Fujitsu and Dai-ichi Life Initiate Joint Research to Apply Quantum Technology in Insurance Asset Management: Aiming for Innovation in Portfolio Optimization

IBTimes JP Japan

Overview

Fujitsu and Dai-ichi Life Group have launched a joint research project from April 2026 to March 2027 to apply quantum technology in insurance asset management. This project leverages Dai-ichi Life Insurance’s real-world asset management challenges with Fujitsu’s quantum computer simulator and quantum algorithms. It aims to develop and validate investment portfolio optimization techniques under various constraints, reflecting ongoing efforts by Japanese companies to explore quantum computing in finance and other industrial applications before the advent of full fault-tolerant systems.

In Depth

Key Findings

Fujitsu and Dai-ichi Life Group have announced a one-year joint research project, running from April 2026 to March 2027, to apply quantum technology to asset management operations within Japan’s insurance sector. This project specifically focuses on optimizing investment portfolios under various constraints, exploring the potential for quantum computing to deliver practical value in the financial domain.

Technical Details

The joint research aims to address Dai-ichi Life Insurance’s real-world asset management challenges, such as optimizing asset allocation across multiple asset classes, maximizing risk-adjusted returns, and adhering to regulatory requirements, by utilizing Fujitsu’s advanced quantum computer simulator and developing quantum algorithms. Fujitsu’s quantum computer simulator will serve as a crucial tool for evaluating and validating quantum algorithm performance at a stage where actual quantum hardware does not yet possess the performance required for large-scale financial calculations. The research team plans to leverage algorithms strong in combinatorial optimization problems, such as quantum annealing, to efficiently discover and evaluate portfolios that consider complex financial market data and numerous constraint conditions. The findings are also intended for dissemination through academic publications.

Background and Industry Context

Asset management in the financial industry, particularly in insurance, is a rich area for extremely complex optimization problems. These problems involve considering a vast number of variables and simultaneously satisfying diverse constraints (e.g., liquidity, risk tolerance, regulations). Traditional classical computers and optimization algorithms often face limitations in computation time, making it difficult or impossible to reach optimal solutions. Quantum computing holds the promise of solving these complex optimization problems more quickly and efficiently than conventional technologies. This joint research is positioned as a proactive investment by Japanese financial institutions to explore the potential of this nascent technology and establish future competitive advantages before full fault-tolerant quantum computers become commercially available.

Strategic Significance and Outlook

This joint research by Fujitsu and Dai-ichi Life Group will be a pioneering case study for the application of quantum technology in the Japanese financial industry. If successful, this technology could enable more precise and efficient asset management strategies, contributing to improved profitability and enhanced risk management capabilities for insurance companies. Furthermore, the insights gained from this research have the potential to serve as a model for applying quantum technology to other financial institutions and industrial sectors. In the future, quantum computing is expected to become an indispensable tool across a wide range of financial services, including portfolio optimization, risk assessment, fraud detection, and customer behavior modeling. This collaboration represents a crucial step in building that future.