Robotics · Precision Agriculture

Harvesting olives
shouldn't need
a full team.

Olivotics builds semi-autonomous robots for traditional olive farms. One operator. No extra labour. Designed for the terrain machines left behind.

1.9M
olive farms in Europe
€15k
target price
1
operator per fleet
Olivotics robot front view
The Problem

Traditional olive farming
is losing its workforce.

Across Italy, Greece, Spain, and beyond — ageing farmers, rural depopulation, and unreliable seasonal labour are pushing generations-old groves toward abandonment.

👴

Ageing workforce

The average European olive farmer is over 60. Young people are leaving rural areas and not returning.

👷

Labour unavailability

34% of farms report critical labour shortages during harvest. Coordinating seasonal workers is increasingly unreliable.

⛰️

Terrain machines can't handle

Industrial harvesters need flat, wide rows. Traditional groves — on slopes, with old trees, in tight spaces — are off-limits for them.

💶

Harvest costs 50–80% of production

When labour is scarce and expensive, many farms simply don't harvest. The olives rot. Fields get abandoned.

"Finding workers for harvest is becoming impossible."
— Olive producer, Abruzzo, Italy
1.9M

olive farms across Europe

70%

harvested manually today

34%

face critical labour shortage

€0

affordable autonomous solution exists today

Our Solution

One robot.
Zero extra labour.

We didn't reinvent harvesting — we automated it. The shaker-and-net method already works. Olivotics removes the human effort from it.

01
🧭

Navigate

Moves autonomously between olive rows using onboard sensors and AI navigation.

02
🎯

Position

Aligns the collection net precisely under the tree canopy.

03
🌿

Shake

The arm vibrates branches gently — no damage to the tree, maximum yield.

04
📦

Collect

Olives fall directly onto the net below. No manual raking required.

05
➡️

Move on

Drives itself to the next tree while the operator monitors the whole grove.

One operator can supervise multiple robots simultaneously.  The labour bottleneck disappears entirely.

The Robot

Built. Tested.
Ready to scale.

Compact enough to transport in a standard vehicle. Powerful enough to replace a full harvesting crew. Priced within reach of real farms.

Target price
€15–20k
Drive system
48V Electric
Arm DOF
2-DOF
Operators needed
1 per fleet
The Team

Built by people
who know the problem.

We didn't read about the labour problem in a report. We experienced it firsthand harvesting olives in Italy.

Daniele Zecchini

Daniele Zecchini

CEO & CTO

Robotics & AI, University of Klagenfurt. ROS, CAD, programming. Olive harvesting experience firsthand.

Giuliana Rinella

Giuliana Rinella

COO

Robotics & AI, University of Klagenfurt. Speaks 4 languages. Mediterranean market access.

🎓 Affiliated with University of Klagenfurt — Robotics & AI Department
Get in touch

Let's bring smart harvesting
to the farms of Europe.

We're open to pilot partnerships, farm cooperatives, research collaborations, and distribution opportunities across the Mediterranean and beyond.