The $105 million startup is partnering with LG CNS to deploy its wheeled manipulator robot across manufacturing and logistics operations in South Korea
Genesis AI just pulled back the curtain on Eno, its first general-purpose robot, and already has a home for it: LG’s factories in South Korea. The robot is expected to ship by Q4 2026, marking one of the fastest transitions from stealth startup to industrial deployment in the robotics space.
The company, which emerged from stealth in 2025 after raising $105 million in seed funding, announced the Eno robot on June 16 alongside a strategic partnership with LG CNS, the technology services arm of the LG Group.
What Eno actually is (and isn’t) #
Eno is a wheeled mobile manipulator, which means it rolls rather than walks. It features dexterous arms and a foldable, height-adjustable three-panel body, a design that prioritizes factory-floor utility over sci-fi aesthetics.
The robot runs on Genesis AI’s proprietary GENE foundation model, which the company built specifically for general-purpose task execution. Rather than programming Eno for specific repetitive motions the way traditional industrial robots work, the GENE model is designed to let the robot handle varied, complex workflows across different environments.
Initial deployments will target manufacturing, logistics, and laboratory settings. The partnership with LG CNS will focus first on LG facilities, with a selected customer base in the United States also slated for early access before a broader global rollout.
The business case and production timeline #
CEO Zhou Xian has set expectations at a measured pace. The company plans to produce dozens of Eno units by the end of 2026, which signals this is very much a small-scale pilot phase rather than mass production.
The LG CNS partnership links Genesis AI to LG’s initiatives aimed at transforming facilities into advanced data factories dedicated to training and deploying robotics. LG CNS handles IT services and smart factory solutions for the broader LG Group, which operates across electronics, chemicals, telecommunications, and energy.
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