Embarking on a Quantum Computing Era: The Future of Cryptography Starts Now

The Quantum Computing Era and the Cryptographic Revolution

As we advance into the era of quantum computing, a significant shift in the cryptographic landscape is impending. Recent developments in quantum technology have led to a pressing need for enhanced security measures, now more relevant than ever. Forward Edge-AI Japan (FEAI-JP), headquartered in Chiyoda, Tokyo, is at the forefront of addressing these challenges through its participation in the upcoming Interop Tokyo 2026 Conference.

Event Overview

Interop Tokyo Conference 2026

Scheduled from June 10 to June 12, 2026, the Interop Tokyo Conference will host a crucial session titled "PQC (Post-Quantum Cryptography) Launch in 2026 - Equipment, Systems, Projects and Latest Industry Trends," taking place on the last day, June 12, from 10:30 AM to 11:50 AM at Room YD in Makuhari Messe. This session will delve into the practicalities of implementing post-quantum cryptography (PQC) amid rising concerns over the vulnerabilities presented by quantum computing.

FEAI-JP’s involvement highlights the urgency of transitioning from traditional cryptographic methods like RSA and elliptic curve cryptography, which stand at risk of being cracked by quantum computers. The session aims to provide a comprehensive overview of the current implementation status and strategies for transitioning to PQC.

The Urgency of PQC

Since the performance of quantum computers has been escalating rapidly, organizations worldwide, including various governments, have begun preparing for this paradigm shift. Notably, the National Institute of Standards and Technology (NIST) plans to release standard algorithms for post-quantum cryptography in 2024. Japan, in particular, is urged to enhance its cryptographic agility, especially in domains such as critical infrastructure, finance, and healthcare, where the impact of a security breach could be catastrophic.

However, many industry representatives express confusion regarding the practical steps required for transitioning to PQC. Challenges range from algorithm selection and system integration to deploying efficient project management frameworks. To bridge this gap, FEAI-JP aims to provide clarity and guidance during this pivotal session.

Session Details

On June 12, participants can expect an in-depth discussion on current technology standardizations related to PQC and an exploration of ongoing implementation projects. The session caters to a wide audience, including security personnel, network engineers, IT strategists, and researchers.

Session Code: YD3-01
Date and Time: June 12, 2026, 10:30 AM - 11:50 AM
Location: Room YD, Makuhari Messe
Fee: Paid registration required
Archived Viewing: Available from the end of June until September 30, 2026

Exhibition Collaboration

In addition to the session, FEAI-JP will be collaborating with Getworks Inc. at their booth (7M32) during the event to further showcase innovations in PQC and other AI-driven security solutions.

Future Developments

Following the conference, FEAI-JP plans to enhance its consulting and educational initiatives regarding next-generation security technologies, such as PQC, to empower domestic companies in Japan as they navigate this necessary transition. New assessment services and training programs are in the works to ensure smooth implementation processes for local enterprises.

About Forward Edge-AI Japan

Founded as a joint venture between Forward Edge-AI, Inc. and a publicly traded company, Acrete (TSE Code: 4395), FEAI-JP specializes in developing cutting-edge AI technologies aimed at national and public safety. The company actively promotes various AI security solutions, including PQC, deepfake detection, and chemical detection, specifically targeted to sectors like defense, finance, and healthcare in Japan.

Company Name: Forward Edge-AI Japan
CEO: Koji Kabamoto
Headquarters: Chiyoda, Tokyo
Website: forwardedge-ai.jp

The transition to post-quantum cryptography is not just a technological imperative—it is a necessity for ensuring the security of vital systems in a world where quantum computing capabilities are surging.