Network design and architecture
Segmented, defensible networks designed before the incident, not after.
A flat network means one compromised laptop can reach everything. We design network topology the way it should have been built from the start: zoned, segmented, defensible, with firewall policy and remote access that assumes a breach will happen somewhere and limits what it can reach once it does.
How it runs
- 1
Map what actually needs to talk to what
Segmentation only works if it reflects real traffic patterns, so we start by mapping which systems genuinely need to reach each other.
- 2
Design zones around blast radius
The network is split so that a compromise in one zone cannot walk straight into another.
- 3
Write firewall policy to match
Rules are written for the traffic that should exist, with everything else denied by default.
- 4
Test it like an attacker would
Before sign-off, we try to move laterally across the new boundaries ourselves, the way an intruder would.
Common questions
What is zero-trust, in practice?
Will this slow down our internal systems?
Can you redesign a live network without downtime?
Tell us what you need.
One paragraph is enough. You'll get a straight answer on whether it's a fit, roughly what it takes, and what happens next.