Incubate Fund

Incubate Fund is an independent venture capital firm founded in 2010 and based in Tokyo, Japan. It specializes in seed and early-stage investments in technology startups, backing entrepreneurship across Asia. The firm has built a portfolio of more than 300 companies and has delivered multiple exits, including 12 initial public offerings and 20 mergers and acquisitions since its inception. It maintains a broad sector focus that spans business products and services, consumer products and services, information technology and the Internet of Things, as well as media, entertainment, games, commerce, logistics, medical, financial services, real estate, automobiles, and housing-related innovation. Through its regional presence in Asia, the firm supports founders from early development through scaling, aiming to back ambitious teams with potential for significant growth.

Tohru Akaura

Co-Founder and General Partner

Yuuki Aono

Associate

Gotoh Katsunari

Professional Partner

Haruki Imaizumi

Associate

Masahiro Kitao

Professional Partner

Kazuki Koyama

Associate

Ryu Kusakabe

Associate

Dave Kwong

Overseas Partner

Misuzu Matsumoto

Associate

Nao Murakami

Co-Founder and General Partner

Kazuki Notsu

Co-Founder, Managing Director and Overseas Partners

Satoshi Nunokawa

Associate

Rajeev Ranka

Principal

Kyosuke Seto

Associate

Kyosuke Seto

Associate

Koki Tanaka

Associate

Past deals in Cargo

ZABoooN

Series A in 2024
ZABoooN is a shipping company that specializes in maritime solutions, providing services in crew labor management, movement management, and ship management. The company has developed a platform that streamlines the connection between ships and land operations, allowing for efficient management of maritime logistics. Its ship management function simplifies the attendance registration process for seafarers, enabling users to record attendance with a single tap on a smartphone or tablet. This innovation automatically generates a labor-management record book, enhancing operational efficiency and reducing costs for clients through cloud-based services.

Cartken

Venture Round in 2024
Cartken develops delivery robots designed for transporting items over short distances within neighborhoods. Their robots are equipped with advanced sensors and cameras for collision avoidance and hazard detection, ensuring safe navigation in urban environments.

LexxPluss

Series A in 2023
LexxPluss develops automated transport robots for logistics warehouses. Their solution combines autonomous driving technology with guided mode navigation, ensuring accuracy even in challenging environments. The company focuses on cost-effectiveness, safety analysis, and user experience to enable efficient automation of labor-intensive tasks.

LexxPluss

Series A in 2021
LexxPluss develops automated transport robots for logistics warehouses. Their solution combines autonomous driving technology with guided mode navigation, ensuring accuracy even in challenging environments. The company focuses on cost-effectiveness, safety analysis, and user experience to enable efficient automation of labor-intensive tasks.

Cartken

Seed Round in 2021
Cartken develops delivery robots designed for transporting items over short distances within neighborhoods. Their robots are equipped with advanced sensors and cameras for collision avoidance and hazard detection, ensuring safe navigation in urban environments.

LexxPluss

Seed Round in 2021
LexxPluss develops automated transport robots for logistics warehouses. Their solution combines autonomous driving technology with guided mode navigation, ensuring accuracy even in challenging environments. The company focuses on cost-effectiveness, safety analysis, and user experience to enable efficient automation of labor-intensive tasks.

LexxPluss

Seed Round in 2020
LexxPluss develops automated transport robots for logistics warehouses. Their solution combines autonomous driving technology with guided mode navigation, ensuring accuracy even in challenging environments. The company focuses on cost-effectiveness, safety analysis, and user experience to enable efficient automation of labor-intensive tasks.
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