An autonomous robot climbing the trunk of a date palm in a Saudi plantation at golden hour
Riyadh, Saudi Arabia

Robots that climb the palm. So no one has to.

Palmatic builds autonomous robots that pollinate and treat date palm trees — replacing a dangerous 15-metre climb with a machine that does the physical work, tree after tree.

The problem

The most critical job in the grove is still done by hand, at height.

Date palms don't pollinate themselves. Every spring, workers climb 15 to 18 metres up bare trunks to hand-place pollen into each flower cluster — and the entire crop depends on getting it done inside a two-to-three-week window.

Miss the window and yield collapses. Slip on the way up and the cost is far higher than a harvest. Meanwhile the red palm weevil bores through trunks across the region, killing mature trees from the inside long before the damage is visible from the ground.

Labour is scarce, the window is short, and the work is genuinely dangerous.

15–18 mTypical climb height for a single mature date palm, repeated tree after tree.
2–3 weeksThe entire pollination window. Every tree in the grove has to be reached inside it.
Detection onlyExisting weevil sensors raise the alert — but a human still has to climb up and treat the tree.

The solution

We build the hands, not just the eyes.

The market is full of sensors that tell you something is wrong with a tree. Nobody is building the machine that goes up and fixes it. Palmatic is the actuation layer for the date palm.

Now

Autonomous pollination robot

A trunk-climbing robot that ascends to the crown, locates flower clusters, and applies pollen with consistent dosing — turning a hazardous seasonal scramble into a repeatable, logged operation.

Close-up of the Palmatic climbing robot applying pollen to a date palm flower cluster
Pollination head at the crown — concept render

Built for the trunk

A climbing platform designed around the real geometry of a date palm — fibrous, uneven, and never the same twice.

Every tree, logged

Each visit records what was done and when — turning grove management into data instead of guesswork.

One platform, two jobs

Pollination pays for the fleet in spring. Weevil treatment keeps it working the rest of the year.

Why now

The largest palm economy on earth is modernising — and the robot seat is empty.

Saudi Arabia is home to roughly 28 million date palms, and Vision 2030 is pushing billions into agricultural modernisation. Detection startups have already proven that growers will adopt technology. What's missing is the machine that does the physical work — and no dominant Saudi robotics player has claimed it.

~28MDate palms in Saudi Arabia — one of the largest single-crop tree populations anywhere.
SAR 15BVision 2030 agricultural modernisation push driving adoption across the sector.
0Companies actuating on the tree today. Everyone else stops at the alert.

Founder

Hatem Alruwais

Founder & CEO

A Saudi robotics builder who represented Saudi Arabia at the FIRST Global Challenge 2025 in Panama, placing first in the Middle East among more than 140 competing nations. He also founded Future Leaders Organization, a nonprofit teaching robotics and AI to young people across the Kingdom.

Palmatic comes out of that same instinct: build the machine that actually does the work, and build it here.

FIRST Global Challenge 2025 — 1st in the Middle East Founder, Future Leaders Organization Robotics & autonomy

Get in touch

Growers, partners, and investors — we'd like to hear from you.

Whether you manage a grove, build in agri-tech, or want to back the actuation layer for the date palm, the fastest way to reach us is a direct email.

[email protected]

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