HACARUS ranked 31st in Deloitte Touche Tohmatsu Japan’s Technology Fast 50

HACARUS Ranked 31st In Deloitte Touche Tohmatsu Japan’s Technology Fast 50

With a recorded revenue (sales) growth of 160.9% over the past three fiscal years.

March 22nd, 2024, Kyoto, Japan – HACARUS, on a mission to bring the next generation of instruments to every industry, today announced that is has been ranked 31st on the Technology Fast 50, 2023, Japan list – a ranking of growth rates based on revenues (sales) for the past three fiscal years, conducted by Deloitte Touche Tohmatsu.

About the Technology Fast 50 Ranking 

Japan Technology Fast 50 is the Japanese edition of the ranking series organized by Deloitte Touche Tohmatsu Limited, an international public accounting and consulting firm that ranks companies based on their recent revenue (sales) growth based on a three-year period. It is a benchmark for growth and success, and is now being held for the 21st time. Because the revenue growth rates are used as indices, the ranking indicates the fastest-growing companies regardless of their sizes. Entries are accepted from both listed and unlisted companies that encompasses all technology industry segments including hardware, software, communications, media, life sciences and clean technology. For program details, please visit http://www.deloitte.com/jp/fast50 (Japanese Only).


HACARUS mission is to bring the next generation of instruments to all industries. We are an AI developer from Kyoto, Japan with over a decade’s experience in delivering complex solutions for machine vision systems, and backed by Mitsubishi Electric, Daikin, Osaka Gas and Miyako Capital (Kyoto University), among others. HACARUS Check, our flagship visual inspection suite is currently deployed in Asia, Europe and North America and helps clients achieve factory automation and digital transformation goals. HACARUS’ AI Core is uniquely differentiated in that it is able to create highly accurate defect detection models from small data sets, trained with only good data, and can be adopted to changing production conditions with simple adjustments.

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