#Japan #Tokyo #precious metals #MIRAIASU #XRF Analysis

Overview of the Patent

MIRAIASU Co., Ltd., led by President Ryotaro Hatano, has successfully obtained a patent for a groundbreaking technology that leverages X-ray fluorescence (XRF) analysis to ascertain the authenticity of precious metals. This newly developed method identifies aberrations such as plating or foreign material inclusion by analyzing the composition data of precious metals and applies this data towards making informed judgments on material authenticity.

Patent Details

• - Patent Title: Information Processing Device, Information Processing Method, and Information Processing Program for Safe Product Transactions
• - Application Number: Patent Application 2026-051942
• - Patent Number: Patent No. 7894542
• - Inventors: Yuuki Takeuchi, Ryotaro Hatano, Aito Hatano, Toshiki Kanda
• - Date of Registration: July 23, 2026

Background of the Patent Acquisition

The trade of precious metals has faced significant challenges due to the mingling of counterfeit, plated, and improperly mixed items in the market. The rise of advanced counterfeiting techniques makes it increasingly difficult to identify genuine products through visual inspection alone. Coupled with the potential for abuse by criminal organizations and money laundering schemes, an urgent need has emerged for a solution that can guarantee authenticity and transaction security.

The goal of this invention is to provide an integrated information processing technology that addresses these problems by utilizing scientific material analysis as a foundation for authenticity verification, identity confirmation, transaction risk management, and shipment information aggregation. By establishing an objective inspection framework, it enhances the transparency of transactions, ensuring a safer environment for sellers, buyers, and appraisal service providers alike.

Technical Features of the Patent

This patent introduces a method that employs XRF analysis to derive spectral data, estimating the content of gold, platinum, palladium, silver, and more. It analyzes spectral patterns for anomalies to detect any signs of plating, mixed materials, or void structures, ultimately aiding in confirming material authenticity. In addition to the material analysis results, the technology integrates image analysis, weight, density, magnetism, and ultrasonic inspection results to bolster diagnostic accuracy.

Furthermore, it combines identity verification, risk information concerning criminal enterprises and money laundering, product images, transaction records, and shipping logs, thus ensuring comprehensive management of overall transaction security. One of the key attributes of this patent is its dual focus on both scientific material analysis and integrated transaction risk management.

Future Prospects

Looking ahead, MIRAIASU plans to meticulously develop the patented technology into practical applications in collaboration with other patent holders. The importance of not just creating innovative research and securing patents but also translating these innovations into actual products and services has been emphasized in recent years. MIRAIASU is dedicated to ensuring that this technology is effectively incorporated into the buying and analysis processes, allowing for improvements through continual validation.

Stage 1: Development of Composition Analysis and Reporting Service

The initial phase focuses on conducting composition analysis using XRF, documenting the results digitally, and generating measurement reports for each product. The intention is to initially validate the methodology, evaluation criteria, and operating procedures through MIRAIASU's appraisal and analysis services.

Stage 2: Establishing Transaction Safety Management Services

MIRAIASU is exploring the possibility of creating a system that links composition analysis results with product images, identity verification records, purchase prices, transaction histories, and shipping information, allowing safekeeping of records by appraisal and appraisal businesses for every transaction.

Stage 3: Collaboration with Industry Peers

Based on our validation outcomes and operational insights, we will explore joint trials and service collaborations with businesses handling precious metals, jewelry, and luxury watches. The long-term vision is to enhance the trustworthiness of the entire industry through widespread application of scientific testing and sound transaction management.

Remarks from MIRAIASU Leadership

As an inventor and one of the patent holders, I believe that the registration of this technology marks a significant first step in integrating our deep understanding of the precious metals market with scientific testing methods. We aim to validate this patented technology within our appraisal and analysis operations, carving out a transaction environment that is transparent and independent from mere experience or intuition. Obtaining this patent is not the end goal but a stepping stone towards practical application, enabling the technology to realize its true value within our services. Through diligent efforts, MIRAIASU will contribute to the healthy growth of the precious metals trading industry and reinforce customer trust.

Conclusion

As precious metal prices rise and the volume of transactions increases, the expectations for management standards among bullion buyers have intensified. MIRAIASU is committed to ensuring careful verification of identity, product authenticity, and transaction records across its buying initiatives like “Kaitori Koto-chan.” By realizing the practical applications of this patented technology, we aim to create a safer, more reliable environment for our customers while enhancing service quality.