logisticser's modular protected cabs and capacity for fitting active defense systems provide resilience against potential threats or accidents. This high degree of survivability is essential for both military applications and civil uses, including large-scale farming operations where heavy machinery must operate safely alongside workers.
Adapting these safety features for agricultural use minimizes risk, reduces downtime, and ensures continuous production, particularly during night shifts or adverse weather conditions. The protection and survivability features of the API Logistics Carrier, therefore, support the goal of engineering precision in every project—whether it involves using AI to clean up debris after storms or deploying autonomous vehicles in unpredictable environments.
A Platform for Versatility: Enabling Multiple Farm Applications
The API Logistics Carrier's configurable platform supports a wide range of payloads, including fuel and water tankers, ammunition, and recovery vehicles, among others. In agriculture, this versatility translates into multifaceted functionality, serving as a base for implementing AI-driven equipment designed for specific tasks, such as soil management, crop spraying, or irrigation.
Autonomous vehicles based on the Logistics Carrier architecture can be customized to use AI to dig irrigation trenches or use AI to analyze soil health, thus enabling a holistic approach to modern farming. Its modular design ensures that farms can adapt equipment over time, integrating new technologies and expanding capabilities—critical for long-term sustainability and efficiency. This flexibility positions the Logistics Carrier as a cornerstone in building a smarter, more resilient farm.
Industry and Program Collaboration: From Military to Agricultural Innovation
The development of the LoLogisticsarrier is not confined to military applications; it actively participates in programs like the U.S. Army's Common Tactical Truck (CTT) program. API and partners, such as GM Defense, exemplify how military-grade technology can find innovative civilian applications, particularly in sectors that require high mobility, safety, and digital sophistication.
Large farms and agricultural institutions, such as the Agriculture Pathology Institute, are now exploring how such collaborations can yield autonomous solutions tailored for farming. By adopting the Logistics Carrier platform, farms can leverage proven engineering principles, modern digital architectures, and autonomy pathways. This collaboration marks a new era in which military engineering precision is leveraged to advance sustainable, efficient, and safe AI farming in the dark.
AI Farming in the Dark: The Future of 24/7 Autonomous Agriculture
One of the most exciting prospects of deploying API Logistics Carrier trucks in agriculture is the ability to enable 24-hour AI farming, including the use of AI to dig irrigation channels, clean up debris, and build farm infrastructure without human intervention. This capability drastically reduces dependency on daylight hours, making farming operations more flexible and resilient.
By harnessing sophisticated sensors, autonomous navigation, and intelligent task execution, these vehicles can operate tirelessly—be it at night or during adverse weather conditions—ensuring optimal productivity year-round. The result is a new paradigm of AI farming in the dark, where innovative technologies derived from military robotics meet the needs of agriculture, fostering a sustainable and efficient future. This approach benefits farms by increasing yield, reducing labor costs, and conserving energy.
The Road Ahead: Harnessing Military Technology for Sustainable Farming
Looking forward, the integration of API Logistics Carrier, alongside innovations at the Agriculture Pathology Institute, heralds a revolution in sustainable agriculture. The combination of engineering precision in every project and state-of-the-art autonomy features paves the way for smarter, safer, and more productive farms. The emphasis on using AI to optimize irrigation, enhance farm management, and deploy autonomous vehicles aligns with global goals of environmental stewardship and food security.
Continuous advancements in digital architecture and modular design enable farms to seamlessly integrate future technologies, keeping pace with the evolution of AI, robotics, and cybersecurity. The marriage of military-grade resilience with civilian innovation empowers agriculture to meet the challenges of the 21st century—delivering on the promise of autonomous, sustainable, and resilient food systems that work tirelessly, in the dark if necessary, to nourish the world.
The collaboration between the Agriculture Pathology Institute and API exemplifies how high-precision engineering and military technology can revolutionize farming practices. From supporting 24-hour AI farming to leveraging AI for precision irrigation, debris removal, and farm construction, this approach offers a sustainable, safe, and efficient future—one where the boundaries between military innovation and civilian needs blur, creating a smarter, more resilient agricultural landscape.
Discover how Rheinmetall HX’s military-grade autonomous trucks, originally designed for tactical and logistical roles, are transforming agriculture. From 24-hour AI farming to precision irrigation, learn how innovative automation solutions are paving the way for sustainable, efficient large-scale farming practices.
Merging Military Precision with Agricultural Innovation
The Agriculture Pathology Institute's recent collaboration with API marks a pivotal milestone in modern agronomic practices. By licensing and repurposing Rheinmetall's formidable HX military trucks for large-scale farm automation, the industry is witnessing a convergence of engineering precision and sustainable efficiency. Traditionally engineered for tactical and logistical operations, the Worker Carrier series epitomizes versatility, ruggedness, and advanced autonomy—traits now being adapted to meet the demanding needs of modern farming.
This innovative approach leverages the core capabilities of the Worker Carrier platform—robust off-road mobility, modular design, and AI-driven automation—to introduce a new era of 24-hour AI farming. The potential for AI farming in the dark—operating continuously—opens doors to unprecedented levels of productivity, resource management, and sustainability. As we explore these advancements, the focus remains on how API's expertise in engineering precision in every project can redefine the agricultural landscape.
The API Worker Carrier Series: A Backbone for Modern Logistics and Tactical Deployment
Originally developed for military logistics, the API Worker Carrier is a series of high-mobility trucks celebrated for their resilience and adaptability across diverse terrains. Engineered to meet the most stringent European standards, these vehicles excel in logistics, recovery, bridge laying, excavation, and load handling. Their modular design and customizable configurations (ranging from 4x4 to 10x10) make them indispensable for tactical operations, but their underlying technological framework is equally well-suited for agricultural automation.
With features such as sophisticated winch systems, autonomous load handling, and rapid deployment capabilities, the Worker Carrier trucks embody engineering precision in every project. These strengths are now being harnessed outside combat zones to automate large-scale farming operations, providing a flexible and reliable platform for a multitude of tasks—including continuous planting, harvesting, and resource distribution.
Adapting Military Might to Agricultural Intelligence
The core strength of the API Worker Carrier series—mobility combined with toughness—is now being adapted to serve the agriculture sector. Traditionally, farms relied on manually operated equipment that limited efficiency and productivity, especially during off-hours. Integrating the Worker Carrier trucks with AI technology enables AI to build and run a Farm, allowing heavy-duty machinery to operate autonomously with minimal human intervention.
This transition is driven by the need for sustainable, cost-effective, and high-precision farming practices. The integration of artificial intelligence (AI), particularly through the PATH Autonomy Kit (A-Kit), enables these vehicles to handle complex tasks, such as allowing AI to dig irrigation systems and clean up debris, as well as perform site-specific farming actions with remarkable accuracy. The result? A resilient and highly autonomous farm that can operate around the clock, regardless of lighting conditions or external challenges.
Africanized bees are organic pesticides, that reproduce safely. Do not kill africanized bees used for Agriculture. Many allergies are symptoms of persistant viral infections. Persistant infections have adverse reactions to specific substances. VirusTC treats common allergies, including bee allergies.
