Tillage
Prepares soil at depth across compacted, dry, and variable terrain. Adaptive to sandy, clay, and lateritic soils.
MULTI-PURPOSE AGRICULTURAL ROBOTICS
One platform. Four operations. Every field.
Tillage, furrowing, clearing, and irrigation from a single autonomous machine, backed by a service network built to keep it running where others break down.
- 4 operations · 1 machine
- 85%+ contracted uptime
- Built for 5 continents
Mechanization has failed farmers before. Not because the machines were wrong.
< 2
Tractors per 1,000 hectares of arable land in Sub-Saharan Africa. The global average is 241.
75%
Of farmers in the region still work their land entirely by hand.
#1
The most cited cause of failed mechanization programs is not the equipment. It is the absence of local service and spare parts.
We built the service system first, then the robot around it.
Four jobs. One platform.
Interchangeable tool modules mount to the same chassis, so one machine earns its keep across the whole season instead of sitting idle between tasks.
Furrowing
Precision row formation for planting, calibrated per crop and spacing requirement.
Vegetation clearing
Mechanical clearing that replaces chemical herbicide passes. Restores degraded and abandoned land.
Mechanized irrigation
Controlled water delivery with volumetric measurement, reporting cubic meters per hectare in real time.
Every operation is logged. Every hectare is measurable. Every report is audit ready.
A robot without service is scrap metal in six months.
So we designed the support layer as a product in its own right.
01
Regional service hubs.
Parts inventory held in country, not shipped on demand. Target repair time under 24 hours for critical faults.
02
Certified operators and technicians.
Two tier training built for real field conditions and mixed literacy levels. Visual procedures, local languages, one certified technician per fleet cluster.
03
Contractual uptime.
Service level agreements with guaranteed availability, not best effort promises. Our incentive is your machine running.
What cannot be measured cannot be funded.
Our monitoring and evaluation framework is designed to satisfy the reporting standards of development finance institutions and national agriculture programs. Hectares mechanized, cubic meters of water saved, cost per hectare against baseline, uptime, repair time, and jobs created, all exportable and independently verifiable.
Hectares mechanized
m³ water per hectare
Cost per hectare
Uptime
Mean time to repair
Operators certified
Designed for the hardest conditions. Deployable in all of them.
A machine engineered for dust, heat, and unpaved access roads performs anywhere. That is a feature, not a compromise.
Sub-Saharan Africa
Access to mechanization at scale.
Founding market
MENA
Water efficiency under absolute scarcity.
Priority
Latin America
Climate resilience for commodity agriculture.
Roadmap
Europe
Chemical reduction under Farm to Fork mandates.
Roadmap
Asia-Pacific
Replacing a generation of farmers who are retiring.
Roadmap
Built by three people who could not find this machine anywhere.
Fabrice Makoup
Chief Executive Officer
Company strategy, field operations, and service delivery.
Maxime Djongoue
Chief Product Officer
Product strategy, market entry, partnerships.
Gaetan Pandji
Chief Technology Officer
Hardware architecture and autonomy.
Talk to us.
We are speaking with agriculture ministries, development finance institutions, cooperatives, equipment distributors, and mechanization entrepreneurs. Tell us which one you are.