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VibeLux is one platform for the whole cultivation loop — design, energy, crops, operations, compliance, and analytics. Here is how a project moves through it, from a blank room to learning from your own harvest data.
Start in the Design Studio: drag DLC-qualified fixtures into your room and get a real point-by-point photometric solve — PPFD / DLI / lux grids, iso-contour overlays, UGR glare, and per-wavelength spectral PPFD computed from IES LM-63 files (candela interpolation, not a gaussian beam). Import a DXF floor plan and export an audit-ready PDF report.
Tune the spectrum against crop-stage targets and watch how it lands on canopy after inter-reflection. Then run energy analysis to project operating cost and savings. The 8-step Energy setup wizard wires your facility to a Modbus-TCP controller for real zone-level dimming, on/off, and 4-channel spectrum, with baseline and savings reporting.
Live today: setup wizard, Modbus dispatch, baseline + savings. On the roadmap: the autonomous optimization loop, utility-rate-scheduled dimming, and revenue-share billing.
Plan growing cycles with crop-steering profiles (vegetative / generative / balanced) and per-zone VPD, EC/pH, and DLI targets. Pull from a library of lighting + climate recipes — buy a proven recipe from another operator and execute it on your facility, or publish and sell your own.
Recipe marketplace is live with Stripe Connect payouts (85/15 split); crop-steering shows demo data until you connect a facility and seed your own cohorts.
Carry zones, fixtures, and crop targets straight from the designer into an operations-ready 3D digital twin and the Control Center. Walk the floor in 3D before a single fixture is hung, then dispatch dimming and spectrum commands to bound hardware over the Modbus pipeline.
Live: 3D twin + designer→twin sync + Modbus lighting dispatch. Read-only MQTT, BACnet/IP, OPC UA, and REST/JSON bridge telemetry are in hardware validation.
Run AI-assisted audits against HACCP / FSMA / GAP / SQF frameworks, keep SOPs, supplier qualification, and training records in one place, and invite third-party auditors into a scoped evidence room — they sign in with their own credentials, no blanket facility login.
GMP-oriented workspace is available today. Electronic signatures and 21 CFR Part 11 are on the roadmap.
Close the loop: correlate light, climate, and nutrient drivers against your own yield, quality, and energy KPIs with a real regression engine — including spectrum-to-quality analyses like THC–light correlation. Manual entry and CSV bulk upload feed the model, with an honest demo-data banner until your own history is in place.
The trust artifacts behind the platform — how the engines actually work, written up in plain terms.
What an IES LM-63 file contains and how we interpolate candela values into a PPFD grid.
The methodology behind every PPFD map — and how we check it against known fixtures.
How environment and light drivers are correlated against real yield, quality, and energy KPIs.
How spectrum is correlated with cannabinoid outcomes — and the limits of that analysis.
How light and climate are correlated against measured produce-quality compounds — vitamin C, anthocyanins, Brix — on your own lab data.
How the AI audit wizard maps your records to HACCP / FSMA / GAP / SQF requirements.
Spin up a free workspace, model your facility, and explore the calculators — no credit card required to get started.