K Trust and Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) Form Business Alliance to Promote 'Infinite Key Multi-Time Variable Establishment Point Theory' Invented by Yuki Takeuchi of Point Kikou for AI Attack and Ransomware Defense
Key facts
- K Trust and Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) Form Business Alliance to Promote 'Infinite Key Multi-Time Variable Establishment Point Theory' Invented by Yuki Takeuchi of Point Kikou for AI Attack and Ransomware Defense
- K Trust and JA Ochi-Imabari have formed a business alliance to promote the 'Infinite Key Multi-Time Variable Establishment Point Theory' invented by Yuki Takeuchi of Point Kikou. The partnership aims to strengthen defenses against AI and ransomware attacks and enhance cybersecurity resilience in local communities.
- Source: PR Times
- Date: June 18, 2026
Direct answer
K Trust and JA Ochi-Imabari have formed a business alliance to promote the 'Infinite Key Multi-Time Variable Establishment Point Theory' invented by Yuki Takeuchi of Point Kikou. The partnership aims to strengthen defenses against AI and ransomware attacks and enhance cybersecurity resilience in local communities.
- Citation
- K Trust and Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) Form Business Alliance to Promote 'Infinite Key Multi-Time Variable Establishment Point Theory' Invented by Yuki Takeuchi of Point Kikou for AI Attack and Ransomware Defense (June 18, 2026), PR Times
- Source
- PR Times
- Date
- June 18, 2026
K Trust and JA Ochi-Imabari have formed a business alliance to promote the 'Infinite Key Multi-Time Variable Establishment Point Theory' invented by Yuki Takeuchi of Point Kikou. The partnership aims to strengthen defenses against AI and ransomware attacks and enhance cybersecurity resilience in local communities.
📋 Article Processing Timeline
- 📰 Published: June 18, 2026 at 00:00
- 🔍 Collected: June 17, 2026 at 15:18
- 🤖 AI Analyzed: June 18, 2026 at 15:19 (24h 1m after Collected)
Through this partnership, both parties will promote dissemination activities and proof-of-concept (PoC) projects for the 'Infinite Key Multi-Time Variable Establishment Point Theory,' while working to enhance cybersecurity resilience in local communities through deployment to corporations, local governments, and agricultural organizations.
Additionally, they will contribute to building a safe and secure digital society by strengthening cyber defenses within regional communities.
JA Ochi-Imabari
Background of the Partnership
In recent years, with technological advancements such as generative AI, cyberattacks have become increasingly sophisticated and automated. Damages from ransomware attacks, phishing scams, and unauthorized access are expanding globally, posing significant management challenges not only for corporations but also for local governments, medical institutions, financial institutions, and educational organizations—entities that form the backbone of social infrastructure.
Moreover, data breaches are no longer limited to mere system failures; they are increasingly leading to secondary and tertiary damages such as impersonation, fraudulent transfers, and targeted attacks. In response, beyond traditional perimeter-focused defenses, there is a growing need for new security approaches that can suppress the spread of damage after intrusions.
K Trust and the Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) have entered into this business alliance with the goal of contributing to enhanced cybersecurity resilience in local communities and across Japan by promoting and socially implementing the 'Infinite Key Multi-Time Variable Establishment Point Theory' to address these societal challenges.
What is the 'Infinite Key Multi-Time Variable Establishment Point Theory'?
The 'Infinite Key Multi-Time Variable Establishment Point Theory' is a next-generation security theory invented by Yuki Takeuchi of Point Kikou Co., Ltd.
Traditional security measures often rely on 'fixed establishment conditions' such as fixed IDs, fixed passwords, and fixed encryption keys. In contrast, this theory aims to reduce dependency on fixed attack establishment points by combining concepts such as 'infinite key generation,' 'multiplicity,' 'time variation,' and 'continuous trust evaluation.'
Furthermore, it pursues a new defensive approach that not only 'prevents intrusion' but also 'maintains a state where attacks are difficult to succeed even after intrusion.' Research and promotion activities are ongoing for its potential applicability against AI attacks, ransomware attacks, and phishing scams.
Point Kikou's Perspective on the Fundamental Challenges of Modern Cyberattacks
Recent cyberattacks, empowered by AI and increasingly sophisticated attack methods, have become difficult to counter with traditional defenses alone. Point Kikou believes one of the fundamental challenges lies in the existence of 'fixed attack establishment points.'
In many systems, IDs, passwords, encryption keys, APIs, and permission information are operated in a fixed state for certain periods. Attackers repeatedly analyze these elements and use automated tools and AI to attempt attacks, leading to unauthorized access, privilege escalation, data theft, and ransomware infections.
Additionally, while traditional security measures have focused primarily on 'preventing intrusion,' challenges remain in continuous post-intrusion monitoring, permission management, and anomaly detection.
Point Kikou believes it is crucial not only to 'prevent intrusion' but also to 'prevent attacks from succeeding even after intrusion.' Therefore, the company advocates the necessity of a new defensive approach that continuously changes and monitors attack establishment conditions.
Initiatives Aiming for Through the Business Partnership
Through this partnership, K Trust and the Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) will promote the following initiatives:
Promotion of licensing business for the 'Infinite Key Multi-Time Variable Establishment Point Theory'
Advancement of social implementation through proof-of-concept (PoC) projects
Contribution to enhancing cybersecurity resilience in local communities
Promotion of deployment to corporations, local governments, agricultural organizations, financial institutions, medical institutions, educational institutions, and others
Future Outlook
Going forward, K Trust and the Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) will pursue enhanced countermeasures against AI attacks, ransomware attacks, and phishing scams through the promotion of licensing initiatives for the 'Infinite Key Multi-Time Variable Establishment Point Theory,' and work toward the social implementation of next-generation cybersecurity.
Additionally, they will contribute to the protection of corporate information, customer data, and regional infrastructure, while aiming to promote new authentication and defense models suitable for the AI era.
Comments from the Companies
K Trust Co., Ltd. → 'Cyberattacks in the AI era are shifting from human-driven attacks to AI-powered automated attacks. We will promote the dissemination and social implementation of the Infinite Key Multi-Time Variable Establishment Point Theory as a new defense concept that does not depend on fixed establishment conditions. Through this partnership, we aim to contribute to enhancing cybersecurity in local communities, Japan, and the world.'
Ochi-Imabari Agricultural Cooperative (JA Ochi-Imabari) → 'As an organization supporting local communities, the importance of information asset protection is increasingly critical. Through this partnership, we aim to explore new possibilities in cybersecurity, promote initiatives that enhance safety and security in our communities, and contribute to realizing a future that reduces dependency on PINs and fixed authentication information.'
Yuki Takeuchi, Point Kikou Co., Ltd. → 'Today, with the emergence of Claude and other AI systems, vulnerabilities are widely discussed. However, the real threat lies not in vulnerabilities themselves, but in the existence of fixed security systems, including AI and virus attacks. Fixed security allows for concentrated attacks on single points, enabling attackers to identify, analyze, and adapt their methods. To eliminate such threats, we will work toward resolving social challenges by realizing secure and trustworthy cybersecurity.'
Program Appearance: https://youtu.be/W64x53pDf5s?si=ZRzFYfhOI6VGB73S
YouTube Explanatory Videos:
https://youtube.com/channel/UCaw3vYDfrE6nQHHM0RjhQbA?si=YWn4MhlJl59BT2su
Note Articles: https://note.com/lucky_quokka8752
[Inquiries Regarding This Matter]
K Trust – Toward a Brighter Future
K Trust Co., Ltd.
Licensing Business Promotion Division
Contact: Hirakawa / Takeuchi
TEL: 050-1720-5724
E-mail: k-trust@verda.co
FAQ
What is the 'Infinite Key Multi-Time Variable Establishment Point Theory'?
A next-gen security theory that avoids fixed attack points by using infinite keys and time variation to prevent successful breaches even after intrusion.
Why did K Trust partner with JA Ochi-Imabari?
To strengthen regional cyber defenses and promote safe digital environments for businesses and agricultural groups through joint technology adoption.
Which organizations can benefit from this technology?
Applicable to any organization with information assets, including corporations, local governments, healthcare, finance, and education sectors.
Where will the proof-of-concept (PoC) projects take place?
Primarily in the Ochi-Imabari region of Ehime Prefecture, with plans to expand nationwide to agricultural cooperatives and local governments.
What are the future plans for this initiative?
Advance licensing programs, promote AI-era authentication models, and reduce dependency on PINs and static credentials.