Pod Layout
Engineered for Maximum Yield, Nutrient Density, and Environmental Control
At Produce Now, we don’t “grow plants.”
We engineer growth environments —
where every cubic inch of the Pod is optimized for yield output, nutrient retention, climate stability, and biosecurity.
Nothing is accidental.
Every angle, material, system, and flow pattern inside a Pod is the result of precision agricultural engineering designed to dominate traditional farming and withstand the future of food instability.
Core Pod Systems Overview
Entry and Biosecurity Access Chamber
Dual-sealed entryway to prevent airborne pathogen intrusion
Positive pressure airflow to push contaminants outward
Integrated hand sanitation, PPE protocols, optional UV sterilization station
✅ Protects against biological contamination and airborne pathogens
✅ Maintains a sealed, food-grade internal environment
🌿 Grow Chamber
Multi-tiered vertical hydroponic racks engineered for maximum canopy penetration
Optimized airflow algorithms ensure even vapor-pressure deficit (VPD) distribution across all grow planes
Fully enclosed, reflective interior skin for maximum photosynthetic photon flux (PPFD) efficiency
✅ 3x the output per square foot compared to traditional fields
✅ Full-cycle nutrient optimization per crop species
Advanced Spectrum Lighting Systems
Custom LED arrays tailored to specific plant stages (germination, vegetative, fruiting)
Red, blue, and far-red spectrum modulation based on real-time crop analytics
Lighting calibrated to maximize photomorphogenesis and nutrient density
✅ Faster biomass accumulation
✅ Enhanced chlorophyll and flavonoid profiles
Nutrient Delivery Infrastructure
Fully automated, closed-loop hydroponic delivery
Micro-dose nutrient injection per cycle, tailored by crop and phase
Oxygenated nutrient solution maintains root zone health and rapid uptake
✅ 90%+ water conservation vs soil farming
✅ Continuous nutrient availability — no deficiencies, no overfeeding
Climate Regulation and Environmental Stability
Independent HVACD system (Heating, Ventilation, Air Conditioning, Dehumidification)
Integrated CO₂ injection modules for enhanced photosynthetic efficiency
UV air sterilization and HEPA filtration for clean room-grade conditions
✅ 365-day growth cycles
✅ Stable environmental control within ±1°C and ±5% humidity range
Centralized Command Interface
Fully integrated touchscreen control panel
Remote diagnostics, alert systems, and performance logging via secured mobile/web apps
Real-time telemetry: VPD, PPFD, nutrient EC, pH, air velocity, CO₂ ppm
✅ Operators monitor and optimize environmental parameters from anywhere in the world
✅ AI-assisted predictive adjustments for optimal growth conditions
"Inside the Pod is not farming — it’s controlled bioproduction of clean nutrition."
Why This Layout Matters
Every cubic meter produces maximum biological return.
Every crop is protected from external environmental volatility.
Every input — light, water, nutrients, air — is controlled with surgical precision.
In a world of uncertainty,
Pods offer food production that is resilient, repeatable, scalable, and sovereign.
This is not a farm.
This is nutritional infrastructure.
