We ran two operational cycles in Akure to validate our climate-smart poultry protocols. 100% survival rate in Phase 1. Critical economic learnings in Phase 2. Full transparency on what worked and what didn't.
The objective wasn't indefinite farming. It was to prove we could master bio-security protocols in high-risk zones, maintain animal welfare without hormones, and validate that sustainable poultry farming works at operational scale.
We ran two distinct batches in Akure between February and July 2025. We documented everything: survival rates, feed conversion, cost structures, protocol adherence, and the economic reality of small-scale sustainable poultry in volatile markets.
Phase 1 was a definitive success. Phase 2 taught us what we needed to know about scale and pricing. Both cycles generated the learnings we're now building into farmer training content and our next operational phase.
"Every cycle was a controlled experiment. We didn't fail — we learned exactly what we needed to know."
EcoVibes Operational PrincipleSurvival rate — proof our bio-security protocols work
Feed cost vs revenue — scale or price optimization needed
Growth hormones used — environmental integrity maintained
The definitive proof. Our Akure pilot achieved a 100% survival rate across the entire batch. Zero growth hormones. Minimal antibiotics used only when medically necessary. Rigorous bio-security protocols followed to the letter.
We implemented strict bio-security measures: controlled access, regular disinfection, temperature monitoring, feed quality control, and daily health checks. Every bird was monitored. Every protocol was documented.
Sustainable poultry farming — without hormones, with minimal intervention, with environmental protocols — can achieve commercial-grade survival rates when executed properly. This was the validation we needed.
While the survival rate was perfect, we learned that feed costs in this market environment require either higher selling prices or greater scale to achieve profitability. This insight shaped Phase 2 planning.
Phase 2 maintained excellent survival rates but revealed the economic constraints of small-scale operations in a high-inflation feed environment. Feed costs consumed 172% of revenue at current pricing and scale.
While we can keep birds alive perfectly using sustainable protocols, the economic model requires one of three interventions:
Rather than continue operations at a loss, we chose to pause, document the learnings, and use this data to inform our next phase. This is exactly the kind of disciplined decision-making that differentiates sustainable businesses from failed experiments.
These cycles validated our bio-security protocols, proved sustainable practices work at operational scale, and revealed the economic constraints we need to address through pricing, scale, or market timing. This is how you build a real agricultural business — one controlled experiment at a time.