Never lose a harvest to labor shortages again
Harvix harvests autonomously — and when the greenhouse gets messy, skilled operators take over instantly. Human precision meets robotic scale.
Harvix harvests autonomously — and when the greenhouse gets messy, skilled operators take over instantly. Human precision meets robotic scale.
The Problem
The harvesting labor shortage isn't coming — it's here. Crops rot in the field while growers scramble for workers who no longer exist.
Meet Harvix
Harvix handles routine harvesting autonomously. But greenhouses are messy, unpredictable places — tangled vines, hidden fruit, tight rows. When things get tricky, a skilled operator takes over instantly.
Harvix navigates rows, identifies ripe produce, and harvests independently — handling the repetitive work without human intervention.
Greenhouses are chaotic. When the robot encounters something unexpected, a trained operator takes control in under a second — no lag, no downtime.
One operator oversees multiple Harvix units. They only intervene when needed — the rest runs itself. More robots, fewer people, lower cost per harvest.
Teleoperation
No robotics degree required. Harvix's control interface is designed so that anyone comfortable with a game controller can operate it within minutes.
Familiar twin-stick layout. If you can play a game, you can harvest.
Real-time camera streams with depth overlays — operators see exactly what the robot sees.
New operators reach full productivity in a single shift. The interface does the heavy lifting.
How It Works
We handle the complexity. You get the harvest.
We install robots in your greenhouse or field. Minimal infrastructure changes required.
Trained remote operators harvest your crops via our telerobots — day or night, rain or shine.
Add more robots as you grow. Fleet economics improve with every unit added.
Technology & Vision
Harvix already handles the majority of harvesting tasks autonomously. But greenhouse environments are inherently unpredictable — overgrown canopies, fallen trellises, tangled stems. Full autonomy alone can't handle this reliably.
That's our edge: every time an operator takes over, it generates training data. The robot learns from each intervention. Autonomy increases over time — but the human backstop means we ship value on day one.
$50B+ addressable market in specialty crop harvesting. We capture revenue now while competitors wait for full autonomy that's still years away.
Team
We combine deep robotics expertise with agricultural domain knowledge.
Founder & CEO
Bachelor's degree in Computer Science from MIT. 4 years industry experience in Robotics engineering, including 2 years in agricultural robotics.
Get Started
Whether you're a grower looking to solve labor challenges or an investor interested in the future of agriculture — let's talk.
Or email directly: vladseremet@gmail.com