Is Harvested Robotics worth it for large greenhouse growers?

For large greenhouse operations facing labor shortages, yes. The robots automate de-leafing, trimming, and harvesting, and provide AI-driven crop insights that can improve yields. However, the high upfront cost means ROI depends on your labor savings. Evaluate against manual crews or sensor systems before committing.

Does Harvested Robotics integrate with standard greenhouse management software?

Harvested Robotics offers customizable software integration, allowing you to feed crop health data into your existing irrigation and nutrient management systems. The specifics aren't publicly documented, so consult the vendor for your stack. This flexibility is a key advantage for data-driven growers.

How does Harvested Robotics compare to manual labor crews?

Unlike manual crews, Harvested Robotics works 24/7, including nights, and delivers consistent, precise trimming without labor fatigue. It also generates data for yield forecasting. However, it requires a high upfront investment and greenhouse-only operation, while manual crews offer flexibility and lower initial cost.

What's the cheapest Harvested Robotics tier?

Harvested Robotics does not publish pricing tiers; you must contact sales for a quote. As a hardware-intensive robotics platform, expect a significant investment. For smaller growers, cheaper alternatives like manual tools or simple sensor systems may be more cost-effective.

What are Harvested Robotics' biggest limitations?

The main limitations are its greenhouse-only scope, high upfront cost, and need for maintenance (calibration, camera cleaning). It requires clear row visibility, and narrow spacings or intercropping may reduce accuracy. It's not for outdoor farms or cover crop termination.

Can Harvested Robotics replace manual trimming crews?

Yes, in greenhouse settings, Harvested Robotics can replace manual trimming crews by providing consistent, automated trimming 24/7. This reduces labor costs and ensures uniform plant shape. However, it's a capital investment and best suited for large operations where labor savings justify the cost.

How long does Harvested Robotics take to set up?

Setup time for Harvested Robotics is not publicly documented, but as a hardware robotics system, expect several weeks to calibrate, integrate, and train staff. The vendor's customizable software may require additional time for custom integration with your existing systems.

How do I migrate from manual labor to Harvested Robotics?

Migrating from manual labor involves a capital purchase, installation, and calibration of robots. You'll need to map your greenhouse layout for robot navigation and possibly adjust row spacing. The vendor provides customizable software to integrate with your workflows. Budget for a ramp-up period of a few weeks.

Is Harvested Robotics good for yield forecasting?

Yes, Harvested Robotics uses AI-powered vision to monitor crop health and forecast yields. It collects daily data and generates GPS-tagged maps, which you can use to predict harvests weeks in advance. This is a strong feature for large growers aiming to optimize supply.

Is Harvested Robotics still active in 2026?

Harvested Robotics is active in 2026 but worth monitoring — liveness 54/100. Its weakest signal is how little the vendor publishes (no docs, changelog or pricing detail).

Robotics & Physical AI

Harvested Robotics

Autonomous greenhouse robots for harvest, trim, and de-leafing with AI crop insights.

54/100MonitorCustom pricingContact Sales

A solid fit for large-scale greenhouse operations desperate for labor relief. The autonomous de-leafing, trimming, and yield forecasting is genuinely useful, and the zero-emission electric design fits sustainability goals. But the high upfront cost and greenhouse-only scope mean smaller farms or outdoor growers should look elsewhere. Consider tradeoffs against manual crews or simpler sensor systems before committing.

Verified 16d ago · liveness 54/100 · 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 large greenhouse, expect several weeks to configure and calibrate robots, train staff, and integrate with existing workflows. Day-to-day operation is straightforward, but initial setup requires planning and possibly greenhouse layout adjustments.DesktopNo public API2.6k viewsVerified 16d ago

Pricing

Custom pricing

Contact Sales4 hidden costs

Learning curve

Intermediate

For a large greenhouse, expect several weeks to configure and calibrate robots, train staff, and integrate with existing workflows. Day-to-day operation is straightforward, but initial setup requires planning and possibly greenhouse layout adjustments.

Runs on

Desktop

No public API

Who it's for

Large tomato greenhouse managerCannabis greenhouse operatorSustainability-focused large farm

Live sentiment

Is Harvested Robotics actually worth it?

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Real pros & cons from real users
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Skip it if

Skip Harvested Robotics if you run a small farm or outdoor operation where the high upfront cost and greenhouse-only scope won't pay off.

The 30-second take

Biggest gripe

The robots require significant upfront capital, which may not be listed on the site – contact sales for exact pricing.

Price reality

Pricing is contact-only, typical for heavy robotics hardware. Harvested Robotics targets large greenhouse operations where labor savings justify the capital outlay. For smaller growers, cheaper manual tools or sensor-based monitoring (like climate sensors or simple cameras) may offer better ROI. Compared to other greenhouse automation, Harvested Robotics is likely a premium investment, but it bundles multiple tasks (harvest, trim, de-leaf) into one platform, potentially replacing multiple

In short

Harvested Robotics — Autonomous greenhouse robots for harvest, trim, and de-leafing with AI crop insights. 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

54/100

Monitor

How well maintained and how widely used is Harvested Robotics? Built from what the vendor actually publishes (docs, changelog, tutorials, integrations, pricing), whether the site is live, and how much real users discuss it. How we calculate this

Recent activity

not measured

Traction

not measured

Site health

User sentiment

not measured

What the vendor publishes

Last calculated: September 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, and de-leafing. Using AI-powered vision, these zero-emission electric robots monitor crop health and forecast yields, generating GPS-tagged maps and daily data to optimize irrigation and nutrients. Designed for large-scale growers facing labor shortages, the robots operate at night to preserve labor energy and integrate with existing workflows through customizable software. However, the significant upfront investment and greenhouse-only scope make it unsuitable for small-scale or outdoor operations.

Behind the Verdict

Harvested Robotics delivers real automation for greenhouse tasks that are labor-intensive and repetitive. The key strengths are its multi-function robots (harvest, trim, de-leaf), AI-based crop monitoring that produces actionable data (yield forecasts, GPS-tagged health maps), and night-time operation to shield workers from heat stress. The zero-emission electric operation aligns with sustainability goals. However, the hardware-centric approach brings high capital costs and ongoing maintenance (calibration, camera cleaning). It's constrained to greenhouse environments with clear row visibility, so outdoor or open-field farms won't benefit. For large growers, the ROI hinges on labor savings and yield improvements; for small operations, the upfront investment is hard to justify. If you need simpler, lower-cost data collection, sensor-based systems might suffice. If you need full automation beyond greenhouses, consider broader robotics platforms. Overall, it's a specialized tool for a specific segment — large greenhouse growers with labor pain.

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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.

Large tomato greenhouse manager

Facing seasonal labor shortages, you deploy Harvested Robotics robots to automate de-leafing and harvesting.

Outcome: Robots work overnight, reducing heat stress on workers and freeing labor for skilled tasks. Daily health maps let you optimize irrigation, boosting yield.

Cannabis greenhouse operator

You struggle with inconsistent trims and high labor costs.

Outcome: Robots trim uniformly, ensuring consistent plant shape. Data on crop health helps you adjust nutrients, improving flower quality.

Sustainability-focused large farm

You want to reduce your farm's carbon footprint while addressing labor shortages.

Outcome: Zero-emission electric robots replace diesel or gas-powered equipment, aligning with your sustainability goals while cutting labor hours.

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 2026-08-31

Limitations

Requires greenhouse environments; not suitable for open fields or outdoor farms.
High upfront investment may not pay off for small operations.
Hardware maintenance (calibration, camera cleaning) is necessary.
Narrow row spacings or intercropping may reduce accuracy.
Not designed for cover crop termination or broadcast weeding.
Requires clear visibility between crop rows for optimal performance.

as of 2026-08-30

Verification history

We have re-verified Harvested Robotics 17 times since Jun 2, 2026. Each pass re-reads the vendor's own pages and re-checks every listed field against that evidence; passes where nothing had changed are marked as such.

Aug 30, 2026 — re-checked, vendor evidence unchanged
Aug 24, 2026 — re-checked, vendor evidence unchanged
Aug 7, 2026 — re-checked, vendor evidence unchanged
Jul 31, 2026 — re-checked, vendor evidence unchanged
Jul 25, 2026 — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
Jul 5, 2026 — re-checked, vendor evidence unchanged

Showing the 6 most recent of 17 verification passes.

Free to cite with attribution — this page re-verifies continuously.

Hidden costs & gotchas

What the public pricing page doesn't put in bold. Captured from pricing-page footnotes, contract terms, and recurring complaints.

The robots require significant upfront capital, which may not be listed on the site – contact sales for exact pricing.
Ongoing maintenance such as calibration and camera cleaning adds recurring costs after purchase.
Customizable software integration may require paid professional services to tailor to your workflows.
If your greenhouse has narrow row spacings or intercropping, you may need to modify your setup to ensure robot accuracy, adding retrofit costs.

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.

Switching to or from Harvested Robotics

How to bring data in from common predecessors and how to get it back out — written for the switcher, not the buyer.

Migrating in

→From Manual Crews: Robot training data and crop health baselines can be built using your historical yield logs, but expect a ramp-up period of a few weeks.

Migrating out

↗To Manual Crews: Since robots require significant capital, returning to manual labor involves minimal software/equipment changes but higher ongoing labor costs.

Resources & Guides

Tutorials & Learning

YouTube returned 6 videos for “Harvested Robotics”, and we withheld 6: 6 did not mention Harvested Robotics. We are showing none, because we could not prove any of them are about Harvested Robotics.