Software-defined hydroponic operations for controlled environments. Lighting, climate, and nutrient loops are automated in a compact deployment footprint.
Each VERTIS cabinet combines spectrum control, PID climate loops, and automated EC/pH dosing into one operational system.
On-site kiosk workflows provide direct access to live monitoring and growth analytics.
Lighting, climate, nutrients, vision analytics, and monitoring share a unified control and data workflow.
AI Light Recipe Engine. 6-channel LED spectrum control with stage-adaptive recipes, DLI optimization, and circadian dimming for each growth phase.
Climate & Environment Control. PID-based temperature regulation, VPD tracking, CO2 enrichment management, and chiller COP optimization.
Precision Nutrient Management. EC/pH feedback control, automated multi-channel dosing, drain ratio monitoring, and stage-synchronized recipe delivery.
Growth Analytics & AI Diagnostics. Leaf area index measurement, fruit detection and counting, yield forecasting, and early disease alert system.
Dashboard, Remote Monitoring & OTA. 65-inch kiosk display, mobile app, multi-facility fleet manager, OTA updates, and full data export capabilities.
Guardrails are operational safety constraints that prevent optimization from exceeding sustainable limits.
Temperature, humidity, VPD, and dew point boundaries. Automatic uniformity checks across all growing zones.
Photoperiod limits, DLI caps, PPFD ceilings, and ramp rate constraints. Prevents light stress during sensitive growth stages.
EC/pH boundaries, drain ratio limits, flow rate checks, and root temperature constraints for optimal nutrient uptake.
Maximum condensation time, clean zone protocols, sampling schedules, and hygiene logging requirements.
Recovery rate targets, filter and UV status checks, bypass conditions, and automated flushing schedules.
Peak power caps, LED and HVAC power policies, demand response integration, and consumption tracking.
Sensor drift detection, valve fault alerts, pump degradation monitoring, communication loss handling, and automatic rollback.
When any guardrail is breached, VERTIS executes a graduated response: alert, throttle, safe-mode, and full shutdown — with automatic rollback to the last known safe state.
| Stage | Period | PPFD Target | Photoperiod | Focus |
|---|---|---|---|---|
| Transplant | Day 0–14 | 150–200 µmol |
16h | Root establishment |
| Vegetative | Day 15–35 | 250–300 µmol |
16h | Leaf area expansion |
| Flower Differentiation | Day 36–55 | 300–350 µmol |
14h | Floral initiation |
| Fruit Expansion | Day 56–80 | 350–400 µmol |
16h | Size and weight gain |
| Color Development | Day 81–94 | 280–320 µmol |
14h | Anthocyanin synthesis |
| Post-Harvest Recovery | Day 95–104 | 200–250 µmol |
16h | Plant regeneration |
| Component | Specification | Details |
|---|---|---|
| Cabinet | W1200 × D800 × H2000mm |
SUS304 stainless, 128 plants 8×4×4 |
| LED Array | 6-channel full spectrum |
280 chips per cabinet |
| Chiller | 1RT industrial |
COP 3.2+ |
| Nutrient System | A/B/Acid tanks |
Peristaltic dosing pumps |
| Sensors | EC/pH inline probe |
T/RH + CO2 + PAR sensors |
| Camera | 5MP RGB PoE |
Growth analytics capture |
| Kiosk Display | 65-inch vertical touch |
Real-time dashboard |
| Edge Controller | Cortex-A72 Quad-core |
4GB RAM / VERTIS OS |
| Power | AC 220V single phase |
6kW total system draw |
Share your cultivation area, target crops, environmental constraints, and staffing conditions. We will propose a control module configuration and deployment plan.
VIA Co., Ltd.
604, Jeonju Innovation Startup Hub, 67 Yusang-ro, Deokjin-gu, Jeonju-si, Jeollabuk-do, South Korea