Founder & CEO
Entrepreneur skilled in business development and branding.
Precision agritech for Morocco
See stress before it's visible. Act precisely.
Detect crop stress early with multispectral drones and GIS so Moroccan farmers and researchers can act precisely.
5–15 days earlier detection
Backed by Microsoft for Startups · UM6P ecosystem
What we offer
From scan to action
End-to-end services: we capture data, build stress maps, and support targeted interventions.
Step 1
Scan
Data acquisition
Multispectral drone flights
Step 2
Map
Crop health maps & analytics
Precise stress mapping
Step 3
Act
Localized treatment & application
Targeted interventions
How we deliver
Built for Moroccan agriculture
Detect crop stress early with multispectral drones and GIS so Moroccan farmers and researchers can act precisely. Moroccan agriculture faces water scarcity, rising input costs, and climate stress—we help you see problems early and optimize treatments.
The problem
- Traditional crop monitoring is manual, slow, subjective, and misses early non-visible stress.
- Farmers react too late—treatments are uniform, expensive, and harmful to the environment.
- Researchers and nurseries rely on manual scouting, limiting scalability of trials.
Science behind it
Our work rests on: Biology & plant science, Environmental science, Physics & biophysics, Applied math & computer science, GIS & remote sensing, Scientific visualization.
Read more about usImpact (typical ranges)
- Cost reduction on inputs
- 20–60%
- Water savings
- 30–50%
- Time saved on monitoring
- 50–80%
- Earlier stress detection
- 5–15 days
- Labor cost reduction
- 40–70%
Case study
Phytophthora in avocado (El Gharb)
How we detected stress early and enabled targeted treatment.
Before
Avocado orchards faced root-rot (Phytophthora) with early, invisible stress. Traditional scouting would have been slow and subjective.
Action
Multispectral flights detected subtle NDVI declines. FilahaTech mapped stress zones and advised targeted phosphonate treatments and drainage fixes.
After
Early intervention prevented spread, reduced replanting, saved treatment costs, and protected yield.
- Context
Avocado orchards in El Gharb; root-rot (Phytophthora), early invisible stress.
- Action
Multispectral flights detected subtle NDVI declines; we mapped stress zones and advised targeted phosphonate treatments and drainage fixes.
- Impact
Early intervention prevented spread, reduced replanting, saved treatment costs, and protected yield.
30–70% treated area reduction
Compared to blanket spray — less waste, better timing.
PRR severity levels
Healthy (Rank 1)
Early decline (Rank 2)
Moderate decline (Rank 3)
Severe decline (Rank 4)
Impact summary
- Treated area reduction30–70%
- Treatment cost savingsvs blanket spray
- Detection lead time5–15 days earlier
Who we are
Our team
Agronomists, remote sensing experts, and business leads-focused on Moroccan agriculture.
CFO (Finance & Legal)
Finance & legal lead with expertise in startup operations and tax law.
Aymen Esseraj
Aymen Esseraj
COO (Operations)
Agricultural engineer and data scientist.
Mohamed Ait Balkassem
Mohamed Ait Balkassem
CTO (Engineering)
Agricultural engineer, expert in Integrated Pest Management.
Hamza Mghari
Hamza Mghari
Business • Operations • Agronomy • Engineering
Watch
FilahaTech in one minute
See how we use drones and GIS to help Moroccan agriculture.
Ecosystem & support
Backed by leading institutions
Incubators, accelerators, and partners who support our mission for precision agriculture in Morocco.
What they say
Trusted by the field
“FilahaTech helped us see stress zones we would have missed. We treated only what was needed and cut input costs significantly.”
“Their multispectral maps gave us a clear picture of water stress across the entire orchard — we optimized irrigation and saved water every season.”