Patent Pending-DE102026128452-Filed

The Physical Assurance Layer for the AI Economy

Cybersafe24 is building a software-first trust infrastructure that adds physical-world evidence before high-risk digital and AI-agent actions are trusted.

Explore the Technology

Patent Pending-DE102026128452-Filed

The Physical Assurance Layer for the AI Economy

Cybersafe24 is building a software-first trust infrastructure that adds physical-world evidence before high-risk digital and AI-agent actions are trusted.

Explore the Technology

WHY NOW

Digital trust was built for a human-operated internet

AI agents can now act on behalf of users, while synthetic identities make digital signals easier to imitate. Critical actions need an additional layer of assurance beyond identity alone.

AI agents can act for us

Software can increasingly log in, initate payments and execute workflows on a users behalf. The question ist shifitng from "who clicked"? to "was this action truly authorised"?

Digital identity can be imitated

Faces, voices and other digital signals can increasingly be synthesised. Relying on a single image, biometric or digital credential creates a growing trust gap.

Critical actions lack physical context

High-risk actions may confirm identity and credentials — but still lack independent evidence about the trusted physical context at the moment of authorisation.

CyberSafe24 adds physical-world assurance before critical digital actions are trusted.

Cybersafe24

A software-first layer designed to evaluate multiple independent device and environmental signals instead of relying on a single digital proof.

HOW IT WORKS

We verify physics, not pixels.

CyberSafe24 evaluates whether independent device and environmental signals tell the same physical story — before a critical digital action is trusted.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Multi-Signal Integrity

Independent signals are cross-checked for consistency. Manipulating one signal alone should not be enough to create trust.

Privacy by Architecture

Designed around aggregated assurance results, limited disclosure and controlled data retention — without persistent biometric templates.

Action-Bound Assurance

Physical assurance can be linked to a specific session, transaction or approval context — adding real-world evidence exactly when risk is highest.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Multi-Signal Integrity

Independent signals are cross-checked for consistency. Manipulating one signal alone should not be enough to create trust.

Privacy by Architecture

Designed around aggregated assurance results, limited disclosure and controlled data retention — without persistent biometric templates.

Action-Bound Assurance

Physical assurance can be linked to a specific session, transaction or approval context — adding real-world evidence exactly when risk is highest.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Physical Assurance Engine

Instead of relying on a camera, biometric or single location signal, CyberSafe24 combines multiple physical signals, checks their integrity and generates a contextual assurance result.

Multi-Signal Integrity

Independent signals are cross-checked for consistency. Manipulating one signal alone should not be enough to create trust.

Privacy by Architecture

Designed around aggregated assurance results, limited disclosure and controlled data retention — without persistent biometric templates.

Action-Bound Assurance

Physical assurance can be linked to a specific session, transaction or approval context — adding real-world evidence exactly when risk is highest.

The MISSING LAYER

Digital identity proves credentials.

Authentication systems are essential, but they primarily verify digital identity. CyberSafe24 is designed to add independent physical-world assurance when the risk of an action requires more evidence.

Digital Identity & Authentication

Credentials & biometric proofs

Primarily digital signals

Designed to verify user identity

Limited physical-context evidence

Trust ends at the digital layer

Not purpose-built for agentic step-up

V/S

CyberSafe24 Physical Assurance

Multi-signal integrity verification

Context-aware sensor fusion

Physical presence confidence

Replay & inconsistency detection

Session / transaction binding

Designed for high-risk AI-agent actions

Patent-pending architecture · DE 10 2026 128 452

INITIAL MARKETS

CyberSafe24 is not a standalone app. It is a physical-assurance layer designed to sit on top of existing digital systems wherever critical actions require more trust.

CyberSafe24 ist kein Einzelprodukt. Es ist ein Vertrauens-Layer für bestehende Systeme.

Agentic Authorization

Physical assurance for high-risk AI-agent actions, including payments, approvals and sensitive digital decisions.

Banking & Identity

An additional assurance layer for banks, neobanks, identity platforms and step-up verification flows.

Enterprise Security

Added protection for privileged actions, sensitive approvals and social-engineering risk in corporate environments.

Critical Access & Public Sector

Presence-based assurance for high-trust environments, regulated workflows and critical digital access scenarios.

Workforce & Remote Integrity

Verification for sensitive remote workflows where trusted device context matters more than simple location or manual check-ins.

Platforms & Embedded Use Cases

Built to integrate through SDKs and APIs into existing identity, security and transaction infrastructures.

INVESTMENT THESIS

The more autonomous software becomes, the more valuable trusted human approval becomes.

CyberSafe24 is built around a simple macro-shift: AI expands digital capability, but it also increases the need for credible, low-friction and privacy-aware human assurance in critical workflows.

AI increases action volume

More automated actions mean more moments where trust must scale.

Human approval becomes premium

The key question shifts from identity alone to intentional approval in context.

Regulation favours disciplined architectures

Markets increasingly reward security models that minimise unnecessary exposure of sensitive data.

Deployment must be software-first

New trust layers scale faster when they work with existing devices and infrastructure.

INTEGRATION & DEPLOYMENT

Built to integrate. Designed to scale.

CyberSafe24 is designed as an additional assurance layer for existing identity, security and transaction systems — delivered through software integrations rather than infrastructure replacement.

Banks & Identity Platforms

Add physical assurance to existing authentication and step-up verification flows.

API & SDK integration

No dedicated hardware rollout

Works alongside existing identity systems

Designed for risk-based step-up flows

Explore Banking Use Cases

Enterprise Security

Strengthen approvals/ workflows without rebuilding the security stack.

Integrates into existing IAM environments

Additional assurance for critical actions

Context-aware verification

Designed for enterprise deployment

Explore Enterprise Use Cases

Agentic Infrastructure

Add a human-assurance checkpoint when autonomous software reaches a high-risk action.

Designed for agentic workflows

Action-bound assurance

API-based policy integration

Built for scalable environments

Explore Agentic Use Cases

Banks & Identity Platforms

Add physical assurance to existing authentication and step-up verification flows.

API & SDK integration

No dedicated hardware rollout

Works alongside existing identity systems

Designed for risk-based step-up flows

Explore Banking Use Cases

Enterprise Security

Strengthen approvals/ workflows without rebuilding the security stack.

Integrates into existing IAM environments

Additional assurance for critical actions

Context-aware verification

Designed for enterprise deployment

Explore Enterprise Use Cases

Agentic Infrastructure

Add a human-assurance checkpoint when autonomous software reaches a high-risk action.

Designed for agentic workflows

Action-bound assurance

API-based policy integration

Built for scalable environments

Explore Agentic Use Cases

Banks & Identity Platforms

Add physical assurance to existing authentication and step-up verification flows.

API & SDK integration

No dedicated hardware rollout

Works alongside existing identity systems

Designed for risk-based step-up flows

Explore Banking Use Cases

Enterprise Security

Strengthen approvals/ workflows without rebuilding the security stack.

Integrates into existing IAM environments

Additional assurance for critical actions

Context-aware verification

Designed for enterprise deployment

Explore Enterprise Use Cases

Agentic Infrastructure

Add a human-assurance checkpoint when autonomous software reaches a high-risk action.

Designed for agentic workflows

Action-bound assurance

API-based policy integration

Built for scalable environments

Explore Agentic Use Cases

One core assurance engine. Multiple integration paths.

API · SDK · Enterprise Integration · Embedded Licensing

Contact

No Hardware Rollout
Action-Bound
Fast & Easy

IAM Compatible
IAM Compatible
Embedded
Privacy
Enterprise Deployment
Privacy
Agentic Workflow

Assurance
No Hardware Rollout
Step-Up

FOUNDER THESIS

Europe should own the trust layer of the AI economy.

As software becomes more autonomous, digital trust infrastructure becomes strategically important. CyberSafe24 is being built in Europe around privacy, interoperability and physical-world assurance from day one.

Kai Noebel

Background in banking, company building and the commercial development of CyberSafe24’s patent-pending technology.

“AI gives software the ability to act. Our thesis is that the next trust infrastructure must also provide credible evidence when a real-world human context matters.”

Physical Assurance

European Trust Infrastructure

Europe is raising expectations around digital identity, cybersecurity, accountability and privacy. That creates room for a new generation of trust infrastructure built around these principles from the start.

A European trust opportunity

CyberSafe24 is being developed around a patent-pending architecture for physical co-presence and assurance, designed for software-based deployment across existing devices and systems.

Protected technology foundation

A European infrastructure layer can give banks, enterprises and platforms an alternative that combines security, privacy and integration without depending on dedicated biometric hardware.

Built for digital sovereignty

CATEGORY MOMENT

The trust stack is being rebuilt for autonomous software.

Three shifts are converging at the same time: software is beginning to act independently, critical transactions need stronger assurance, and Europe is raising the standard for digital trust.

AI moves from answering to acting

The next generation of AI does not only generate content. It can initiate workflows, make decisions and trigger real economic actions.

Critical actions need step-up assurance

As software gains more authority, high-risk moments require stronger evidence than credentials alone — without forcing users into entirely new systems.

Critical actions need step-up assurance

As software gains more authority, high-risk moments require stronger evidence than credentials alone — without forcing users into entirely new systems.

Digital identity, cybersecurity, AI accountability and data protection are increasingly converging — opening space for infrastructure built around security, interoperability and privacy from the start.

Europe creates a new trust market

Software-first

Smartphone-native

API-ready

Patent-pending

TEAM

Built by operators across banking, technology and enterprise security.

CyberSafe24 combines commercial execution, technical development, regulatory perspective and enterprise access around one goal: turning physical assurance into scalable infrastructure.

Kai Noebel

CEO/Co-Founder

Atacan Atasay

COO/Co-Founder

Udo Masrouki

Chairman of the Business Development Board

Prof. Dr. Zoltán Zomotor

Technology Advisor

Dr. Jur. Frank Perret

Legal & Privacy Advisor

Murát Pascal Dursun

Commercial Advisor / Sales

BUILD WITH US

From protected IP to deployed infrastructure.

CyberSafe24 is entering its next phase: product validation, enterprise pilots and international IP expansion. We are speaking with strategic partners, pilot customers and investors who want to help build the physical assurance layer for the AI economy.

FAQ

What investors and partners usually ask.

The essentials on technology, integration, IP and deployment — without the marketing layer.

What exactly is CyberSafe24?

Does CyberSafe24 replace existing identity or authentication systems?

What is protected by the patent application?

Does the technology require dedicated hardware?

How does CyberSafe24 approach privacy?

What stage is CyberSafe24 currently in?