IT infrastructure
Built once, properly
A network improvised as the company grows costs more in daily friction than a cabling job costs to do once.
What we deploy
Audit and diagram
Inventory of what exists, an actual network diagram, and the list of what will fail first.
Structured cabling
Runs, patch panel, rack, labelling. Labelling is not a detail: it is what makes the next fault take ten minutes instead of two hours.
Managed Wi-Fi
Controller-based access points, isolated guest network, remote reconfiguration.
Servers and backup
File and application servers, backup strategy, and restores actually tested — an untested backup is not a backup.
Why we advise against mesh in Tunisian buildings
It is the question we get most often, and the answer comes down to how buildings are built here.
Concrete is not a partition wall
Reinforced concrete attenuates the signal far more than a light partition, and slabs block propagation between floors. A mesh node behind a load-bearing wall receives an already degraded signal — and that is the signal it rebroadcasts.
Every hop costs throughput
A mesh node without a wired backhaul retransmits on the same radio it receives on: usable throughput drops sharply at each relay. Over two hops only a fraction of the original connection remains, whatever the hardware costs.
A cable settles it permanently
An access point powered and connected over Ethernet has its full bandwidth. Cabling is paid once, at installation; a mesh throughput deficit is paid every day, for years.
The controller changes maintenance
With a controller-managed ecosystem we can see the access points remotely, add an isolated guest network or change a password without travelling. On a maintenance contract, that removes half the on-site visits.
Mesh keeps a legitimate use: rented premises where drilling is not allowed, or a temporary extension. In that case we deploy it, and we say so.
Describe the project
Area to cover, number of users, deadline. We propose an architecture and a price.