FreezeM

Company Overview

Snapshot

Founded in August 2018 by Yuval Gilad, Idan Alyagor, and Yoav Politi, FreezeM operates with 11–50 employees. The company has raised $14.76 million across three funding rounds from three investors. In February 2024, FreezeM secured Series A funding to accelerate its market expansion within the insect protein industry.

Business overview

FreezeM is dedicated to making insect farming sustainable, scalable, and accessible by providing ready-to-use black soldier fly (BSF) breeding products to rearing facilities globally. The company develops novel technologies to create stocks of suspended BSF neonates, akin to seed production in agriculture. FreezeM's core technology enables the efficient conversion of organic waste streams into high-value insect protein for animal feed and fertilizer, addressing food waste and contributing to sustainable protein sources within the Agriculture & Food Technologies sector.

Strategic signal

In November 2024, FreezeM partnered with Agroloop to open a black soldier fly larvae (BSFL) farm featuring fully outsourced breeding. This collaboration signals a significant advancement in insect agriculture, demonstrating a model for efficient, large-scale insect protein production and validating FreezeM's technology as a critical component for scaling sustainable animal feed solutions.

Company Intelligence Q&A

When was FreezeM founded and by whom?

FreezeM was founded in August 2018 by Yuval Gilad, Idan Alyagor, and Yoav Politi.

What significant funding did FreezeM receive in 2024?

In February 2024, FreezeM raised $14.2 million in Series A funding from the European Union’s EIC Fund to accelerate its market expansion in the insect protein industry.

What is the purpose of FreezeM's technology?

FreezeM develops novel technologies to enable the creation of stocks of ready-to-use suspended BSF neonates, which function as a 'seed' for insect farming, simplifying and expanding access to insect protein production.

How does FreezeM contribute to climate tech?

FreezeM contributes to climate tech by enabling the efficient conversion of organic waste streams into high-value insect protein for animal feed and fertilizer, thereby reducing food waste and its associated CO2 emissions.