top of page

AI Breakthrough Paves Way for Non-Invasive Disease Detection in Animals, Boosting Food Safety and Wildlife Conservation

​

Global Initiative by PPC Media & AI Promises to Revolutionize Animal Health and Reduce Mass Culls

​

In a significant stride towards a healthier future for both domesticated and wild animal populations, PPC Media & AI has unveiled leading-edge research into the use of artificial intelligence for the early detection and isolation of illness and disease in animals. This innovative approach not only aims to drastically reduce the necessity for mass culls, a costly and often heartbreaking measure, but also promises to substantially increase food safety and security on a global scale.

​

The advanced AI systems under development by PPC Media & AI are designed with a dual purpose: to enhance the health management of livestock in agricultural settings and to be transferable to wildlife environments, offering a powerful new tool in combating mass infections that can decimate wild animal populations.

​

Perhaps the most remarkable aspect of this research lies in its unwavering commitment to animal welfare. The research and development protocols prioritize safe, non-invasive methods, ensuring that study animals remain in a comfortable and natural environment. This approach actively avoids causing stress, discomfort, or any form of unnatural treatment, a stark contrast to some traditional research methodologies.

​

"Our primary goal is to gather the most accurate data possible, and we believe that can only be achieved when animals are in a stress-free state," a spokesperson for PPC Media & AI explained. "The environments are often improved for the animals during our studies. No harm comes to them; in fact, there is very little alteration to their existing habitats."

While specific details of the proprietary systems remain confidential to protect intellectual property, the company has revealed that the study relies heavily on a sophisticated array of specialized cameras, scanners, external sensors, and other advanced data-gathering tools and technologies. This allows for continuous monitoring and analysis without direct physical interaction or disruption to the animals.

​

The implications of this research are far-reaching. By enabling the early identification of illness, interventions can be targeted and swift, preventing widespread outbreaks. This proactive approach offers the potential to save governments, farmers, and breeders tens of billions of dollars annually by mitigating losses associated with disease. Furthermore, the extension of this technology to wildlife populations represents a significant advancement in conservation efforts, offering a new line of defense against devastating epizootics.

​

PPC Media & AI's work stands as a clear demonstration that animal research and the development of critical illness identification technologies can be conducted non-invasively and with the utmost respect for animal comfort. The benefits are poised to improve global health outcomes and advance the welfare of animals worldwide.

​

The research and development initiative is now ready to advance to its next critical phase and is seeking funding from a broad spectrum of contributors. Opportunities range from small individual donations to substantial corporate sponsorships and strategic partnerships with governments, technology companies, and investors who are keen to support ethical and responsible innovation for a more sustainable and secure future.

​

To contribute to this groundbreaking research, individuals can make a secure online donation via the "PPCM Fund For Good" link at www.propicscanada.com. Potential investors and sponsors seeking more detailed information are invited to contact PPC Media & AI directly at smile@propicscanada.com. Further details on the PPC Media & AI AgTech R&D can be found at www.propicscanada.com/agtech.

​

PPCM AgTech R&D 

About

Revolutionizing Animal Health with AI-Powered Early Detection

 

ProPics Canada Media Ltd is pioneering a groundbreaking AI-driven solution for the early detection and identification of animal-based illnesses, such as H1N1 and H5N1. Our innovative technology harnesses the power of artificial intelligence to transform animal health and safety, reducing the need for mass culling and saving farmers, ranchers, breeders, government agencies, and insurers billions of dollars annually worldwide.

 

Early Detection, Better Outcomes

Our system uses sophisticated AI approaches to detect potential infections in animals before they can be identified by humans. This cutting-edge technology has the potential to:

  • Save millions of animal lives

  • Reduce economic losses in the agricultural industry

  • Enhance global food security

 

Moving to the Next Stage

ProPics Canada Media Ltd is poised to advance to the second stage of research and development, but requires substantial seed funding to propel this critical work forward. Join us in shaping the future of animal health and safety, and together, let's make a significant impact on the agricultural industry and beyond.

 

Join Our Mission

Learn more about our project and how you can support the development of this life-changing technology. Contact us today to explore partnership opportunities and investment options. Even individual contributions can make a difference no matter how small when they are brought together. You can contribute to the PPCM Fund For Good at www.propicscanada.com.

​

VIDEOS - AGTECH

 https://youtu.be/uFxfIx1o3NE  - AI Breakthrough Paves Way for Non-Invasive Disease Detection in Animals, Boosting Food Safety & Wildlife Conservation

​​

https://youtu.be/mdG0Wi80UZQ?si=rNRoQ7YMxnV7mnHX - Can AI Help Save Our Food Supply?​

Free Range Poultry Farm

Mission

At ProPics Canada Media and AI R&D, our mission is to harness the power of artificial intelligence and agricultural technology to revolutionize animal health monitoring. We're dedicated to developing innovative solutions for early detection of illness and disease in livestock, enabling farmers and producers to take proactive measures that reduce the need for mass culls and ensure a safer global food supply. By leveraging cutting-edge AI research and development, we're committed to improving animal welfare, supporting sustainable agriculture, and protecting public health.

Vision

At ProPics Canada Media & AI Technologies, we envision a future where advanced agricultural technology and artificial intelligence converge to create a safer, more sustainable, and more resilient food system. We foresee a world where animal-borne illnesses are swiftly detected and contained, protecting both human and animal health. Through our innovative AgTech solutions, we aim to ensure a secure food supply, promote the well-being of farmed and wild animals, and contribute to a healthier planet for generations to come.

Dairy Farming

AI2025 - Avian Influenza Data Gathering and Algorithmic Analysis For Rapid Detection of Avian Influenza

 

Though the use of:

 

  1. 3D Video and Stills Cameras (8K Min)Detect changes often including a bluish or purple discoloration of the comb and wattles, and swelling and redness of the head, eyelids, and hocks. Additionally, hemorrhages can appear as pinpoint or larger red spots on the legs, and the skin under the eyes may swell. 

  2. Infrared Cameras and 3D Image Scanners  34+7 Blue Laser Lines, Metrology-grade Accuracy up to 0.02mm, Fast Wi-Fi 6 Data Transmission, Quantum Resonance Magnetic Health Analyzer, Portable 3D Body Scanner

  3. Temperature Sensors Thermal Imager, Variation within or above 40.6°C and 41.7°C

  4. RF Embedded Leg Bands 

  5. 3D & Light Egg Scanners 

  6. RF Readers/Receivers

  7. Pass Through Weight Scales 

  8. Pass Through Image and Sensor Walls 

  9. Movement Body Scanners 

  10. Proprietary Real Time Data Analytics - AI2025 -ID

  11. Monitoring App With Real Time Alerts 

  12. Feather Depth & Flow Scanners

  13. Feed Consumption Scanners

  14. Water Consumption Scanners

  15. Foreign /Wild Species Intrusion Monitoring

  16. Feed Sample Tests

  17. UV Water Filtration and Monitoring 

  18. Mobile Contaminated Monitoring Units

  19. & Other Proprietary Tech


Revolutionizing AgTech: A Game-Changing Solution for Avian Influenza H5N1 

 

We are excited to introduce PPCM AI Solutions as a trailblazer in the AgTech sector, driven by a mission to harness the power of artificial intelligence and cutting-edge technologies to combat the global Avian Influenza H5N1 epidemic. Our innovative early detection system is poised to transform the poultry industry by significantly reducing detection times, thereby saving millions of birds and billions of dollars in economic losses. 

 

The Technology: A Comprehensive Approach 

 

Our system integrates a wide array of advanced technologies to detect early signs of illness in individual birds, including: 

 

Advanced Visual Detection: 3D video and still cameras (8K minimum) to monitor behavioral changes and physical symptoms such as discoloration, swelling, and hemorrhages. 

Infrared cameras and 3D image scanners with 34+7 blue laser lines for metrology-grade accuracy. 

 

Health Monitoring: Temperature sensors and thermal imagers to track variations in body temperature. Quantum Resonance Magnetic Health Analyzer for comprehensive health assessments. Real-Time Data Analytics: 

Proprietary RF leg bands and readers for individual bird tracking and data correlation. Advanced data analytics platform (AI2025-ID) utilizing machine learning algorithms to ensure high accuracy and specificity in detection. 

Comprehensive Monitoring: 3D & Light Egg Scanners, Pass Through Weight Scales, and Movement Body Scanners to monitor productivity and health indicators. 

Feather Depth & Flow Scanners, Feed Consumption Scanners, and Water Consumption Scanners for early detection of anomalies. 

Foreign/Wild Species Intrusion Monitoring and Mobile Contaminated Monitoring Units for biosecurity. 

 

All technology used is non-invasive, ensuring the ethical treatment of birds. 

 

Market Opportunities and Expansion 

 

Our solution not only addresses the Avian Influenza crisis but also offers a versatile platform that can be adapted for other diseases across different species. This positions our technology for significant market penetration and opens up substantial revenue streams. 

 

Potential applications include: Detection and management of Swine Flu, Foot and Mouth Disease, and Mad Cow Disease. 

Expansion into other livestock sectors, leveraging our technology’s adaptability and scalability. 


Investment Opportunity: 

 

Phase 2 Funding To bring our groundbreaking technology to market, we are seeking USD $25,000,000 in funding to support the transition from Phase 2 to market readiness (12-18 months). We are working to a PPP funding model adding investor value. 

 

This investment will be crucial for: 

 

Finalizing our AI algorithms and real-time data analytics platform.

Specific dataset development and ML engineering 

Developing scalable, ready-to-install equipment packages for global distribution. 

Launching a SaaS platform to provide real-time updates and ensure recurring revenue. 

 

Funding Structure and Land Lease 

 

We are currently in the process of executing a long-term land lease for a facility tailored to our specific requirements, including advanced infrastructure for UV water filtration, backup power generation, and designated testing zones. The lease’s closing is contingent upon securing the full financial target of USD $25,000,000. 

 

We are now seeking funding commitments through letters of intent, with funding to be released upon reaching the full target. This approach ensures that we can efficiently scale our operations and meet the urgent needs of the global poultry industry. 

 

We invite you to join us in this critical mission to revolutionize disease detection in poultry farming. With your support, we can expedite the development of our technology and make a significant impact on global food security and economic stability. We look forward to discussing our proposal in more detail and exploring the potential for a mutually beneficial partnership. 

 

​

bottom of page