AvianGuard-Empower Poultry Farmers to Combat Antimicrobial Resistance

BIMS-AVIAN-GUARD transforms poultry health management by integrating real-time production data and citizen-related data. Through advanced analytics, it identifies trends, predicts disease outbreaks, and recommends interventions to combat antimicrobial resistance. It facilitates community-level data collection and empowers low-income farmers to make informed decisions, safeguarding public health and promoting sustainable poultry farming.

The team lead is Dr. Adebayo Awoyele (DVM) - CEO: He has 17 years of experience in food veterinary practices, particularly in the meat, chicken, and poultry industry. 

The escalating threat of antimicrobial resistance (AMR) in poultry farming among low- and middle-income farmers in Nigeria is a pressing One Health crisis demanding immediate attention from stakeholders. Globally, AMR claims 4.95 million lives annually, with projections foreseeing a rise to 10 million deaths yearly by 2050. In low- and middle-income countries (LMICs), limited resources exacerbate AMR's impact, which already accounts for about 700,000 deaths annually, projected to escalate drastically by 2050, affecting the global economy.

Evidence shows overreliance on antimicrobial drugs among broiler farmers in Oyo state, Nigeria, with 80% using them without proper prescriptions. This misuse, coupled with inadequate policies, drives increased antibiotic consumption, leading to drug-resistant infections. Antibiotic residues in poultry, combined with intensified usage due to meat demand, pose risks like allergic reactions and disruptions to intestinal microbiota.

AMR in poultry farming results from multifaceted causes, including misuse of antibiotics and inadequate biosecurity measures. The AvianGuard platform offers a solution by enabling real-time monitoring of antibiotic usage, disease outbreaks, and farm practices, promoting responsible antibiotic stewardship and enhancing disease surveillance. Urgent intervention is vital to prevent devastating consequences like increased morbidity, mortality, and economic burdens. 

AvianGuard serves a diverse range of stakeholders involved in poultry farming, including farmers, veterinarians, and policymakers. 

Poultry farmers benefit by gaining access to real-time insights into their flocks' health status, antibiotic usage, and disease trends. This information enables them to make informed decisions about disease prevention strategies and optimize farm operations, ultimately enhancing animal welfare and productivity.

Veterinarians rely on AvianGuard's data-driven approach to monitor disease outbreaks, identify emerging threats, and provide timely interventions to protect flock health. By leveraging advanced analytics and AI, AvianGuard enables veterinarians to deliver proactive healthcare services and support poultry farmers in implementing effective disease management practices.

Policymakers use AvianGuard's aggregated data and evidence-based recommendations to inform policy decisions aimed at combating AMR and promoting sustainable poultry farming practices. 

To understand the needs of our target audience, we conduct stakeholder interviews, surveys, and feedback sessions with poultry farmers, veterinarians, and policymakers. We collaborate closely with industry partners and governmental organizations to ensure AvianGuard aligns with industry best practices and regulatory requirements. 

BIMS AvianGuard provides several public goods as direct outputs of its work in combating antimicrobial resistance (AMR) in poultry farming. It generates valuable insights and recommendations through its data analytics platform, which is accessible to poultry farmers, veterinarians, and policymakers in Nigeria. These insights help stakeholders make informed decisions about antibiotic usage, disease prevention strategies, and farm management practices, ultimately promoting public health and animal welfare in Nigeria.
BIMS AvianGuard generates anonymized and aggregated data insights that can be shared with public health authorities, research institutions, and non-governmental organizations (NGOs) to inform policy decisions, support research initiatives, and advance public awareness campaigns about the risks of AMR. By providing access to valuable data and insights, It contributes to the collective effort to address AMR in Nigeria, promoting fair, reasonable, and non-discriminatory access to essential information and resources for all stakeholders involved in poultry farming and public health.
It enables the provision of actionable insights, collaboration opportunities, and open data sets that contribute to the well-being of the public by promoting responsible antibiotic usage, enhancing disease surveillance, and safeguarding global food security.

BIMS AvianGuard is poised to create tangible impact by empowering poultry farmers, veterinarians, and policymakers with actionable insights and tools to combat antimicrobial resistance (AMR) in poultry farming. By providing real-time monitoring, predictive analytics, and decision support tools, It enables stakeholders to make informed decisions about antibiotic usage, disease prevention strategies, and farm management practices. This, in turn, leads to a reduction in antibiotic usage, lower mortality rates, and improved poultry health outcomes.

For poultry farmers, The mobile app (BIMS AvianGuard) improves farm productivity and profitability by optimizing resource allocation, reducing disease outbreaks, and enhancing animal welfare. Veterinarians benefit from BIMS AvianGuard's disease surveillance capabilities, enabling them to detect and respond to AMR-related threats more effectively. Policymakers leverage BIMS AvianGuard's aggregated data and evidence-based recommendations to inform policy decisions aimed at combating AMR and promoting sustainable poultry farming practices.

BIMS AvianGuard's impact extends beyond individual farms to the broader public health and environmental domains. By promoting responsible antibiotic usage and reducing the spread of AMR, BIMS AvianGuard contributes to the global effort to safeguard public health, ensure food security, and preserve the efficacy of antibiotics for future generations.

Within the next 12 months BIMS AvianGuard will focus on scaling its impact through targeted outreach and expansion initiatives by promoting on-farm demonstration.

Forge strategic partnerships with key 6 stakeholders, including poultry industry associations, veterinary organizations, and government agencies, to expand the reach and adoption of AvianGuard's technology.

Develop comprehensive training programs and educational materials to onboard new users and build capacity among poultry farmers, veterinarians, and policymakers.

Launch pilot programs in new geographic regions to demonstrate the efficacy of AvianGuard's technology in diverse farming environments and gather feedback for further refinement.

Implement robust user engagement strategies, including regular workshops, webinars, and user forums, to foster community participation and ensure ongoing support for AvianGuard's solutions.

Over the next three years.

Expand reach to new regions and countries in Africa, leveraging lessons learned from pilot programs and partnerships to tailor solutions to local needs and challenges.

Continuously innovate and enhance BIMS AVIANGUARD technology platform, incorporating feedback from users and advancements.

Advocate for policies and regulations that promote responsible antibiotic usage.

Share best practices, case studies, and success stories through conferences, publications, and online platforms to inspire and empower other stakeholders to adopt approaches to AMR mitigation in poultry farming.

BIMS plan includes both quantitative and qualitative indicators to assess the effectiveness of BIMS AVIANGUARD.

Measure the percentage reduction in antibiotic usage among participating poultry farmers compared to baseline levels. During pilot programs, we observed a 20% reduction in antibiotic usage within the first six months of implementing BIMS.

Track changes in mortality rates among poultry flocks using AvianGuard, aiming for a significant decrease over time. Pilot studies demonstrated a 15% reduction in mortality rates among farms utilizing AvianGuard compared to control groups.

Assess the ability of AvianGuard to detect and respond to disease outbreaks in real time by monitoring the timeliness and accuracy of disease alerts generated by the platform. Pilots showed a 30% improvement in disease detection and response time among users of AvianGuard.

Track the number of active users, frequency of platform usage, and user satisfaction scores to gauge adoption and engagement levels. Through pilots, we achieved a 90% user retention rate and a 75% increase in platform engagement over time.

Evaluate the impact by tracking the adoption of evidence-based practices and regulatory changes influenced by BIMS.

Gather feedback from stakeholders through surveys, interviews, and focus groups to assess impact and identify areas for improvement.

BIMS AvianGuard requires financial resources to scale its operations, develop new features, and expand into new regions. Funding limitations may hinder our ability to invest in technology enhancements, user training, and marketing efforts.

BIMS AvianGuard relies on advanced data analytics and AI algorithms, which require ongoing development and maintenance. Technical challenges such as data integration, algorithm optimization, and platform scalability may slow down our progress.

Regulatory frameworks and policies related to data privacy, antibiotic usage, and agricultural practices may pose challenges to BIMS AvianGuard's implementation and adoption. 

The poultry farming industry is highly competitive, with several existing solutions and established players. BIMS AvianGuard must differentiate itself and demonstrate superior value to gain market share and achieve widespread adoption.

Strategic plan.

 BIMS AvianGuard will pursue a mix of funding sources, including grants, investments, and partnerships, to secure the necessary financial resources. We will actively seek funding opportunities from government agencies, philanthropic organizations, and impact investors.

 BIMS AvianGuard will prioritize research and development efforts to enhance its technology platform and stay ahead of the competition. We will invest in talent acquisition, training, and collaboration with academic institutions to drive innovation.

 BIMS AvianGuard will actively engage with policymakers, regulators, and industry stakeholders.

BIMS AvianGuard is applying to The Trinity Challenge because we believe that our solution has the potential to make a significant impact in combating antimicrobial resistance in poultry farming. The Trinity Challenge provides a unique opportunity to connect with a diverse network of stakeholders, including the Trinity Challenge Steering Committee, members, and partners, who can help us overcome key barriers and scale our solution effectively.

 One of the barriers we face is the need for additional funding to support our research and development efforts, enhance our technology platform, and expand our operations. The Trinity Challenge can help us overcome this barrier by providing monetary support and connecting us with potential investors and funding opportunities.

Another barrier we face is the need for strategic partnerships with industry stakeholders, policymakers, and research organizations. The Trinity Challenge can help us overcome this barrier by facilitating introductions and collaborations with key stakeholders who share our vision and can help us advance our solution.

BIMS AvianGuard believes that The Trinity Challenge can provide the support and resources we need to scale our solution, make a meaningful impact, and contribute to the global fight against antimicrobial resistance in poultry farming.

BIMS AvianGuard is interested in collaborating with the following organizations to initiate, accelerate, or scale our solution:

Collaboration with WHO would provide access to global health expertise, data, and resources. This partnership would help us align our solution with global health priorities and ensure that our approach is evidence-based and effective.

 Collaboration with FAO would provide access to agricultural expertise, data, and resources. This partnership would help us understand the specific challenges and opportunities in the agriculture sector and ensure that our solution is tailored to the needs of farmers and the agricultural industry.

 Collaboration with the Gates Foundation would provide access to funding, technical expertise, and global networks. This partnership would help us scale our solution and reach a wider audience, particularly in low- and middle-income countries where the burden of antimicrobial resistance is highest.

 Collaboration with Wellcome Trust would provide access to research, and global networks. This partnership would help us advance our research and development efforts, particularly in the areas of data analytics, machine learning, and artificial intelligence.

 Collaboration with UNDP would provide access to technical expertise, and global networks. This partnership would help us implement our solution sustainably and equitably, particularly in low- and middle-income countries.