Coverdolly

Autonomous Robotic Solution for Passive Greenhouses Multi-season Covering Installation

Agriculture & Food Technologies
Private
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Company Overview

Snapshot

Founded in December 2023 by Ora Peled Nakash, Shlomi Azulay, Ahi Sitbon, and Gilad Meller, Coverdolly operates with 1-10 employees. The company has secured funding across two rounds from two investors. In May 2026, Coverdolly received an investment from L'Dor.

Business overview

Coverdolly is an Agriculture & Food Technologies startup developing autonomous robotic solutions for passive greenhouses. Its core technology focuses on automating the installation and removal of multi-season greenhouse coverings, aiming to reduce labor needs and minimize plastic waste. The company serves the agricultural sector, specifically targeting farmers who utilize greenhouses, and operates within the Ag Tech and Sustainable Farming categories.

Strategic signal

In October 2023, Coverdolly secured an initial investment of 200,000 shekels from the Israel Innovation Authority, alongside additional funds from friends and family. This investment signals strong early-stage validation for Coverdolly's mission to address the global shortage of skilled agricultural labor through automation, particularly in critical tasks like greenhouse covering.

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Company Intelligence Q&A

What is Coverdolly's primary solution?
Coverdolly provides an autonomous robotic solution designed for the installation and removal of multi-season coverings for passive greenhouses, aiming to reduce manual labor and plastic waste in agriculture.
When was Coverdolly founded and by whom?
Coverdolly was founded in December 2023 by Ora Peled Nakash, Shlomi Azulay, Ahi Sitbon, and Gilad Meller.
What was a key early investment for Coverdolly?
In October 2023, Coverdolly received an initial investment of 200,000 shekels from the Israel Innovation Authority.
What problem does Coverdolly aim to solve in agriculture?
Coverdolly aims to address the global shortage of skilled labor in agriculture by automating the process of covering and removing greenhouse plastic, thereby also reducing plastic waste due to deployment errors.
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