Announcing the World's Strongest Security Myriad Key Multiple Time-Variant Formation Point Theory "Awesomeness Edition No need to remember or input PINs or IDs

~Multiple Key Multiple Time-Variant Establishment Point Theory ~ "Awesomeness Edition"

2026.03.12 09:30

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The Point Organization, Inc. (Head office: Shibuya-ku, Tokyo; Representative Director: Yuki Takeuchi; hereafter, "Point Organization"), which operates the point redemption system "A-GEL Gift Point," has applied for a patent for a new theory called "Myriad Key Multiple Time-Variant Formation Point Theory," which reviews the structure itself, together with K-Trust Corporation (Head office: Moriyama-ku, Nagoya City, Aichi Prefecture; Representative Directors: Tomoko Hirakawa and Kazunori Hirakawa; hereafter, "K-Trust"). (headquartered in Moriyama-ku, Nagoya, Aichi; Tomoko Hirakawa and Kazunori Hirakawa, CEOs; hereinafter "K Trust") have applied for a patent for a new theory, the "infinite-key multiple time-varying fixed point theory," which reviews this structure itself. Some parts of this theory have already been patented. We will explain the weaknesses of conventional methods of security and the difference in reverse proof between conventional methods and the new design concept.

Cyber-attacks against companies and local governments are becoming more sophisticated and sophisticated every year. Behind this is the structure of repeated trial and learn attacks.

無数鍵多重時変成立点理論

Theory of Multiple Time-Variant Formation Points with Infinite Number of Keys

The design is such that the answer to the question is determined only when the user logs in to the system.

The first video you will see is

https://youtu.be/IkQZSjOUpOQ?si=EqWjExx3hztd6iCJ

The video of the amazing theory of infinite-key multiple time-varying fixed-points.

https://youtu.be/7k7DGSXJbiw?si=dpXxBCTYFI6dltap

▼Explanatory video of some of the patented multiple composite patent rights

https://youtu.be/hxV3rdUfklY?si=cvV4BIYRDmiFwaAT

Problems with conventional security

Many security,

IDs

Passwords

PINs

Many security systems are based on "fixed correct answers" that people memorize and enter. However, there are major problems with this method.

Problem (1): Once leaked, it can be used any number of times.

Problem (2): Attackers can try as many times as they want.

Problem (3): AI can learn how to attack.

In other words, the structure of the attack is "the more times the attacker tries, the better".

Major differences of this theory

In the infinite-key multiple-time-variable point theory, "fixed correct answers (PINs or IDs)" are not used. Instead, it uses the following structure.

Feature (1) No need to remember PINs or IDs

Conventionally

Input ID

Input password

OTP input

etc., which required a person to remember and input the PIN.

In this theory,

Natural human response

Terminal status

Time of day

Time ● Environmental information

The theory automatically determines the conditions for the PIN by combining the following factors: ● Natural human reaction ● Terminal status In other words, there is no need for a person to remember his/her PIN.

Feature (2) Multiple logins exist in a single login.

A normal login is "one login = one session. However, in this theory, in a login

Entrance

Relay

Exit

Each of them has a different condition for establishment. For example

Browsing successful

Transfer approved

Download successful

For example, a single login can have multiple success points, such as ● Login success ● Browsing success ● Remittance success ● Download success

Feature (3) Multiple encryption keys are used in the lottery

Conventional

One password

One key

This theory

Multiple keys

Random each time

● Changes every hour

In other words, it is a "lottery structure" where the key changes every time. Therefore

Guess

Bingo

Reuse

Reuse is difficult to achieve.

Feature (4) Attacks do not pile up

Conventional

Attacker

→ Failed

→ Try again

→ Keep trying until success

this theory

Aggressor

→ Fail

→ Intercept

→ Strengthen conditions

→ Space annihilation

In other words, the longer the attacker continues to attack, the more disadvantageous the structure becomes.

本理論の特徴まとめ

Summary of the characteristics of this theory

Comparison with 73 types of attacks

In this video,

Phishing

AI voice spoofing

Deep Fakes

Password brute force

Session hijacking

API key compromise

Ransomware

Ransomware ● Internal fraud

Server intrusion

AI attacks

The comparison is based on 73 different attack models, including As a result, many attacks are blocked before they can be established.

Effects in Figures (Design Model)

In the theoretical model,

Prevention rate: 99% or more

Damage probability: 0.3% or less

Improvement factor: hundreds of millions to hundreds of billions of times

The theoretical model shows the following design indexes. However, these are theoretical model values, not empirical values.

設計モデル

Design Model

The most important point of this theory

Ordinary security is a structure that "protects the correct answer. This theory, however, is a structure that "allows for the establishment of a momentary exception. In other words, the object to be protected is not the secret, but the "state of being valid.

In a word

The theory of infinite-key multiple time-varying fixed points is a theory that changes the concept of security from security that protects a fixed correct answer to security that only allows a momentary exception to be made.

Future video release schedule

Following the "Greatness" section of this issue, we will be releasing the following videos,

Introduction (Basic Concepts)

Basic (Theoretical Structure)

Comprehensive version (social implementation and national application)

The "Greatness" section will be followed by ● Introductory section (Basic concepts) ● Basic section (Theoretical structure)

About Point Organization, Inc.

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