# Digital Cultivation ## The operating system for _commercial indoor farming._ A purpose-built platform that plans, executes, and automates indoor farming operations — combining crop-level intelligence, long-range production planning, real-time execution, and AI-driven optimization. ### Purpose-built for CEA - Crop & plant-level intelligence - Single farm to multi-site - ERP-agnostic integration ## The Problem ### Most indoor farms don't fail on yield — _they fail on operations._ Indoor farms generate massive amounts of data, yet many operations still rely on spreadsheets, disconnected tools, and manual scheduling. #### Inconsistent SOP execution Tasks slip, steps get skipped, and quality varies shift-to-shift. #### Labor inefficiency Manual scheduling wastes hours and leaves operators guessing what to do next. #### Unreliable harvest planning Production misses targets because schedules aren't connected to real constraints. #### No visibility into unit economics Without integrated data, true cost-per-pound remains a black box. Digital Cultivation solves this at the system level. ## The Platform ### The full lifecycle of indoor farming operations Digital Cultivation manages production planning, crop scheduling, SOPs & tasks, labor coordination, inventory, performance analytics, and automation orchestration. It's not monitoring software — it's the system of action where crop plans become automated execution. ### Core Module #### Production planning & crop scheduling that actually works Crop scheduling is one of the hardest problems in commercial indoor farming: maximize plants and throughput while balancing real operational constraints. Digital Cultivation plans 6+ months ahead while accounting for: - Mixed crop varieties with unique recipes - Daily planting/harvest capacity limits - Operating days and shift configurations - Nursery/rack capacity and facility constraints - Holidays, downtime, and excluded dates As conditions change, plans update without breaking downstream operations. ### Output-driven scheduling Plan production around what needs to be delivered — not guesswork. Set recurring targets (1,000 heads every Friday) or ad hoc runs (deliver by a specific date). Digital Cultivation back-calculates planting schedules, aligns crop recipes and growth stages, and accounts for labor, space, and automation capacity. ## Crop Intelligence ### Crop recipes & growth programs Define and manage crop recipes that standardize how each crop is grown — then execute those recipes automatically through AGEYE controls and automation. - Nursery + main grow durations - Light schedules with stage-based changes - Pump & irrigation schedules - Fertigation and nutrient dosing control - Environmental targets by growth stage Reuse proven programs across cycles and facilities — reducing variability and improving consistency at scale. ## Execution Engine ### Planning, execution, and automation — working as one system Digital Cultivation doesn't stop at planning — it orchestrates execution. Based on the production plan and real-time conditions, it automatically generates daily workflows for: - Seeding / Planting - Transplanting - Harvesting - Cleaning / Sanitation - Equipment Operation Tasks are created automatically, assigned by role/team, timed to operating hours, and adjusted dynamically. ## Operations ### Inventory management built into the plan Full inventory management for seeds, grow media, nutrients, additives, spare parts, and wear items — all connected to the production schedule. - Forecasts demand weeks-to-months ahead - Flags low-stock risks before they impact operations - Aligns replenishment with production schedule - Links input usage directly to cost-per-pound analysis ## AI Agent ### CultivAid — AI for real operations AGEYE's AI agent embedded inside Digital Cultivation. It helps teams detect anomalies earlier, understand root causes, and continuously improve outcomes using your farm's actual data. ### Ask your farm anything - "Why did yield drop in Zone 3 last cycle?" - "Which variables correlate with stress events?" - "What changed between Cycle 214 and 215?" - Anomaly detection - Root cause analysis - Growth rate tracking - Nutrient optimization - Yield prediction - Environmental alerts ## Architecture ### Closed-loop execution Plans drive tasks. Tasks trigger automation. Sensors validate conditions. Outcomes feed back into future plans. 1. **Plans drive tasks** Production schedules automatically generate daily work orders. 2. **Tasks trigger automation** Workflow execution activates irrigation, lighting, and climate systems. 3. **Sensors validate** Real-time sensor data confirms conditions match targets. 4. **Outcomes feed back** Results improve future plans, recipes, and scheduling accuracy. ## Technology Platform ### Scalable, modular, built for data Our platform is built on a services-first architecture designed to handle the massive real-time data generated by every farm. It combines edge processing for AI-driven decisions onsite with a cloud-native backend using event-driven design and modular microservices — built to scale across thousands of deployments. ### Modular Microservices Each capability runs as an independent service — deploy, scale, and update without downtime. ### Edge + Cloud AI inference runs at the edge for real-time decisions. Cloud handles orchestration, analytics, and fleet management. ### Event-Driven Real-time event streaming ensures every sensor reading, task update, and anomaly triggers immediate response. ### API-First Metered APIs enable integrations with third-party platforms, labs, analytics tools, and ERP systems. ## Built For ### Designed for every role in the operation #### Operators & Head Growers - Consistent SOP execution across shifts - Fewer surprises, fewer missed steps - Faster issue detection and response #### GMs & Owners - Real unit economics and cost-per-pound visibility - Better labor efficiency and utilization - Scalable, repeatable operations #### Multi-Site Teams - Standardization across facilities - Cross-site performance comparisons - Systematic, data-driven improvements ## Deployment ### Cloud-native. API-first. Scale-ready. Digital Cultivation is a cloud-based SaaS platform accessible from any laptop or tablet — deployable either as part of a HYVE turnkey system or as a standalone platform for existing farms. Through secure APIs, it pulls data from existing sensors, equipment, and control systems — including third-party infrastructure — and pushes data to BI/analytics, accounting, or ERP platforms. As operations scale, Digital Cultivation expands seamlessly to support additional facilities, crops, automation, and integrations without disruption. ### Deploy with HYVE Pre-integrated with AGEYE turnkey systems — sensors, controls, and automation connected out of the box. ### Standalone SaaS Run on any existing farm with third-party sensors and equipment via API integrations. ### ERP Integration Connects to your finance, HR, and analytics tools — no forced re-platforming. ## See how Digital Cultivation runs a real indoor farm. ### Get in Touch Tell us about your project and we'll get back to you within one business day.