Healthy
Water +42%
Yield ↑
🌾
Algerian DeepTech Β· AgriTech Β· Made with AI + Embedded Systems

LARA

Breaking Agricultural Production Limits

LARA fuses artificial intelligence, embedded electronics, renewable energy and agronomy into one platform β€” so farmers can detect disease early, generate water from air, and grow more with far fewer resources.

0Core technologies
0Less water used
0Countries interested
Core Stack

Nine technologies, one growing platform

Each system is engineered in-house β€” from silicon to soil β€” and works together to lift production ceilings that traditional farming can't reach.

Disease AI

Photograph a leaf.
Get a diagnosis.

Our on-device model turns any smartphone into a plant pathologist β€” no lab, no waiting, no guesswork.

1

Upload a plant image

Snap a photo of leaves, stems or fruit straight from the field.

2

AI detects the disease

The model identifies the pathogen and severity in seconds, even offline.

3

Treatment recommendations

Get a tailored, locally-relevant treatment plan with dosage and timing.

4

Future prediction

Forecast spread risk from weather and satellite data β€” act before it spreads.

Test the app
Scan result Live model
🌿
Late blight86%
Leaf spot34%
Healthy12%
Late blight detected. Apply copper-based fungicide within 48h. Spread risk high β€” rain expected Thursday.
Beta Program

Become a
Disease App Tester

Join farmers, agronomists and researchers shaping the tool. It takes two minutes and your field data helps train a model built for real conditions.

Early access

Be first to use the disease detection app on your own crops.

Direct line to the team

Your feedback goes straight to the engineers building LARA.

Your data stays yours

We use it only to improve accuracy β€” never sold, never shared.

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About LARA

Built in Algeria, engineered for the world

Our mission is simple and stubborn: break agricultural production limits through advanced technology, and produce more food using fewer resources.

2023

The question

Founders ask why yields stall while resources shrink β€” and start prototyping in a garage lab.

2024

First systems

Working prototypes of atmospheric water generation and plasma seed treatment prove the concept.

2025

AI disease model

On-device plant disease detection reaches field-grade accuracy and enters closed testing.

2026

Open beta

The tester program launches to farmers across regions, feeding real-world data back into the platform.

Next

Scale

Satellite integration and a unified recommendation engine roll out to partner farms internationally.

Mission

Breaking agricultural production limits through advanced technology.

Vision

Produce more food using fewer resources β€” sustainably and affordably.

Innovation philosophy

We build the whole stack: AI, electronics, energy and agronomy β€” because real breakthroughs live where disciplines meet.

Future goals

Deploy across arid regions, cut agricultural water use dramatically, and make advanced tools accessible to smallholders.

By the numbers

Momentum you can measure

0
Farmers helped
0
AI predictions run
0
Water saved
0
Crop yield increase
0
Countries interested
Why LARA

Traditional farming vs LARA

The same field, two different ceilings.

Capability
Traditional
LARA
Voices

Trusted by the people in the soil

Questions

Good to know

Contact

Let's grow together

Investors, partners, farmers β€” we'd love to hear from you.