Japan Unveils Plans for Fugaku Next, a Groundbreaking Zetta-Scale Supercomputer

September 13, 2024

Japan Unveils Plans for Fugaku Next, a Groundbreaking Zetta-Scale Supercomputer

Japan has announced its plans for the successor to the renowned Fugaku supercomputer, which is currently the world’s fourth-fastest according to Top500.org. This new system, named Fugaku Next, is set to be a Zetta-scale supercomputer, boasting an astounding performance of 1,000 exaFLOPS. To put this in perspective, this power level is a thousand times more potent than the current AMD-powered Frontier system. The ambitious project, revealed by Japan’s Ministry of Education, Culture, Sports, Science, and Technology (MEXT), will come with a hefty price tag of over $750 million and is expected to be operational by 2030.

The development of Fugaku Next is spearheaded by RIKEN and Fujitsu, driven by the urgent need to bolster AI-driven scientific research in Japan. This colossal Zetta-scale machine aims to address the growing computational demands of such research. In theory, a computer of this scale would require the energy output of 21 nuclear reactors, highlighting the significant power considerations involved. However, advancements in semiconductor manufacturing, led by giants such as TSMC, Intel, and Samsung, are moving towards the creation of 2nm transistors. These technological strides may make the enormous computational power of a Zetta-scale machine achievable within the projected timeframe.

Implications for Global High-Performance Computing

Japan has announced plans for Fugaku Next, the successor to its current Fugaku supercomputer, which ranks as the world’s fourth-fastest according to Top500.org. Fugaku Next aims to be a Zetta-scale supercomputer, offering an incredible performance of 1,000 exaFLOPS—making it a thousand times more powerful than the AMD-powered Frontier system. Announced by Japan’s Ministry of Education, Culture, Sports, Science, and Technology (MEXT), the ambitious project will cost over $750 million and is expected to be operational by 2030.

The development of Fugaku Next is being led by RIKEN and Fujitsu, aiming to significantly enhance AI-driven scientific research in Japan. This enormous Zetta-scale supercomputer is designed to meet the growing computational needs of advanced research initiatives. To give a sense of scale, a machine of this magnitude would theoretically require the energy output of 21 nuclear reactors. However, ongoing advancements in semiconductor technology by companies like TSMC, Intel, and Samsung, especially towards 2nm transistors, suggest that achieving this computational power could be feasible within the projected timeline.

Explore more

Why Corporate Wellness Programs Fail to Fix Workplace Stress

February 26, 2026

The modern professional often finds that for every dollar spent on a meditation app by their employer, nearly one hundred and fifty dollars are drained from the global economy due to systemic burnout and disengagement. This economic disparity highlights a growing tension between the wellness industry, which has grown into a juggernaut worth sixty billion dollars, and the eight point

How to Fix the Workplace Communication and Feedback Crisis

February 26, 2026

The silent erosion of professional morale often begins not with a grand failure of strategy but with the subtle, persistent friction caused by poorly articulated managerial guidance. This disconnect between managerial intent and employee performance represents a significant hurdle for modern organizations, as traditional critique methods frequently lead to burnout rather than improvement. Addressing the central challenge of workplace communication

How Can You Close the Feedback Gap to Retain Top Talent?

February 26, 2026

When elite professionals choose to resign, the departure frequently stems from a prolonged absence of meaningful dialogue regarding their trajectory within the organization and the specific expectations surrounding their professional contributions. This silence creates a vacuum where uncertainty flourishes, eventually pushing high achievers toward the exit. Research indicates that nearly half of all employees who voluntarily leave their roles cite

Can AI Infrastructure Redefine Wealth Management?

February 26, 2026

The once-revolutionary promise of digital wealth management has hit a ceiling where simply layering more software atop crumbling legacy systems no longer yields a competitive edge for modern firms. This realization has sparked a fundamental shift in how the industry approaches technology. Instead of pursuing cosmetic updates, firms are now looking at the very bones of their operations to find

Family Office Models Reshape Korean Wealth Management

February 26, 2026

The skyline of Seoul no longer just represents industrial might but also signals a historic accumulation of private capital that is forcing the nation’s most prestigious financial institutions to rewrite their playbooks entirely. The traditional private banking model, once centered on the 1-billion-won investor, is undergoing a radical metamorphosis. As of 2026, a burgeoning class of ultra-wealthy households has redefined