C-Crop

Company Overview

Snapshot

Founded in May 2021 by Ilya Leyzerson, Pavel Hilman, and Hagai Karchi, C-Crop operates with 1–10 employees. The company has raised $2.4M across three funding rounds, focusing on its video-based yield forecasting and precision crop management platform. C-Crop secured its latest funding in September 2025.

Business overview

C-Crop provides a precision agriculture platform specializing in automated yield forecasting and real-time crop monitoring. Its core technology enables growers to utilize standard mobile devices to capture video footage of their plantations, which the software then analyzes to generate detailed yield estimations and health reports. This video-based approach facilitates continuous measurement and data collection across diverse agricultural environments without requiring specialized sensors or complex hardware. By digitizing the scouting process, C-Crop helps agricultural producers optimize harvest planning and resource allocation through data-driven insights, improving the accuracy of yield predictions and providing actionable intelligence on crop variability throughout the growing season. The company operates in the Agriculture & Food Technologies sector, serving commercial agricultural operations with B2B solutions.

Company Intelligence Q&A

What is C-Crop's primary focus in agriculture?

C-Crop focuses on video-based yield forecasting and precision crop management, utilizing mobile device video footage to provide automated yield estimations and real-time crop health monitoring for agricultural producers.

When was C-Crop founded and by whom?

C-Crop was founded in May 2021 by co-founders Ilya Leyzerson, Pavel Hilman, and Hagai Karchi.

What is the total capital raised by C-Crop?

C-Crop has raised a total of $2.4M across three funding rounds.

When did C-Crop secure its most recent funding?

C-Crop secured its most recent funding round in September 2025.

What is C-Crop's approach to crop monitoring?

C-Crop uses a video-based approach for continuous measurement and data collection, allowing growers to use standard mobile devices to capture footage for analysis, eliminating the need for specialized sensors or complex hardware.