Always On Virtual Private Network (VPN)

Always On Virtual Private Network (VPN) is a feature that ensures a continuous and automatic VPN connection for devices, even when the user is not actively using the device. Unlike traditional VPN connections that require manual initiation and can be disconnected when the device goes to sleep or loses connectivity, Always On VPN maintains a persistent connection to the VPN server, providing constant protection and privacy.

How Always On VPN Works

The Always On VPN feature operates in the background and automatically establishes a VPN connection as soon as the device connects to the internet. It ensures that all data transmitted from the device is encrypted and routed through the VPN tunnel, even before any applications or services are accessed. This continuous and automatic VPN connection protects the user's data and privacy at all times, especially when using public Wi-Fi networks or other untrusted connections.

Benefits of Always On VPN

Always On VPN offers several advantages for users and organizations:

• Seamless Protection: Users don't need to manually initiate the VPN connection, ensuring continuous protection against potential threats and data breaches.
• Constant Privacy: With the VPN always active, all internet traffic is encrypted, preventing unauthorized access to sensitive information.
• Secure Remote Access: Remote workers can stay connected to the organization's network and resources without interruption, enhancing productivity and collaboration.
• Preventing Data Leakage: Even if the device switches between different networks, the VPN connection remains intact, preventing accidental data leakage outside the encrypted tunnel.
• Minimal User Intervention: Once configured, the Always On VPN feature automatically handles the VPN connection, reducing the need for user involvement.

Considerations for Implementing Always On VPN

Deploying Always On VPN requires careful planning and configuration. Some important considerations include:

• Compatibility: Ensure that the VPN solution and devices support the Always On feature to achieve seamless and continuous connectivity.
• Authentication: Implement robust authentication methods to verify users' identities before establishing the VPN connection.
• Network Resilience: Design the VPN infrastructure to be resilient to handle potential load and failover scenarios.
• User Training: Provide users with guidance on how to use the Always On VPN and educate them about the benefits and potential limitations.

Conclusion

Always On Virtual Private Network (VPN) is a valuable feature that ensures uninterrupted protection and privacy for devices, even when not actively in use. By maintaining a persistent and automatic VPN connection, Always On VPN offers continuous security, secure remote access, and data protection for users and organizations.