Growing that survives isolation โ solar power, battery backup and fail-safe redundancy for remote camps, islands, off-grid residences and shelters.
The same technology that feeds a city farm can feed the places furthest from a supply chain โ if it is engineered for autonomy. This line adds solar power, battery backup and fail-safe growing so production keeps going when the grid does not.
It is a segment almost no specialist serves: remote mining and energy camps, islands, off-grid residences and resilience shelters. Positioned around food security, not fear.
| Power | solar + battery backup |
|---|---|
| Irrigation | autonomous, solar-powered valves |
| Resilience | fail-safe / redundant feed |
| Use cases | remote camps, islands, off-grid homes, shelters |
| Water | minimal, recirculating |
| Status | open niche โ no dedicated competitor |
Power and irrigation are designed to run independently of mains, with redundancy so a single failure does not kill the crop โ the specific risk with mist-based systems at isolated sites.
Operators far from reliable supply or power โ mining and oil & gas camps, islands, off-grid residences and resilience shelters that want fresh food produced on-site.
Battery backup and fail-safe modes keep the root zone protected; we design redundancy specifically for autonomous sites.
Yes โ we partner with builders and architects to integrate a food module into the design, quietly and around food security.
High-pressure misting racks, robotic harvest, tuned LED; greens, strawberry, saffron.
Explore โWaterAutomatic dosing, RO + recirculation, โ95% water saved.
Explore โCtrlPLC control, sensors, remote & phone control, farm-management software โ no lock-in.
Explore โYou get an indicative configuration and price band back โ from a real engineer, within 24 hours.
Get indicative pricing โ