PNPSECURE Zero Trust Security Model P-ICA (PNPSECURE Implicit Continuous Authentication)

PNPSECURE Implicit Continuous Authentication

PNPSECURE
Zero Trust Security Model
Facial Information-Based
Implicit Continuous Authentication

With the rapid advancement of IT technologies
and the widespread adoption of cloud
environments, security threats are becoming increasingly sophisticated. As a result,
the importance of the Zero Trust security model
is gaining recognition internationally.

Zero Trust is a security model based on
the principle of not trusting any entity
whether inside or outside
the organization's network by default.
It requires user verification
at every point of access to resources.
As business environments become increasingly diverse extending beyond on-premises
to cloud, hybrid cloud, and multi-cloud
Zero Trust is gaining attention as an effective approach for enterprises and public institutions
to strengthen their security posture.

At the core of the Zero Trust model lies
continuous verification. This means
continuously verifying identity during task
execution to determine in real time
whether access should be maintained.

According to the Zero Trust Guidelines 2.0
released by MSIT in South Korea,
the optimization factor in the authentication
maturity model specifies 'continuous identity verification, not only at the time of
access permission approval.'

As a result, there is growing demand
for enhanced authentication methods
that go beyond traditional approaches
such as ID/password or mobile OTPs.

Implicit
Continuous Authentication

P-ICA utilizes facial vector information
as the user’s authentication method.
Unlike traditional ID/password or
mobile OTP methods, users can verify
their identity simply by looking at the work screen, without any additional actions.

This ensures seamless continuity during continuous verification processes.
Additionally, the user’s unique facial information is highly secure, offering superior protection against theft or tampering compared to other authentication methods.

Implicit

Continuous Authentication

P-ICA re-verifies the user’s identity not only
at initial login but also at every access point
to critical work resources and whenever key commands are executed. Based on

verification results, it determines whether access and task execution are permitted.

This supports setting detailed access and permission policies per user and resource, enforcing strict compliance to block security threats. Despite repetitive authentication,
no user intervention is required,
ensuring excellent user convenience.

PNPSECURE Implicit Continuous Authentication

     PNPSECURE Zero Trust Security Model
     Facial Information-Based
     Implicit Continuous Authentication

With the rapid advancement of IT technologies and the widespread adoption of
cloud environments, security threats are becoming increasingly sophisticated.
As a result, the importance of the Zero Trust security model is gaining recognition internationally.

Zero Trust is a security model based on the principle of not trusting any entity whether
inside or outside the organization's network by default.It requires user verification
at every point of access to resources. As business environments become increasingly
diverse extending beyond on-premises to cloud, hybrid cloud, and multi-cloud Zero Trust
is gaining attention as an effective approach for enterprises and public institutions
to strengthen their security posture.

At the core of the Zero Trust model lies continuous verification.
This means continuously verifying identity during task execution to determine
in real time whether access should be maintained.

According to the Zero Trust Guidelines 2.0 released by MSIT in South Korea,
the optimization factor in the authentication maturity model specifies
'continuous identity verification, not only at the time of access permission approval.' As a result, there is growing demand for enhanced authentication methods that go beyond traditional approaches such as ID/password or
mobile OTPs.

Implicit
Continuous Authentication

P-ICA utilizes facial vector information as the user’s authentication method. Unlike traditional ID/password or
mobile OTP methods, users can verify their identity simply
by looking at the work screen, without any additional actions.

This ensures seamless continuity during continuous verification processes. Additionally, the user’s unique facial information is highly secure, offering superior protection against theft

or tampering compared to other authentication methods.

Implicit
Continuous Authentication

P-ICA re-verifies the user’s identity not only at initial login
but also at every access point to critical work resources

and whenever key commands are executed. Based on
verification results, it determines whether access and
task execution are permitted.

This supports setting detailed access and permission policies
per user and resource, enforcing strict compliance to
block security threats. Despite repetitive authentication,
no user intervention is required, ensuring excellent
user convenience.

PNPSECURE Implicit Continuous Authentication

PNPSECURE
Zero Trust Security Model
Facial Information-Based
Implicit Continuous Authentication

PNPSECURE Implicit Continuous Authentication
P-ICA

Authentication Method
Comparison

Database, Server, and
Network Access Control & Identity Management

Protection of Critical and Sensitive Data

Consulting on Major Compliance
and Audit Requirements

PNPSECURE Implicit Continuous Authentication

PNPSECURE Zero Trust Security Model
     Facial Information-Based
     Implicit Continuous Authentication

PNPSECURE Implicit Continuous Authentication

P-ICA

Implicit
Continuous Authentication

Implicit
Continuous Authentication

Authentication Method Comparison

Database, Server, and Network Access Control & Identity Management

Protection of Critical and Sensitive Data

Consulting on Major Compliance and Audit Requirements

PNPSECURE Implicit Continuous Authentication

PNPSECUREZero Trust Security ModelFacial Information-BasedImplicit Continuous Authentication

PNPSECURE Implicit Continuous AuthenticationP-ICA

Authentication MethodComparison

Database, Server, andNetwork Access Control & Identity Management

Protection of Critical and Sensitive Data

Consulting on Major Complianceand Audit Requirements

PNPSECURE Implicit Continuous Authentication

PNPSECURE Zero Trust Security Model Facial Information-Based Implicit Continuous Authentication

PNPSECURE Implicit Continuous Authentication

P-ICA

ImplicitContinuous Authen​tica​tion

ImplicitContinuous Authentication

Authentication Method Comparison

Database, Server, and Network Access Control & Identity Management

Protection of Critical and Sensitive Data

Consulting on Major Compliance and Audit Requirements

PNPSECURE
Zero Trust Security Model
Facial Information-Based
Implicit Continuous Authentication

PNPSECURE Implicit Continuous Authentication
P-ICA

Authentication Method
Comparison

Database, Server, and
Network Access Control & Identity Management

Consulting on Major Compliance
and Audit Requirements

PNPSECURE Zero Trust Security Model
Facial Information-Based
Implicit Continuous Authentication

Implicit
Continuous Authentication

Implicit
Continuous Authentication