Core Technologies

Real-World Sensing

Our deep learning technology perceives, integrates, understands, and analyzes diverse types of sensor data at levels beyond human abilities.

Edge-Heavy Computing

We evolve computing from the traditional centralized model to the new paradigm of an edge-collaborative model, providing complete collaboration from device to cloud.

Real-Time Interaction

Soon, everything will be connected to the Internet and interacting in real time. Our technology seamlessly integrates data from the physical and digital worlds.


Management Team

西川徹 西川徹 創業者 - 代表取締役(CEO)

株式会社Preferred InfrastructureのCEOを兼任。IPA未踏ソフトウェア創造事業「抽象度の高いハードウェア記述言語」、第30回ACM国際大学対抗プログラミングコンテスト世界大会19位。

岡野原大輔 岡野原大輔 創業者 - 取締役副社長

未踏ソフトウェア創造事業「単語抽出法による次世代データ圧縮法の開発」「汎用的データにおける確率的言語モデルの抽出及びその利用」「文脈を利用した文書分類」 未踏ソフト創造事業 スーパークリエータ認定 2005年度, 第1回, 第2回NLP若手の会シンポジウム(YANS) 最優秀発表賞、言語処理年次大会2009年度、2010年度 優秀発表賞, 東京大学総長賞。

長谷川順一 長谷川順一 取締役 - 最高執行責任者

1986年ソニー株式会社入社。 IT研究所システムアーキテクト、 BSCカンパニー プラットフォーム技術部 統括部長などを歴任。

Our Services


Using big data from diverse devices, we recognize customers’ interests and attributes through analysis of their in-store behavior.

Health Care

Our framework enables early detection of disease, through analysis of genomic, vital signs, environmental, and infectious disease trends data.


Our technology provides an advanced O2O solution by integrating online and offline data for prediction of consumer behaviors and attributes.

Life Science

Our integrative, multi-purpose system detects and predicts new phenomena, advancing developments in biotechnology, drug discovery, and health care.


We automate manufacturing operations to maximize production efficiency and recommend counteractions in emergency situations.

Public Safety

Powered by deep learning, our leading-edge video analytics system provides real-time threat detection for any environment.

Network Security

Using our distributed and collaborative computing methods, we provide advanced attack detection and threat avoidance.


We automate vehicle and transportation operations through computer vision and collaborative, real-time analysis of multiple types of data.