We engineer living systems.
Segal Agriculture is the terrestrial bio-systems division of Segal Industries — vertically integrated farming machinery, intelligent irrigation, controlled-environment infrastructure, plant bioengineering, and end-to-end vertical farming, hydroponics, and automated farm management.
Interactive — drag to orbit. The same scene drives the rack designer.
One vertically integrated stack, from genetics to autonomous operation.
Vertical Farming
★Stacked, spectrum-controlled production with a 3D rack designer + yield model.
Hydroponics & Aeroponics
★Closed-loop nutrient systems with a live loop visualizer + EC/pH automation.
Automated Farm Management
★Live telemetry, a rules engine, scheduling, and alerts on mock streams.
Tailored Gardens
★Balcony to civic green space — configured, planted, and managed.
Farming Machinery
Traction, harvest, and L4-autonomous units, telemetry-ready.
Intelligent Irrigation
Field canvas designer with live flow, pressure, and water budget.
Infrastructure
Greenhouses, CEA shells, cold chain, and on-farm storage.
Bioengineering
Trait library, engineering pipeline, and gated custom cultivars.
Claims we can defend.
Every quantitative figure on this site traces to a vetted reference and is shown as a range, not a slogan. The calculator's coefficients trace to the same table.
Closed-loop hydroponic and vertical systems recirculate nutrient solution and can use up to ~90% less water than conventional soil farming (recirculation commonly ~90–95%). Vertical-grown leafy greens have been reported at roughly 20–30 L of water per kg.
Source: industry & agronomy reviews, 2025–2026· figures vary by crop, system & operator; as of 2026
Stacked systems can produce many times more per m² than open field — leafy greens commonly cited at up to ~10×, with controlled-environment facilities reporting on the order of ~11.7 kg/m²/yr. Extreme multiples are best-case, not typical.
Source: CEA facility reporting, 2025–2026· figures vary by crop, system & operator; as of 2026
The products interlock.
Machinery feeds telemetry to farm management; irrigation answers to the same rules engine; CEA structures host hydroponic and vertical systems; bioengineered cultivars flow into all of them. One operator, one console.
The integration story