Trust in AI deep dive:Sovereign

In a server room, server racks lined on both sides emit blue light.

The importance of data and AI sovereignty is greater than ever. Sovereignty—where data is properly managed and AI systems operate autonomously without undue external influence—is essential in modern business management.

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Featured Content: A Journey Through History—Learning from the Past

Events that marked turning points in history raise questions that still resonate with today’s business leaders: the heliocentric theory, the Renaissance, the Titanic, the Silk Road, and the Age of Discovery. This series uses stories from the past as clues to understand the meaning of “trust” in the age of AI.

“Multi-AI Agent Technology,” in which AI systems collaborate like a team to carry out tasks

Technology introduction

Multi-AI agent technology enables multiple AI agents to work together as a team while continuously and safely learning from execution results, human feedback, policy updates, and specification changes. The agents identify why actions succeed or fail, extract knowledge and best practices, and apply validated learnings to future tasks.

Why it matters

This technology reduces the need for ongoing expert-led tuning by enabling AI to continuously evolve within business operations. Organizations can build and improve AI tailored to their business needs without heavy dependence on specialized AI expertise.

Example use case

Making vast information easier to discover
In business systems such as electronic medical records, identifying the impact of regulatory or policy changes often depends on experienced specialists who know where to look across large volumes of documentation. By applying Multi-AI Agent Technology, AI agents learn from previous search results and human feedback to identify not only directly related documents but also relevant supporting information. This reduces manual effort while enabling more comprehensive and reliable impact analysis.

“AI Security Technology” for the safe and continuous use of AI

Technology introduction

Multiple AI systems can collaborate across attack, defense, and validation functions to identify vulnerabilities, analyze potential attack patterns, assess countermeasure effectiveness, and address emerging threats such as prompt injection attacks. Data and AI Space Collaboration Technology enables organizations to securely collaborate across company and industry boundaries while preserving data sovereignty. By combining data spaces—which allow data to remain under the control of its owner—with distributed AI execution, organizations can analyze and utilize data across multiple enterprises without moving the data itself.

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“Data and AI Space Collaboration Technology” that securely connects data and AI across corporate and organizational boundaries

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“Takane,” a business-specific LLM for enterprises

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“FUJITSU-MONAKA,” made-in-Japan CPU built for high-performance, energy-efficient AI

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“Quantum Computing” next-generation computing for solving previously intractable problems

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“Quantum-HPC Hybrid Computing Technology,” orchestrating multiple computing resources

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