Integrations

Veribound is designed to work through the infrastructure you already operate rather than alongside it. Your firewalls keep their rules, your cloud keeps its policies, and your change process keeps its authority; what changes is that each of them gains a reliable basis for deciding which connections to accept.

What’s supported

One of these is where a decision gets enforced, one is the single component you host yourself, one is where your users and groups come from, and the last is where trust is established in the first place. Each card lists what is supported today, and the lists grow: if you run something mainstream and do not see it named, ask us, because it may already be supported and if it is not, it may already be planned.

Edge and cloud enforcement points

The enforcement points already standing in front of your services, on-premises and in the cloud alike. Each adapter is built against that vendor’s own management API and runs on a documented least-privilege account, writing to a single named object your own policies already reference. Central managers are covered as well, so teams that administer through a manager rather than device by device are unaffected. Cloud and on-premises coverage run side by side, so a half-migrated service is not a scoping problem, and in both cases your own governance keeps the policy.

Supported todayFortinet FortiGate, Fortinet FortiManager, Palo Alto Networks, Cisco Secure Firewall (FMC), Cisco Secure Firewall (FDM), Cisco Meraki MX, Juniper SRX, SonicWall, Sophos, Barracuda, Forcepoint and OPNsense. In your cloud, Amazon Web Services, Microsoft Azure and Google Cloud.

Trust control server hosts

The one component you run yourself, and the only one that needs any access to your enforcement points. It holds your administrative console, your identity-provider connection and the adapters above, so the credentials for your firewalls and cloud controls stay inside your environment and never reach us. You run it on a Linux host you own, on-premises or as a virtual machine in your own cloud account. Veribound never operates it, and the state it holds stays where you put it.

Supported todayDebian and Ubuntu on x86-64, on your own hardware or on a virtual machine in Amazon Web Services, Microsoft Azure, Google Cloud or DigitalOcean.

Identity providers and directories

This category runs in the opposite direction to the others. Veribound reads your users and groups so it can issue tokens and keep group membership current, and those groups are what your edge acts on. Nothing is written back to your directory, no credential passes through Veribound, and nobody signs in to Veribound. An identity provider is optional: users and groups can be created and managed manually instead.

Supported todayMicrosoft Entra ID (Azure Active Directory), Okta, Google Workspace, JumpCloud, Duo, PingOne, OneLogin, CyberArk, IBM Verify, Oracle Identity Cloud Service and Active Directory (on-premises), or manually managed users and groups.

Device agents

Where trust is established. Each agent is built platform-native, so attestation sits as close to that platform’s hardware root of trust as it allows. The agent reaches the device however you already ship software, and each person activates their own token on it.

Supported todayWindows, macOS, Android and iOS.

Confirming fit for your environment

The real question is usually a specific combination: the firewall in front of the service, the cloud it runs in, the directory your people are in. We confirm coverage for that combination before any deployment work starts. A demo is the fastest way to see the product against a setup like yours, and a pilot runs it on your own infrastructure, ending in written findings that include:

  • ✓Defined scope and success criteria
  • ✓Architecture and integration review
  • ✓Controlled deployment with rollback plan
  • ✓Exposure and traffic measurements
  • ✓Findings and a deployment-readiness recommendation