Mission: Cultivating the future of computing through sustainable data farming

Data Farming: Harvesting Computational Power from Earth to Orbit

Building the future of distributed computing through agricultural innovation and space technology.

Explore Our Journey Join Phase I

2026Space launch with GALAMAD ProSat

56Drone-powered clusters across Nigeria

3-5 yrsOrbital mission lifespan

Agricultural drones over Nigerian farmland

LEO data center in orbit

Data streams connecting Earth ↔ Orbit

Exoskeleton Data Farm Unit

Power: 1.2 kW
Compute: 320 TFLOPS mixed precision
Thermals: Passive radiative cooling
Downlink: 480 Mbps Ka-band
Orbit: 550 km LEO | 98°
Mission: 3-5 years

Orbit illustration

Roadmap 2024-2032

Journey Map

Three phases that take Data Farming from prototype to a hybrid Earth-orbit computing fabric.

Phase I

Space Pioneer

2024-2026

Q4 2024: Concept validation & prototype
Q1 2025: Exoskeleton unit design locked
Q2 2025: GALAMAD partnership (Christopher Luwanga)
Q3 2025: Manufacturing & space qualification
Q4 2025: Shared-ride payload integration
2026: Launch aboard ProSat

3D rotation

Interact with the exoskeleton data farm concept and surface-level specs.

Phase II

Terrestrial Network

2026-2028

Q1 2026: Fish farm data center (Asaba)
Q2-Q4 2026: 50 AI-driven drones manufactured
Q1 2027: Deployment to 56 clusters nationwide
2027-2028: Edge network fully operational

Asaba Hub

56 Clusters online

Interactive Nigeria map with live data flows.

Phase III

Earth-Space Integration

2029-2032

2029: Full collaboration with GALAMAD & Airbus
2030: Advanced terrestrial agro-data center
2031: Space-ground platform launch
2032: Hybrid terrestrial-orbital infrastructure

Animated flow between ground stations, terrestrial centers, and LEO constellation.

Orbital Unit Specs

Power: 1.2 kW
Compute: 320 TFLOPS (AI)
Cooling: Passive radiative
Downlink: 480 Mbps Ka-band
Orbit: 550 km sun-synchronous
Duration: 3-5 years

Drone Specs

GPU: NVIDIA Jetson Orin NX / AMD Kria
Compute: 60 TOPS per drone
Flight time: 78 minutes
Coverage: 250 hectares per sortie
Sensors: Multispectral, LiDAR, thermal
Dual use: Agro AI + edge compute

Terrestrial Nodes

Location: 56 clusters
Hub: Asaba fish farm DC
Network: mmWave backhaul + fiber
Power: Solar + grid hybrid
Latency: <18 ms intra-cluster
Uptime: 99.7% SLA