Is Harvested Robotics worth it for large greenhouse growers?

Yes, if you have at least 5 acres and face labor shortages. The robots reduce manual labor costs by up to 70% and provide data-driven yield forecasts. However, the per-acre subscription fee adds up, so calculate your ROI using labor savings and yield improvements.

Does Harvested Robotics integrate with existing greenhouse management software?

Harvested Robotics offers customizable software integration, but no specific third-party integrations are documented. You can likely connect it via API or export data for use with tools like CropTracker or Priva. Check with sales for your specific stack.

How does Harvested Robotics compare to manual de-leafing crews?

Harvested Robotics de-leafs 2-3x faster than manual crews with greater consistency, operating 24/7. It also collects health data humans miss. However, upfront cost and maintenance are higher; manual crews are more flexible for small or irregular greenhouses.

What's the cheapest Harvested Robotics tier?

Harvested Robotics pricing is pay-per-acre via subscription. There is no free tier or flat monthly plan. The exact per-acre cost is not publicly listed; contact sales for a quote tailored to your acreage.

What are Harvested Robotics' biggest limitations?

The robots only work in greenhouses with clear row spacing (no intercropping). Laser weeding struggles with dense weeds. Maintenance includes daily camera cleaning and periodic laser calibration. Not suitable for outdoor or cover crop operations.

Can Harvested Robotics replace human harvesters entirely?

Not entirely — the robots handle repetitive tasks like de-leafing, trimming, and data collection, but delicate harvesting may still require human touch. They are best as a labor-augmentation tool, not a full replacement.

How long does Harvested Robotics take to set up?

Setup takes 2-3 days per robot for mapping and calibration, plus 1-2 weeks for full deployment on a typical 10-acre greenhouse. Includes software configuration and training for your team.

How do I migrate from manual labor to Harvested Robotics?

Start with a pilot on 1-2 acres: map your greenhouse rows, train staff on robot oversight, and phase out manual crews gradually. Harvested Robotics provides technical support during onboarding.

Is Harvested Robotics good for tomato greenhouse automation?

Yes, it's ideal for tomatoes. The robots autonomously de-leaf to improve airflow and reduce disease risk, trim for uniformity, and collect health data. Yield forecasting helps plan harvest logistics.

Automation & Agents

Harvested Robotics

Autonomous greenhouse robots for harvesting, trimming, and data collection.

75/100Safe BetCustom pricingContact Sales

Harvested Robotics is a strong choice for large greenhouse growers struggling with labor shortages. Its autonomous robots automate de-leafing, trimming, and data collection with AI precision. However, the high cost and greenhouse-only design exclude small farms and outdoor operations. Consider it if you need to replace manual labor at scale; otherwise, explore manual or semi-automated alternatives like smaller electric trimmers.

Verified 18d ago · liveness 75/100 · cite: rightaichoice.com/tools/harvested-robotics

Best for

Large greenhouse growers facing labor shortages
Operations seeking real-time crop data and yield forecasting
Growers aiming for consistent, precise automation
Sustainable farms prioritizing zero-emission electric solutions

Not ideal for

Small-scale growers or hobbyists due to high investment
Outdoor or open-field farms
Growers who prefer manual control or low-tech solutions

Visit Website

IntermediateFor a greenhouse up to 15 acres, expect 2-3 days per robot for initial mapping and calibration. Full deployment across multiple robots may take 1-2 weeks.DesktopNo public API2.6k viewsVerified 18d ago

Pricing

Custom pricing

Contact Sales

Learning curve

Intermediate

For a greenhouse up to 15 acres, expect 2-3 days per robot for initial mapping and calibration. Full deployment across multiple robots may take 1-2 weeks.

Runs on

Desktop

No public API

Who it's for

Head grower at a 10-acre tomato greenhouseOperations manager at a cannabis greenhouse

Live sentiment

Is Harvested Robotics actually worth it?

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Skip it if

Skip Harvested Robotics if you run a small farm or grow crops outdoors, as the high investment and greenhouse-only design won't pay off.

The 30-second take

Price reality

Pricing is contact-based and tied to acres, making it a significant investment best suited for large operations where labor replacement yields clear ROI. Compared to semi-automated tools like Electric Farmworker or small trimming trimmers, Harvested Robotics has higher upfront cost but lower per-acre labor expense at scale.

In short

Harvested Robotics — Autonomous greenhouse robots for harvesting, trimming, and data collection. Best for Large greenhouse growers facing labor shortages, Operations seeking real-time crop data and yield forecasting, Growers aiming for consistent, precise automation. Contact Sales pricing.

Viability Score

75/100

Safe Bet

How likely is Harvested Robotics to still be operational in 12 months? Based on 4 signals — momentum (how recently it shipped), wrapper dependency, revenue model, and web presence.

momentum

funding runway

website health

wrapper dependency

100

Last calculated: July 2026

How we score →

Key Features

Autonomous harvesting
Autonomous trimming
Autonomous de-leafing
AI-powered plant health monitoring
Real-time yield forecasting
Zero-emission electric operation
High-volume de-leafing
Leaf trimming automation
Data collection for crop insights
Customizable software integration
GPS-tagged crop health maps
Night-time operation capability

About Harvested Robotics

Contact SalesIntermediateNo APIDesktop

Harvested Robotics provides autonomous greenhouse robots that handle repetitive tasks like harvesting, trimming, de-leafing, and real-time data collection. Designed for large-scale growers facing labor shortages, these zero-emission electric robots use AI-powered vision to monitor crop health and forecast yields. The robots integrate with existing greenhouse workflows via customizable software. Compared to manual methods, Harvested Robotics reduces labor costs and improves consistency, but requires significant upfront investment and is limited to greenhouse environments.

Behind the Verdict

Harvested Robotics addresses a critical pain point for large greenhouse growers: labor scarcity and rising costs. The AI-powered vision system enables precise de-leafing and trimming, which manual crews often do inconsistently. The data collection and yield forecasting features provide actionable insights to optimize water, nutrients, and harvest timing. However, the robots require a significant capital investment, and ongoing maintenance (laser calibration, camera cleaning) adds operational overhead. The greenhouse-only limitation means outdoor farms (e.g., row crops) cannot benefit. Compared to semi-automated tools like handheld trimmers, Harvested Robotics offers full autonomy but at a higher price point. It shines in high-value crops like tomatoes and cannabis where consistency and yield forecasting justify the cost.

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Real-world workflow fit

Concrete scenarios for the personas Harvested Robotics actually fits — and what changes day-one when you adopt it.

Head grower at a 10-acre tomato greenhouse

Deploy robots nightly for de-leafing and health monitoring during labor shortage.

Outcome: Reduces manual labor hours by 70%, catches disease early via vision data, and improves yield by 5%.

Operations manager at a cannabis greenhouse

Use trimming robots to standardize plant shape and collect bud density data.

Outcome: Consistent trim quality increases market value, and data guides nutrient adjustments.

Use Cases

Automate de-leafing in tomato greenhouses to improve airflow and reduce disease.
Replace manual trimming crews in cannabis greenhouses for consistent plant shape.
Collect daily crop health data to optimize irrigation and nutrient schedules.
Forecast harvest yields weeks in advance using AI-driven plant analysis.
Operate night-time harvesting during heatwaves to preserve labor team energy.

Models Under the Hood

AI-powered vision (proprietary)

as of 2026-07-14

Limitations

Laser weeding is less effective against dense weed populations due to per-weed processing time.
Requires clear visibility between crop rows; narrow row spacings or intercropping reduce accuracy.
Hardware maintenance (laser calibration, camera cleaning) needed.
Not suitable for cover crop termination or broadcast weeding.

as of 2026-07-02

12-month cost

Project the real annual outlay, including the implied monthly cost when only an annual tier is published.

Plan

Annual total

—

Contact sales for a quote

Effective monthly

—

Vendor list price only. Add-on usage, seat overages, and contract minimums are surfaced under Hidden costs & gotchas.

Plans compared

For each published Harvested Robotics tier: who it actually fits, and what it adds vs. the previous tier. Cross-reference the cost calculator above for projected annual outlay.

Subscription

Pay per acre

Ideal for

Large greenhouse growers with at least 5 acres who need full hardware and software support.

What this tier adds

Pay-per-acre pricing includes hardware kit, AI updates, remote support, and analytics dashboard — no upfront purchase.

Where the pricing makes sense

The company stage and team size where Harvested Robotics's pricing actually pencils out — and where peers do it cheaper.

Setup time & first value

How long it actually takes to get something useful out of Harvested Robotics — broken out by persona, not the marketing-page minute.

For a greenhouse up to 15 acres, expect 2-3 days per robot for initial mapping and calibration. Full deployment across multiple robots may take 1-2 weeks.

Resources & Guides

Official links

Official Website Reddit (2 threads)

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