Loading VibeLux...
Loading VibeLux...
Plan your lighting with a professional photometric engine, back decisions with research-grade analytics, and run day-to-day operations from the same platform — from first fixture layout to live facility control.
Every card below carries an honest status badge. See the full availability matrix for what each status means, integration by integration.
Full point-by-point photometric engine with candela interpolation from IES LM-63 files, geometric occlusion via raycast, inter-reflection/radiosity, per-wavelength spectral PPFD, and audit-ready photometric reports — all from a single drag-and-drop studio.
Browse DLC-qualified fixtures, compare PPE / spectrum / wattage side-by-side, and review TM-21 lifetime data before specifying a part for your design.
Per-wavelength PPFD math (not just a PAR-bucketed average) drives the spectrum designer, surface-reflectance interaction, and DLI-with-photoperiod map. Model exactly how your spectrum lands on canopy after bounces, and compare against crop-stage targets.
Walk the room in 3D before installation. Live PPFD heatmap bound to calculated grid, full fixture orientation (yaw/pitch/roll + aim-at), reflectance-textured surfaces, and multi-tier canopy geometry — synchronized with the designer so what you draw is what operations sees.
Describe your room and crop in plain language — target PPFD, dimensions, fixture preferences — and the AI proposes a starting fixture layout you can open in the full Design Studio and refine by hand. A conversational assistant for first-pass layouts, not a replacement for the photometric engine.
Early MEP toolkit — quick electrical, HVAC, and plumbing calculators and exports to support a lighting plan. Full construction-document workflows are in development.
Carry crop targets, room geometry, and lighting load into climate and environmental planning before buildout.
Build experiments, log treatment data, analyze datasets, and compare trial outcomes inside one connected suite.
Search open-access crop and lighting papers, save relevant references, and keep decisions tied to citation-backed research.
Move from observations to results with analysis workflows built around real experiments instead of demo-only placeholders.
Correlate climate, light, and nutrient drivers against real yield, quality, and energy KPIs from your own data. Get lab results in fast — upload a COA as a PDF or photo and the AI reads the analyte rows by the lab's own names (or paste / enter manually / CSV). That same logged history also grounds the cultivation assistant, so its advice reflects your actual grows, not generic defaults. Shipped with an honest demo-data banner while you seed your history.
Free, revenue-share-ready energy optimization. An 8-step setup wizard connects your facility, baseline, utility, gateway, Modbus lighting controller, energy meter, and zones. A production Modbus TCP dispatcher drives zone-level dimming, on/off, and spectrum commands. Baseline and savings APIs are live. The recurring optimization job, utility-rate-scheduled dimming, and 25/75 revenue-share billing are on the roadmap — today you get the wiring, the Modbus pipeline, and savings reporting.
Live today: direct Modbus-TCP dispatch to your lighting (the spec-correct GrowWise control-area driver), Designer-authored lighting recipes, and energy baseline + savings reporting. Read-only MQTT, BACnet/IP, OPC UA, and REST/JSON telemetry run through the on-premise bridge and are in hardware validation. The autonomous optimization loop, utility-rate-scheduled dimming, revenue-share billing, and broader first-party climate-computer and PLC drivers remain on the roadmap.
One place to connect VibeLux to the rest of your stack — climate computers (Priva, BMS) and utility-bill import (UtilityAPI). The hub and setup wizards are in the app today; most connectors run in demo/preview mode against simulated data while certified live drivers and OAuth flows are hardened.
Manage people the same way you manage plants — employees, scheduling, time tracking, task assignments, training records, and labor analytics in one surface.
Track plant cohorts from planting through harvest across each growth stage, and run crop-steering profiles (vegetative / generative / balanced) with environment recommendations per zone. Shows demo data until you connect a facility and seed your own cohorts. Available on Professional and Enterprise plans.
Walk the room with your phone. The rear camera captures pest/disease photos, GPS auto-tags the exact location, and our vision AI identifies the species, damage severity, and IPM response. Scouting records land on a shared facility map, and high/critical findings auto-create tasks for the team. Requires Teams tier or higher (or the Mobile Scouting add-on).
Active food-safety workspace tying together the compliance dashboard, AI-assisted audit wizard (HACCP / FSMA / GAP / SQF frameworks), SOP library, and traceability review — GMP-oriented. Electronic signatures and 21 CFR Part 11 are on the roadmap.
Invite external auditors to a purpose-built evidence room — they sign in with their own credentials, review audit-readiness evidence, export findings, and use an AI assistant to navigate your records. Scoped access, no blanket facility login.
Coordinate projects, reports, and day-to-day execution around the same design and research workflows your team is already using.
Publish and buy cultivation recipes, discover equipment, and connect expert services. The marketplace infrastructure is live and open for first listings; trial licensing is coming soon.
Publish lighting + climate recipes, set a price, and let other operators buy and execute them on their facility. Stripe Connect onboards you for payouts (85/15 split), buyers purchase with a card, and the platform tracks executions, reviews, and your lifetime payout.
Run day-to-day operations from the same platform as your designs — the first modules are live in early access.
Build on top of your own VibeLux data. A documented REST API reference today; self-service scoped API keys with per-key limits and revocation are in preview.
Every calculator is wired to the same fixture library, crop targets, and unit conventions used by the Design Studio, so numbers you work out here carry into your actual design.
PPFD maps, DLI, coverage, solar DLI, sun path, spectrum designer.
VPD (basic + leaf-temp), heat load, psychrometrics, CO₂, climate simulator.
Fertigation, irrigation scheduler, water quality, substrate moisture.
Crop planner, production planning, yield prediction.
Electrical estimator, energy cost, ROI, TCO, demand-response optimization.
Tissue culture tracking, genetic database, LIMS workflows.
Free for exploring the calculators, Solo/Starter for active design work, Teams for small crews shipping real projects, Professional for unlimited automation, multi-room management, and the Energy Savings Program, Enterprise for multi-facility rollups.
Photometric designer (up to 1 room / 10 fixtures), 9 basic calculators, 1 project.
Advanced Designer + Calculator Suite for solo users.
Full Designer, 30+ calculators, basic monitoring.
2 facilities, 5 users included (expandable to 10), electrical estimator, marketplace early access.
Unlimited automation, multi-room, Energy Savings Program, all dashboards.
Multi-facility, custom SLA, 25 users, dedicated CSM.
Pick individual modules (designer suites, GMP compliance, CFD, labor, etc.) or grab a bundle like Regulated Facility ($599), Greenhouse Operations ($499), or Complete Enterprise ($1,299).
Browse modules & bundles →Starter 100 credits for $9, Growth 500+10% for $39, Pro 1,000+20% for $69, Bulk 5,000+30% for $299. Credits fund AI design, plant-health AI, and AI-backed consultations today — per-report and per-simulation metering is on the roadmap.
See credit packs →No upfront cost. Live today: 8-step setup wizard, production Modbus TCP dispatch, baseline + savings APIs. Utility-rate-scheduled dimming, the recurring optimization job, and 25/75 revenue-share billing are on the roadmap.
How it works →Start with the free account, unlock the Research & Analytics Suite when you need controlled studies, and use the live design workflows as the backbone for the rest of the facility.