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Clamigo: AI-Powered Crop Health Management for Climate-Resilient Urban Farming

Sri Lanka flag

Sri Lanka

Agriculture

High

Implementing Organisation

Rootcode

Sri Lanka, Colombo, Western Province

Private Sector

Implementing Point of Contact

Alagan Mahalingam

Founder and CEO

Contributor of the Impact Story

Carnegie India

Year of implementation

2025

Problem statement

Small-scale farmers and community gardeners face increasing challenges adapting their farming practices to climate change. Without access to real-time environmental data and expert agricultural knowledge, they struggle to optimize crop health, manage resources efficiently, and make informed decisions about watering, pest management, and preventive measures. This leads to reduced crop yields, wasted resources, and threatens food security for local agricultural communities. Traditional farming approaches fail to account for rapidly changing climate conditions, leaving vulnerable farming populations without the tools to build resilience.

Impact story details

Rootcode is a global technology company founded in Sri Lanka, specializing in AI platforms and software solutions for European governments and Fortune 500 companies. With 115+ employees across Sri Lanka, Estonia, and the US, Rootcode has won competitive government contracts in Estonia, Portugal, and Czech Republic, often against major consulting firms like Accenture and IBM. The company holds ISO 9001 and ISO 27001 certifications and has been recognized with multiple awards including the Asia Pacific ICT Awards 2025 (#1 in Asia Pacific). Rootcode also operates the Rootcode Foundation, providing technology education to over 1,000 underprivileged students in Sri Lanka.

AI Technology Used

IoT & Sensor Analytics
Computer Vision

Key Outcomes

Access

Reach, Inclusion

Equity, Resource Efficiency, Resilience

Risk Reduction, User Experience

Satisfaction

Narrative Outcome

Clamigo provides AI-powered crop health management through sensor integration and preventive alerts and provides small-scale farmers and community gardeners with access to real-time environmental data and expert guidance. This has resulted in an increase in average yields, reduction in crop losses and crop protection costs. The platform provides affordable decision-making tools that would otherwise require expert consultation.

Impact Metrics

Average yield increase per farmer across harvest seasons

Baseline Value

The average yeild per farmer was 8kg in Summer and 3kg in Autumn Percentage of yeild increase

Post-Implementation

The average yeild per farmer increeased to 11kg in Summer and 4kg in Autumn Percentage of yeild increase

Internal Monitoring·Jan 2025

Decrease in crop loss per farmer through preventive alerts and organic protection recommendations

Baseline Value

Farmers lost 4kg of crop in Summer and 3kg in Autumn

Post-Implementation

Crop loss decreased to 2.5kg in Summer and 1.5kg in Autumn

Internal Monitoring

Average reduction in crop protection costs per farmer (indicating savings)

Baseline Value

€250 per year was spent per farmer on crop protection costs Euros

Post-Implementation

€80 per year was spent per farmer on crop protection costs Euros

Internal Monitoring·Jan 2025

Implementation Context

Pilot

Campanha rural communities in Porto, Portugal, Nuwara Eliya, and Sri Lanka

Small-scale farmers and community gardeners in urban/peri-urban areas; underserved communities with limited technical backgrounds; focus on sustainable and organic farming practitioners

Key Partnerships

Government of City of Porto, Portugal, Domus Social, CommuniCity EU project

Replicability & Adaptation

High

Rootcode owns the intellectual property for Clamigo and actively encourages replication and partnership opportunities. The solution is designed for easy deployment in urban/peri-urban farming contexts globally. Key adaptations include: 1. Calibrating AI models for local crop varieties and climate conditions. 2. Translating the mobile app interface to local languages. 3. Partnering with local municipal or state agricultural bodies for community adoption. 4. Adjusting sensor configurations for local soil types. The modular design allows deployment in community gardens, small farms, and urban agriculture projects. Rootcode welcomes collaboration with government agencies, NGOs, and agricultural organizations.

* The data presented is self-reported by the respective organisations. Readers should consult the original sources for further details.