What the architecture gives you
Requirements we hold any zero trust deployment to before we recommend the approach.
Identity-based access
Access decided on who the user is and what they are entitled to, not on which subnet they arrived from.
Continuous posture checks
Patch level, encryption, agent health and configuration checked before access and again during the session.
Micro-segmentation
Least-privilege paths between users and resources, so the reachable surface of any account stays small.
Application-level control
Access granted to a named application rather than to the network the application happens to sit on.
MFA and passkeys
Strong authentication including FIDO passkeys, one-time codes and push, applied by risk rather than uniformly.
Multi-layer enforcement
802.1X, DHCP, ARP, agent and gateway enforcement available, so the design fits the network you already have.
Cloud workload access
The same policy extended to cloud instances, with security group changes managed rather than hand-edited.
Session re-evaluation
Posture loss or a risk signal mid-session triggers restriction or a kill switch instead of waiting for logout.
Unified agent
One agent for on-site access control and remote connectivity, which is the difference between a rollout and a project.
From a flat, trusted network to per-session verification
Nobody moves to zero trust in one cutover. The sequence is what makes it survivable.
You own it, we build it
The platform runs in your environment under your licences. We size it, deploy it, tune the policy and train your team to run it.
We run it for you
Our team operates the platform, triages what it raises, investigates and hands you incidents rather than alerts.
Controls that work alongside it
Network access control
The enforcement foundation. Zero trust extends it rather than replacing it.
Privileged access management
Administrator sessions are the highest-value place to apply just-in-time access.
EDR and XDR
Device posture is only trustworthy if something is actually watching the endpoint.