LahakX

Company Overview

Snapshot

Founded in January 2017 by Eylon Sorek, Dr. Michal, Dr. Sharon, and Itzik Turkel, LahakX operates with 1–10 employees. The company has raised $2.23M across four funding rounds from three investors. In January 2024, LahakX secured a grant from the BIRD Foundation.

Business overview

LahakX develops a comprehensive spraying solution utilizing its proprietary agriculture-drone technology. The company's autonomous swarm system is designed to cover farms rapidly and precisely, offering both broad application and targeted "spot spraying" to significantly reduce chemical usage. This technology aims to decrease labor, operational, and service costs while simultaneously enhancing productivity and safety for growers. LahakX operates within the Agriculture & Food Technologies sector, focusing on precision agriculture and sustainable farming, and offers its solution for purchase or as a service.

Strategic signal

In February 2024, LahakX partnered with Aero Systems West to introduce a new approach to crop spraying. This collaboration signals a strategic move to expand market reach and integrate advanced drone technology, potentially accelerating the adoption of precision agriculture solutions and further reducing pesticide use in the industry.

Company Intelligence Q&A

What is LahakX's core technology?

LahakX develops a complete spraying solution based on its proprietary agriculture-drone technology, utilizing an autonomous swarm to cover farms quickly and precisely or to spot spray specific zones.

When did LahakX begin its US operations?

LahakX's US operations commenced in 2020, making its value proposition commercially available in that market.

What was a significant recent partnership for LahakX?

In February 2024, LahakX joined forces with Aero Systems West to introduce a new approach to crop spraying, aiming to bring advanced drone technology to the agricultural sector.

How does LahakX contribute to climate tech?

LahakX's spot-spraying solution reduces pesticide use by up to 75% through patent-pending algorithms and system integration, thereby mitigating agricultural greenhouse gas emissions.