In-depth analysis of Japan's strategic layout in cutting-edge fields such as AI, semiconductors, and robotics in 2026 and beyond. Explore how Japan can transform its traditional manufacturing advantages into global innovation growth points through government guidance and international cooperation.
In-depth analysis of the growth potential of the Japanese AI market from 2026 to 2031, exploring the key driving factors in the fields of robotics, intelligent manufacturing, and generative AI, and its profound impact on the global technology competition landscape.
In-depth analysis of the drivers of the Japanese sensor chip market, exploring the impact of demographic changes and digital transformation in healthcare on the 31.2% compound annual growth rate, and the role of the "Made in Japan" advantage in high-end sensing technology.
METI released the "Startup Ecosystem Research 2026," showing that the total economic effect of Japanese startups reached 25.69 trillion yen, accounting for 4% of nominal GDP, a year-on-year increase of 15%. This article provides an in-depth analysis of the policy logic, industrial transformation signals, and future competitive landscape behind these numbers.
This article is based on an interview with D-Wave's head in Japan, analyzing the critical turning point in Japan's quantum computing market as it moves from research validation to practical operations, as well as the potential impact of the dual-platform strategy on the industry's competitive landscape.
From the birthplace of quantum annealing theory to a core market in the global quantum industry landscape, Japan is becoming an important player in the era of quantum technology.
In-depth analysis of D-Wave's strategic positioning in Japan's quantum market, exploring how Japan has transformed from the birthplace of quantum annealing theory into a leading testing ground for global quantum commercial applications, and the key challenges to achieving industrial-scale advancement.
Japan's telecom industry revenue grew 6.3% but profits remain weak, with investors shifting to China and South Korea. This article analyzes the diversification of digital services and changes in the competitive landscape behind this trend from the perspective of industrial transformation.
Although Japanese PE transactions have hit record highs, a JIC survey shows that most companies still rely on internal funds and bank loans, and are particularly resistant to foreign PE. How does this financing preference affect the innovation vitality and global competitiveness of Japan's technology industry?
Japan faces an aging population and a shortage of software engineers, while also possessing a large amount of legacy code. U.S. AI company Cognition introduced its Devin agent to Japan and found it to become one of the most active markets. This article analyzes why Japan is an ideal testing ground for AI agents and the impact this has on the global IT industry.
Barclays analyst Ajay Rajadhyaksha believes that Japan's diversified applications and structural growth story in the field of artificial intelligence make it the most compelling market in Asia.
This article analyzes the Japanese government's plan to invest 370 trillion yen (approximately 2.3 trillion USD) in 17 strategic areas by 2040, with a focus on AI, chips, and space development. It explores how this plan marks a shift in Japan's tech industry from economic catch-up to technological sovereignty and may reshape the global semiconductor and innovation competition landscape.
NTT, together with SK Group and Chunghwa Telecom, has established an approximately $500 million IOWN AI fund to accelerate the commercialization of all-photonics networks, drive AI infrastructure transformation, and demonstrate Japan's strategic ambitions in next-generation network technology.
Japan is currently using Osaka and the Kansai region to reorganize its narrative around technology investment: centering on robotics, artificial intelligence, semiconductors, and advanced manufacturing, it seeks to attract overseas companies into the Japanese market while testing an open innovation entry point that is closer to the industrial front line.