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05 · Kawafarm · FarmLingua AI · 2025

An AI farming assistant that speaks the farmer's language

Kawafarm set out to build farm-management software. Research showed the real barrier was language and literacy, so we built FarmLingua: a voice-first AI assistant in Yorùbá, Hausa, Igbo and Pidgin, alongside crop diagnosis, harvest planning and document management.

$45,000funding awarded by BGI Nexus 1 (Beneficial AGI Summit 2025)
RoleUX Designer (lead)
Timeline2025
TeamProduct manager, CEO, 6 engineers
PlatformiOS & Android
Challenge

Smallholder farmers lacked timely, trusted advice. Language and literacy were the barrier, not interest in technology: 78% rely on neighbours or agents, and only 12% use an app.

Approach

270 voices (20 interviews, 250 surveys, 6 farm visits) became 4 personas and 8 MVP features. A voice-first assistant in four local languages where every AI answer cites its source.

$45,000funding awarded by BGI Nexus 1 (Beneficial AGI Summit 2025)
270farmers, agents and workers heard (20 interviews, 250 surveys), plus 6 field visits
4personas, 8 MVP features
4local languages, voice in and out

Process

Research synthesis
Research synthesis
Wireframes
Wireframes

Screens

Crop planning and farm dashboard
Crop planning and farm dashboard
Onboarding and land booking
Onboarding and land booking
The full story
Overview

This wasn't meant to be an AI app

The brief was practical: help farmers share knowledge, schedule harvests and forecast yield, get timely advice on pests and weather, and collaborate across the farm ecosystem. Younger people are leaving farming, weather is less predictable, and modern practices and market prices rarely reach smallholders. The opportunity was a light, centralised library of agricultural knowledge that also makes farming attractive to a younger generation.

Research

270 voices before a single screen

I ran 20 in-depth interviews with farmers, extension agents, landowners and seasonal workers, a survey of 250 to quantify pain points and language preferences, and 6 contextual visits on farms.

  • 78% of farmers rely on neighbours or agents to diagnose crop issues; only 12% use an app
  • 60% couldn't find their land documents when a dispute came up
  • Language and literacy were the main barriers, not interest in technology
Personas

Four people the product had to serve

Smallholder farmer (primary, 36, Hausa and Pidgin): wants to cut crop loss and hire reliable workers; frustrated by language barriers and counterfeit advice. Extension agent (42, Igbo and Pidgin): wants more clients; wastes time travelling to problems that could be triaged remotely. Landowner (55, Swahili and English): needs to audit field activity and harvest shares. Seasonal worker (24, Hausa and Pidgin): needs to prove experience and find fair-paid work.

Designs

Voice first, evidence always

The MVP shipped 8 features: multi-persona onboarding, language choice with the FarmLingua chatbot (voice and text), produce management with a cost estimator, document storage for contracts and land agreements, issue detection cards with photos and risk score, an issue-resolution workflow that assigns an agent, harvest scheduling and worker booking. Every AI answer cites its source (for example a state agricultural alert), can be read aloud, and offers 'Helpful?' feedback.

Impact

Funded to scale

FarmLingua was awarded $45,000 from the Beneficial AI Solutions pool (BGI Nexus 1) and presented at the Beneficial AGI Summit 2025; 2 of 5 funding milestones were complete at the time of this case study.

Lessons

Let research change the product

The biggest decision was letting research overturn the brief. A dashboard-first app would have served the 12% who already use apps; a voice assistant in their own language reaches everyone else. Next, I'd measure diagnosis accuracy and time-to-resolution per language to prove the model works equally well for every group.

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