The Architecture of Digital Trust

1TrueU™: Identity that protects privacy, stops predators, and scales across platforms

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Identiry Theft Ends Here

NO HACKERS. NO DEEP-FAKES

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ICFA AI aMazement
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Welcome to the Age of individually-Centric Identity

Individually-Centric Identity

Inside the Tech that knows it's really you

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On-Device Processing
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Confidence

Core Features

How It Works

Workflows Made Seamless with ICFA Results

ICFA Maze Results

ICFA Cognition Lab — Competitive Results


See how ICFA performs head-to-head against conventional AI/ML approaches in real test scenarios. We publish outcome-based comparisons that show where ICFA delivers higher confidence, lower friction, and stronger resilience—without relying on fragile, proxy-driven context.

Three Test Environments (ICFA Cognition Lab)


Our competitive benchmarks run across three progressively harder navigation environments designed to mirror the real-world problem of finding authentic behavioral patterns in large, sparse feature spaces. 

We start with Open Path (50×50) to confirm baseline optimization, move to Obstacle Course (50×50) to test adaptation under constraints, and finish with a Maze (47×47) with sparse rewards where the goal must be discovered through systematic exploration—exactly where legacy methods tend to collapse.

ICFA Results

ICFA reaches strong outcomes with less waste.

In the same test conditions, ICFA achieves target performance in fewer iterations and with fewer corrective cycles than alternative methods—meaning speed without sacrificing correctness.

Why it matters: lower compute cost, faster iteration, better UX.

Cross-test Superiority

ICFA is built to scale performance, not just optimize a case.

Its individually-centric fractal structure supports layered inference—local correctness plus higher-level generalization. That architecture is why performance holds across test beds instead of collapsing outside a narrow scenario.

Why it matters: sustainable advantage, not a one-off win.

Why ICFA Wins

The IC-Corp Future Stack

Let's Secure

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Users by 2027

The more you learn about Individual Centricity
the more you'll know
just how far this will go!

1TrueU

ICFA FractalCore

Markov Blanket Security

99.99...%

Confidence Index

Sense → Infer → Score (CI) → Act (Seamless Access)

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From the IC-Corp Team

Our Team’s Take:
Why Legacy Security Is Falling Behind

Architecture is the advantage

Architecture is the advantage

ICFA FractalCore Is Built to Generalize

Generalization isn’t a feature you add later—it’s architectural. ICFA FractalCore uses layered, individually-centric structure so learned primitives remain stable while higher levels adapt. That’s why performance holds across environments and doesn’t degrade outside a narrow scenario.

Juval Löwy, individual centricity, Software Legend

Juval Lowy - Co-founder

Static login vs. continuous reality

One-Time Login Is a Fantasy

Attackers don’t stop after login—and neither should security. Legacy systems assume trust after a single moment. 1TrueU continuously re-validates identity with a dynamic Confidence Index, so access stays aligned with who’s actually at the device

Kelley Moreno, VP Marketing, Individual Centricity

Kelley Moreno - VP-Marketing

What’s missing: identity inference

Credentials ≠ Identity

Legacy approaches validate claims (passwords, tokens, session cookies). They don’t infer identity with high integrity. 1TrueU performs continuous identity inference at the edge, maintaining a Confidence Index that adapts as the user’s behavior and context shift.

Thomas Loker, Co-Founder, CEO, Chairman

Thomas Loker - Co-founder

Papers & Articles

The Benefits of ICFA Fractal Architecture

free energy principle active inference individual centricity 1TrueU

the Free Energy Principle

Revolutionizing Digital Security: Explore Karl Friston's Free Energy Principle and its impact on neuroscience, psychology, AI, and more. Discover how IC-Corp's 1TrueU leverages this concept for seamless protection and Individually

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Random Forest Learning

IC-Corp Random Forest Learning

Random Forest Learning is an ensemble method that constructs multiple decision trees using random subsets of data and features, aggregating their predictions for improved accuracy and robustness. It is widely

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Bayesian Inference

IC-Corp Bayesian Inference

Bayesian inference is a probabilistic method for updating the likelihood of a hypothesis based on new evidence, combining prior knowledge with observed data. It is widely applicable but faces challenges

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Active Inference

IC-Corp Active Inference

Active inference is a framework that integrates perception, action, and learning to minimize free energy, maintaining homeostasis in biological systems. It is versatile and theoretically robust but faces challenges in

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Q-Learning

IC-Corp Q-Learning

Q-learning is a reinforcement learning algorithm that optimizes action policies by learning from trial and error to maximize cumulative rewards. It is versatile in application but faces challenges in scalability,

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Shakespeare, Macbeth, FrictionlessExistence, IndividualCentricity, ChatGPT

Shakespeare’s Macbeth Analyzes Individual Centricity Corporation

We asked Chat GPT to have William Shakespeare’s ask King Macbeth to perform a soliloquy on the merits of ICC. Here is what Macbeth (Act 5, Scene 5, lines 17–28)

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