imgn
AI-Powered Solutions for Streamlined Film and TV Production
Company Overview
Snapshot
Founded in January 2020 by Yaron Klainer and David (Dudu) Ring, imgn operates with 1–10 employees. The company has completed 2 funding rounds, attracting 2 investors. In February 2026, imgn secured a funding round from investor Titan Capital Partners, signaling continued investor confidence in its AI-powered production solutions.
Business overview
imgn is an AI-powered platform designed to enhance efficiency and reduce costs across the film and TV production pipeline. Its core technology automates key processes from script development to post-production, including budgeting, scheduling, live cost tracking, storyboarding, and video creation. By leveraging advanced AI, imgn addresses traditional production challenges, providing a data-driven workflow that improves project timelines and resource allocation for production teams in the Media & Entertainment Technologies sector, specifically within Digital Content Production.
Strategic signal
In May 2026, a Globes.co.il report highlighted imgn as one of the successful investments for a fund that recently closed its second round with $50 million. This indicates strong investor validation for imgn's AI-powered solutions in film and TV production, suggesting positive momentum and strategic interest in companies that streamline creative industries through technology.
Log in to access full profile ›Company Intelligence Q&A
- When was imgn founded and by whom?
- imgn was founded in January 2020 by Yaron Klainer and David (Dudu) Ring.
- What is imgn's primary focus?
- imgn focuses on providing AI-powered solutions to streamline and enhance efficiency in film and TV production, from script development to post-production.
- How does imgn leverage AI in its platform?
- imgn leverages advanced AI technologies to automate processes such as budgeting, scheduling, live cost tracking, script development, storyboarding, and video creation, aiming to improve project timelines and resource allocation in production.