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Novel, Patent‑Pending Encryption & Interactive Proof

ENI6MA: The Trust Layer for AI, Identity, and Data

ENI6MA’s patent‑pending encryption and interactive proofs replace passwords and device‑bound MFA with stateless, offline verification and short‑lived capabilities. No keys at rest. Built for consumers, enterprises, and autonomous agents, with stronger security, verifiable compliance, and lower total cost.

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Enterprise Case Studies

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Microsoft logo
JPMorgan Chase logo
Walmart logo
Exxon Mobil logo
Boeing logo
Pfizer logo
Amazon logo
Procter & Gamble logo
Goldman Sachs logo
Tesla logo

The Problem

80% of cyberattacks originate from compromised credentials, passwords are fundamentally broken.
MFA/2FA and biometrics introduce device dependencies and irreversible biometric compromise risks.
Device loss means permanent lockout or irreversible biometric leaks, you can't change your fingerprints.
PKI transmits secrets across networks, exposing them to man-in-the-middle attacks and credential theft.
Traditional MFA reduces helpdesk tickets by only ~30%, while ENI6MA reduces resets by 90% with zero storage.
The 'AI Box Problem': what happens when AI itself becomes the adversary? Current methods are vulnerable to deepfakes.
Phishing attacks succeed because static credentials can be stolen, ENI6MA's dynamic challenges are impossible to replay.
Current encryption will be broken by quantum computers, ENI6MA uses information-theoretic security that's quantum-resistant.
Database breaches expose millions of credentials, ENI6MA stores nothing, so breaches reveal zero useful information.
GDPR/HIPAA compliance requires data minimization, ENI6MA collects no PII, eliminating privacy and compliance risks.

Our Solution

ENI6MA replaces passwords, MFA/FIDO, and biometrics with a mental, One‑Time Interactive Proof‑of‑Knowledge powered by post‑quantum symmetric primitives. The design is device‑ and network‑independent, unphishable, and agent‑safe, with deterministic, offline verification and tamper‑evident audit evidence.

Information-Theoretic Security
Mathematically proven security, not reliant on computational difficulty.
Quantum Entropy
True randomness ensures unpredictability and tamper detection.
Cognitive Authentication
The user's mind becomes part of the cryptographic protocol, no static secrets to steal.
Device & Network Independence
Authentication is secure even if the device or network is compromised.

ENI6MA in Action

VIDEO: Auth without Keys
VIDEO: Why Corellation and Freq. Attacks Fail
VIDEO: Epherium by Eni6ma
Focus or press Enter to start playback.

How It Works

A step-by-step process for cognitive, device-independent, and quantum-resistant authentication.

1

Secret Commitment & Mnemonic Mapping

User establishes a secret and creates a mnemonic map, associating their secret with elements on a dynamic interface (grid, ring, or pattern).

2

The "Hunt and Seek" Challenge

A unique, randomized challenge is generated using quantum-safe entropy. The user interacts with a dynamic digital manifold projection that changes every session.

3

Cognitive Witness & Response

Instead of typing a secret, the user uses their mnemonic map to identify the correct sequence or pattern. Their interaction serves as the cognitive witness, a mental One-Time Interactive Proof-of-Knowledge proof.

4

Verification

A distributed network of verifiers checks the proof using cryptographic accumulators. No secret is ever revealed or stored. Multiple rounds build statistical certainty.

Key Features

Passwordless & Replay‑Proof

Dynamic, non‑reusable sessions eliminate phishing, SIM swaps, and replay attacks.

Stateless Offline Verification

Deterministic checks on commodity CPUs—ideal for edge, air‑gapped, and regulated environments.

No Keys at Rest

Ephemeral, scope‑bound capabilities replace long‑lived secrets and tokens—zero key sprawl.

Benefits

Enhanced Security
Immunity to tampering and unauthorized access. No static credentials to steal.
User Privacy
Identity is verified without exposing personal data. Privacy is preserved at every step.
Improved User Experience
Effortless, intuitive authentication reduces cognitive load and friction.
Cost Reduction
Lower operational costs by eliminating traditional ID verification infrastructure.
Scalability & Interoperability
Consistent, high-volume verification across platforms and geographies.
Compliance
Built-in support for global privacy and security regulations (GDPR, HIPAA, etc.).

Use Cases

Zero‑Trust SSO (No‑MFA)

Replace passwords and MFA with short‑lived capability proofs; improve UX, security, and compliance.

Passwordless Login & Checkout

No OTPs or codes. Replay‑proof, privacy‑preserving authentication across apps and e‑commerce.

Government & Healthcare

Stateless offline verification and tamper‑evident audit trails for regulated operations and privacy.

IoT/Edge Stateless Attestation

Offline attestation with firmware‑bound pools; no PKI ceremony or key sprawl.

ENI6MA vs. MFA/FIDO

No Device Dependency
No phones or hardware tokens required; cognition‑rooted proofs replace devices.
Offline, Network‑Independent
Deterministic, stateless verification works online or offline—no codes or push prompts.
Resistant to Loss/Theft
No physical device to steal; dynamic, non‑reusable proofs prevent takeover.
Lower Cost of Ownership
No hardware lifecycle or device management—reduced support and infra costs.
Unphishable, Replay‑Proof
Ephemeral challenges and tau windows defeat phishing, social engineering, and replay.
Works Anywhere
Reliable in remote, offline, or high‑security environments; no cloud sync or PKI ceremony.

Business Case Studies: Fortune 500 Adoption

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Microsoft Corporation (MSFT)

Role-Based Access Control (RBAC) with Eni6ma Technology
Challenge:

Strict access controls for global digital infrastructure. MFA/2FA introduce complexity and vulnerabilities.

Solution:

ENI6MA RBAC with Neuro-Metric Authentication and Rosario-Wang Proof. No MFA/2FA required.

Impact:
  • Enhanced security, AI-resistant authentication.
  • Streamlined user experience, reduced helpdesk support.
  • Scalable for global workforce.

AI Agent Safety

Scoped Capability Per Hop
Fresh, route‑bound nonces for plan → tool → review steps prevent privilege bleed.
Witness‑Encoded Intent
Tool, route, resource IDs, and args digests captured for reproducible audits.
Preflight Validation
Offline validation before tool execution prevents misuse and policy violations.
Delegation with Narrowing
Child tasks receive narrower, one‑hop capabilities; revoke instantly without rotations.
Stream‑Encrypted Channels
BLAKE3‑XOF engine protects inter‑agent buffers, IPC, and transient caches.
Edge & Air‑Gapped Operations
Binary↔pool binding and local validation enable safe operation in constrained environments.

Agentic AI Capabilities

Agentic AI, Safely Contained
Goal‑driven autonomy with strict safety and privacy guardrails that respect user boundaries.
Adaptive Guardrails for AI
Policies evolve with context—workflows, roles, and sensitivity—so autonomy stays aligned at runtime.
Safety & Alignment at Runtime
Real‑time checks prevent harmful or non‑compliant actions before they execute.
Human‑in‑the‑Loop Controls
Require approvals for sensitive steps and capture witness strings for staged reviews and liveness.
Consent‑Aware Behaviors
Agents respect consent scopes at execution time; users get real control—not just checkboxes.
Explainability That Matters
Surface the why behind decisions in plain language so teams can debug and improve outcomes.

AI Security

Adversarial Attacks

Malicious actors or AIs can manipulate input data, causing incorrect decisions in critical applications.

Data Poisoning

Compromised training data can bias or manipulate AI behavior.

Model Inversion & Membership Inference

Attackers may extract sensitive information from AI models or determine if specific data was used in training.

Lack of Transparency

Complex AI models are often "black boxes," making it hard to identify vulnerabilities or biases.

Data Privacy

AI systems require large, sensitive datasets, increasing the risk of breaches and misuse.

The "AI Box Problem"

What if the AI itself becomes the adversary? ENI6MA's dynamic, cognitive authentication ensures that even a compromised AI cannot steal or replay credentials.

Why We're Different

No Static Credentials to Steal
Authentication is a dynamic, interactive process based on the user's unique cognitive associations.
Cognitive, Non-Replicable Proof
Leverages human intuition and Gestalt principles, making it difficult for machines to mimic.
One-Time Interactive Proof-of-Knowledge Proof in the Mind
No secret is ever revealed, even if the entire session is observed.
Quantum-Safe Entropy
Each session is cryptographically unique and unpredictable.
Authentication Decoupled from Device
Security remains even if the device is compromised.

Privacy & Verifiability

End‑to‑End Verifiability
From input to output, the chain of processing is logged and provable for defensible trust.
Zero‑Knowledge Interactions
Prove integrity without revealing underlying data—verifiable outcomes with minimal exposure.
Provable Audit Trails
Every sensitive action is recorded with cryptographically verifiable evidence for faster audits.
Tamper‑Evident Logs
Integrity‑protected logs make unauthorized changes detectable and disputes resolvable.
Content Provenance & Watermarking
Track origin and transformations to combat misinformation and protect brand integrity.
Privacy‑Preserving Analytics
See trends and KPIs without exposing personal data; better decisions with lower risk.

Theory & Concepts

Key safety themes guiding ENI6MA’s design, adapted from our AI Safety & Alignment work.

Box Problem (Containment)
Keep advanced systems constrained and observable; prevent manipulation or interface escape.
Composability & Modular Safety
Ensure predictable behavior when multiple subsystems interact; avoid harmful emergent effects.
Reward Hacking & Specification Gaming
Design objectives to resist loopholes; validate outcomes, not proxies.
Scalable Oversight
Enable human‑in‑the‑loop supervision at scale via transcripts and deterministic checks.
Value Alignment & Corrigibility
Keep systems steerable and interruptible; encode context and policy as capability proofs.
Interpretability & Explainability
Portable, verifiable transcripts reveal what happened and why across agent flows.
Robustness to Adversaries
Tau windows, context binding, and stream encryption harden against adversarial use.
Moral & Ethical Uncertainty
Embed policy‑as‑proof and human override to navigate ambiguous contexts safely.

Superintelligence Safety

Rosario Solution to the AI Box Problem
Quantum entropy, manifold projections, and human‑in‑the‑loop encryption prevent unauthorized self‑modification and keep systems under human control—even when programming via the AI interface.
Agent‑Safe by Construction
Cognition‑rooted proofs and short‑tau capabilities ensure verifiers accept only scoped, liveness‑bound actions—decoupled from devices and long‑lived secrets.

Get Started

License the future of authentication: sales@eni6ma.org

ROSARIO CYBERNETICS & ENI6MA CO. © 2025 Rosario Cybernetics & Eni6ma Co. All rights reserved worldwide.

Rosario Cybernetics & Eni6ma Co. assert exclusive intellectual property rights over Pass Plus™ and Rosario Cypher™ technologies, both of which are patent pending with the United States Patent and Trademark Office (USPTO). All related source code, algorithms, designs, and intellectual property, whether disclosed or implied, are protected under international copyright and patent laws.

Eni6ma Co., as a wholly-owned subsidiary, holds the sole and exclusive license to publish, reproduce, or distribute these technologies. No rights, licenses, or permissions are granted to any third party except by express written consent from Rosario Cybernetics. Any unauthorized use, reproduction, distribution, or reverse engineering is strictly prohibited and constitutes a violation of federal and international law, subjecting violators to civil and criminal penalties, including fines up to $15 million USD and potential imprisonment.

Violations may also result in the forfeiture of domains, servers, or other assets used in connection with unauthorized activities. The United States Department of Defense has expressed specific interest in these technologies and reserves the right to participate in criminal prosecution of intellectual property infringements.

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