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Zentry provides identity-based, application-level access without opening inbound ports or extending broad network access.
No exposed infrastructure. No traditional VPN access. No unnecessary attack surface.
Traditional remote-access architectures expose network services, IP addresses, and listening ports. Zentry changes that model by making protected applications private and invisible until access is explicitly authorized.
Remove external visibility of protected systems so unauthorized users cannot discover the services they are trying to attack.
Verify identity and policy before every connection and grant access only to the specific application or service required.
Application-level access prevents users from receiving broad network access that could expose unrelated systems and resources.
Zentry is a Zero Trust networking overlay designed to create secure, outbound-only connectivity between authorized users and specific applications.
Instead of exposing an IP address or opening a listening port, protected services remain hidden until Zentry verifies identity and policy.
The result is a secure access model that works across cloud, on-premises, hybrid, and distributed environments.
Zentry focuses access around identity, applications, and policy rather than broad network reachability.
Connections are initiated outbound, reducing the need to expose listening services through the perimeter.
Give users access only to the applications and services they are authorized to use.
Evaluate users, devices, certificates, and policy before creating a connection.
Enable remote users and third parties to connect securely without exposing the entire local network.
Separate applications and services so access to one does not automatically expose others.
Maintain visibility into identity, service, time, and action context for authorized connections.
A connection exists only after Zentry verifies who or what is requesting access and confirms that the request is allowed.
A user, device, or service requests access to a specific application.
Identity and security policies are evaluated before access is granted.
An encrypted connection is created only for the approved resource.
When the session ends, the encrypted path disappears.
Traditional VPNs extend the network to the remote user. Zentry does not. It grants access only to the authorized application or service.
Zentry can protect systems that need remote connectivity without exposing the underlying network.
Secure access to access control systems, video management, intrusion platforms, and security servers.
Protect industrial devices and OT environments that were not originally designed for modern internet exposure.
Give vendors and service providers access to only the systems they are responsible for supporting.
Reduce network discovery and perimeter exposure across distributed and high-value environments.
Limit remote connectivity to approved applications without extending broad network access.
Protect distributed campuses, systems, and remote services while maintaining least-privilege access.
Secure interconnected systems across large facilities and complex operational environments.
Replace broad remote-network access with application-specific, identity-driven connectivity.
IMRON has spent decades connecting access control, video, intrusion, and other security technologies across customer networks.
Zentry extends that approach into cybersecurity by reducing the exposure created when those systems require remote access or connectivity across distributed environments.
IMRON partnered with FreeWave to bring Zentry to customers that need secure connectivity without exposing systems directly to the public internet.
The goal is simple: provide users and services the access they need — without giving them the network.
Download the IMRON + FreeWave Zentry overview for a concise look at Zero Trust secure connectivity, remote access, operational technology protection, and ideal use cases.
See how Zentry can provide secure application-level access to your physical security, OT, and enterprise systems without traditional inbound network exposure.