Use Cases

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Why Secfense

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Use Cases

Platform

Resources

Why Secfense

Company

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Secfense Ghost

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Secfense Ghost

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Secfense Ghost

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Make Your VPN Disappear from the Internet. Not Just Protected, But Hidden

Make Your VPN Disappear from the Internet. Not Just Protected, But Hidden

Secfense Ghost eliminates attack surfaces by removing VPN concentrators and remote gateways from the public Internet. Invisible to attackers, visible only to verified users.

Overview

Overview

What is Secfense Ghost?

Secfense Ghost hides your remote access infrastructure from the public Internet. Instead of adding layers to protect VPNs or gateways, Ghost removes them from visibility entirely. Attackers and scanners can’t detect what isn’t there, only authenticated users can see and connect, reducing the exposed attack surface to zero.

Secfense Ghost hides your remote access infrastructure from the public Internet. Instead of adding layers to protect VPNs or gateways, Ghost removes them from visibility entirely. Attackers and scanners can’t detect what isn’t there, only authenticated users can see and connect, reducing the exposed attack surface to zero.

Unlike traditional Zero Trust or VPN hardening tools, Ghost doesn’t rely on filtering or patching. It erases exposure by dynamically publishing access only after authentication.

Unlike traditional Zero Trust or VPN hardening tools, Ghost doesn’t rely on filtering or patching. It erases exposure by dynamically publishing access only after authentication.

Key Benefits

Key Benefits

Invisible VPN infrastructure
Secfense Ghost removes externally exposed services like VPNs or gateways from the Internet. Attackers, bots, and scanners cannot even detect that your remote access systems exist.

Invisible VPN infrastructure
Secfense Ghost removes externally exposed services like VPNs or gateways from the Internet. Attackers, bots, and scanners cannot even detect that your remote access systems exist.

Invisible VPN infrastructure
Secfense Ghost removes externally exposed services like VPNs or gateways from the Internet. Attackers, bots, and scanners cannot even detect that your remote access systems exist.

Works with existing VPN infrastructure
No need to replace or reconfigure your VPN. Ghost integrates seamlessly with your current authentication and access workflows.

Works with existing VPN infrastructure
No need to replace or reconfigure your VPN. Ghost integrates seamlessly with your current authentication and access workflows.

Works with existing VPN infrastructure
No need to replace or reconfigure your VPN. Ghost integrates seamlessly with your current authentication and access workflows.

Just-in-time access control
Access is dynamically granted only during active, authenticated sessions. No permanent exposure, no always-on endpoints.

Just-in-time access control
Access is dynamically granted only during active, authenticated sessions. No permanent exposure, no always-on endpoints.

Just-in-time access control
Access is dynamically granted only during active, authenticated sessions. No permanent exposure, no always-on endpoints.

Zero-day exploit resilience
Remote systems become visible only after successful authentication. This eliminates the external attack surface before any connection attempt is possible.

Zero-day exploit resilience
Remote systems become visible only after successful authentication. This eliminates the external attack surface before any connection attempt is possible.

Zero-day exploit resilience
Remote systems become visible only after successful authentication. This eliminates the external attack surface before any connection attempt is possible.

Seamless user experience
Employees connect as they normally would, no new apps, agents, or complex onboarding. Users don’t even notice the additional protection.

Seamless user experience
Employees connect as they normally would, no new apps, agents, or complex onboarding. Users don’t even notice the additional protection.

Seamless user experience
Employees connect as they normally would, no new apps, agents, or complex onboarding. Users don’t even notice the additional protection.

Supports Zero Trust architecture
Combines verified identity with location and session monitoring, aligning with modern Zero Trust and compliance requirements (DORA, NIS2, PSD2).

Supports Zero Trust architecture
Combines verified identity with location and session monitoring, aligning with modern Zero Trust and compliance requirements (DORA, NIS2, PSD2).

Supports Zero Trust architecture
Combines verified identity with location and session monitoring, aligning with modern Zero Trust and compliance requirements (DORA, NIS2, PSD2).

If a zero-day vulnerability is identified, Ghost instantly hides the VPN from the public Internet keeping it invisible to attackers while still allowing verified employees to connect.

If a zero-day vulnerability is identified, Ghost instantly hides the VPN from the public Internet keeping it invisible to attackers while still allowing verified employees to connect.

If a zero-day vulnerability is identified, Ghost instantly hides the VPN from the public Internet keeping it invisible to attackers while still allowing verified employees to connect.

How It Works

How It Works

1

User authentication

The employee verifies their identity using predefined channel, such as email domain verification or MFA.

1

User authentication

The employee verifies their identity using predefined channel, such as email domain verification or MFA.

1

User authentication

The employee verifies their identity using predefined channel, such as email domain verification or MFA.

2

Dynamic VPN exposure

Upon successful authentication, the user’s IP address is temporarily added to an allowlist. The VPN becomes visible only to that IP.

2

Dynamic VPN exposure

Upon successful authentication, the user’s IP address is temporarily added to an allowlist. The VPN becomes visible only to that IP.

2

Dynamic VPN exposure

Upon successful authentication, the user’s IP address is temporarily added to an allowlist. The VPN becomes visible only to that IP.

3

Default invisibility for all others

Attackers and unauthorized users see no open ports or public-facing services. The VPN remains hidden.

3

Default invisibility for all others

Attackers and unauthorized users see no open ports or public-facing services. The VPN remains hidden.

3

Default invisibility for all others

Attackers and unauthorized users see no open ports or public-facing services. The VPN remains hidden.

4

Real-time session revocation

If a session ends or a user changes networks, access is revoked instantly. The attack surface disappears.

4

Real-time session revocation

If a session ends or a user changes networks, access is revoked instantly. The attack surface disappears.

4

Real-time session revocation

If a session ends or a user changes networks, access is revoked instantly. The attack surface disappears.

Use cases

Use cases

Preventing VPN-based attacks

Remove VPN concentrators and gateways from the public Internet, invisible to attackers and unreachable to unauthorized users.

Preventing VPN-based attacks

Remove VPN concentrators and gateways from the public Internet, invisible to attackers and unreachable to unauthorized users.

Preventing VPN-based attacks

Remove VPN concentrators and gateways from the public Internet, invisible to attackers and unreachable to unauthorized users.

Protecting remote access for global teams

Secure global access to internal systems without exposing any remote infrastructure online.

Protecting remote access for global teams

Secure global access to internal systems without exposing any remote infrastructure online.

Protecting remote access for global teams

Secure global access to internal systems without exposing any remote infrastructure online.

Reducing exposure to zero-day vulnerabilities

Even when critical flaws exist, attackers cannot target invisible services.

Reducing exposure to zero-day vulnerabilities

Even when critical flaws exist, attackers cannot target invisible services.

Reducing exposure to zero-day vulnerabilities

Even when critical flaws exist, attackers cannot target invisible services.

Enabling Zero Trust access models

Enforce strict, identity-based access to remote services with no open Internet exposure.

Enabling Zero Trust access models

Enforce strict, identity-based access to remote services with no open Internet exposure.

Enabling Zero Trust access models

Enforce strict, identity-based access to remote services with no open Internet exposure.

Why Secfense Ghost?

Why Secfense Ghost?

Traditional VPN security relies on constant patching, monitoring, and filtering to keep attackers out. Secfense Ghost takes a different approach: it removes the VPN and remote access gateways from the public Internet entirely.

Traditional VPN security relies on constant patching, monitoring, and filtering to keep attackers out. Secfense Ghost takes a different approach: it removes the VPN and remote access gateways from the public Internet entirely.

Instead of protecting what’s visible, Ghost makes it invisible, reducing your exposed attack surface before any connection attempt occurs.

Instead of protecting what’s visible, Ghost makes it invisible, reducing your exposed attack surface before any connection attempt occurs.

See how Secfense Ghost can eliminate your attack surface, making remote access invisible to attackers.

See how Secfense Ghost can eliminate your attack surface, making remote access invisible to attackers.

See how Secfense Ghost can eliminate your attack surface, making remote access invisible to attackers.