EVERY
SENSOR.
ONE
TRUTH.
pH drift, EC fluctuations, dissolved oxygen curves — unified into decisions that keep root zones alive and yield projections honest.
PHASE 01 // DATA INGESTION
Raw sensor noise hits Cultivar at 1.2M data points per second. Every pH fluctuation, every micro-EC shift, every dissolved oxygen curve — ingested, timestamped, and stored in under 4ms.
PHASE 02 // SIGNAL ANALYSIS
Cultivar's ML pipeline compresses raw noise into clean decision curves. Adaptive Kalman filtering removes sensor jitter. Pattern recognition flags drift before it becomes crop loss.
PHASE 03 // INTELLIGENT ALERTING
Cultivar fires alerts before crop loss is inevitable. Threshold bands are tunable per crop variety. Auto-remediation engages dosing pumps and notifies on-call staff in under 90 seconds.
pH drift exceeding threshold — 6.72 (max: 6.50)
ALT-2847EC declining — 1.61 µS/cm (min: 1.60)
ALT-2846Harvest window opening — R-06 Microgreens ready D+3
ALT-2845DO saturation dropping — 7.1 mg/L (optimal: 8.0+)
ALT-2844PHASE 04 // AUTOMATED REPORTING
Investor-ready yield dashboards assembled automatically. Weekly PDF reports compile 7 days of sensor data, alert summaries, batch performance, and revenue projections — no manual data entry, no spreadsheets.
PHASE 05 // FACILITY SCALE
One rack or a thousand. Cultivar scales horizontally without architecture changes. Add a new grow zone and it's live in the dashboard within minutes — not a six-week integration project.
YOUR GROW.
You've seen your problems visualized. Now let Cultivar solve them. Three fields. Zero commitment. Live dashboard in under 10 minutes.
“pH drift used to cost us 2-3 harvests a year. Cultivar caught a zone A-4 excursion at 2 AM and auto-corrected before morning crew showed up. Zero crop loss.”
“Our investors wanted weekly yield projections. I used to spend 6 hours building those reports. Now Cultivar does it automatically — and the data is actually accurate.”