Root

Company Overview

Snapshot

Founded in January 2020 by Ian Riopel, John Amaral, and Benji Kalman, Root operates with 11–50 employees. The company raised $37.6 million across 2 funding rounds from 7 investors. Root was acquired by Aikido Security in June 2026.

Business overview

Root.io specializes in automating container vulnerability management, offering a platform that eliminates the need for container rebuilds or rebasing through intelligent patching. Its core technology enables security and development teams to efficiently address vulnerabilities without disrupting deployment cycles. The company serves enterprises and software development teams within fast-paced containerized environments, operating within the Business Software sector, specifically focusing on IT, R&D, and Data Solutions, and Product Development Tools.

Strategic signal

Root's acquisition by cyber unicorn Aikido Security in June 2026 for an estimated $70-$100 million signals a significant consolidation in the cybersecurity market, particularly in container vulnerability management. This move validates Root's technology and market position, indicating a strategic push by Aikido Security to enhance its offerings and address the growing demand for robust container security solutions.

Company Intelligence Q&A

What was the most significant recent corporate event for Root?

Root was acquired by Aikido Security in June 2026. The acquisition was reported to be in the range of $70-$100 million.

When did Root raise its last funding round?

In January 2022, Root (then operating as Slim.AI) secured a funding round with lead investments from StepStone Group.

Who were the founders of Root?

Root was founded by Ian Riopel, John Amaral, and Benji Kalman in January 2020.

What was the company's former name?

Root previously operated under the name Slim.AI.

What is Root's primary focus in the market?

Root focuses on automating container vulnerability management, providing solutions that enable security and development teams to address vulnerabilities efficiently without disrupting deployment cycles.