Campus, branch and edge-security network designs with open-brand equipment selection — backed by 18 years of carrier-grade delivery, organised into six sub-domains below.
One building or a whole park — wired and wireless access that stays fast at peak hours.
Offices, hotels, schools — when one flat network slows everyone down at 9 a.m.
Redundant core, medical VLAN zones, ward-round roaming — when patient care cannot wait for IT.
Term-start login storms, dorm isolation, per-student authentication — on a school budget.
Two separated planes, 802.1X on every port, full audit trail — when a compliance inspection can arrive unannounced.
Terminals, checkpoints and airline tenants — when flight-critical systems and public Wi-Fi must never share one flat network.
Fast-growing store chains — when each new outlet must come online the day it is plugged in, with POS, staff and guest Wi-Fi cleanly separated.
Substations, plants and utility offices — when production control and office IT must stay cleanly apart on the same campus.
Connecting headquarters with branches — securely, over ordinary internet lines.
Chain stores and multi-site fleets — when every branch is a data island and leased lines cost too much.
Dozens of sites and home workers — when a firewall per branch is too much to buy, install and keep in policy.
Bank and insurance branch networks — segmented branches, SD-WAN wide-area and dual-link redundancy, with audit trails ready for the regulator.
Protecting the internet edge — before threats reach servers and desktops.
Firewall, NAT, intrusion prevention, DDoS mitigation — when ransomware is one click away.
Production, office and backup in separate zones with an offline copy — for the day something is already inside.
Contractors, remote staff and BYOD — when the old perimeter is gone and every identity must be verified before it reaches a thing.
When your service goes dark under a flood — local scrubbing, application-layer CC defense and carrier linkage for attacks bigger than your pipe.
From two racks to two rooms — fabrics where no single failure stops the applications.
Spine-leaf, dual-active links, out-of-band management — when one box must never take everything down.
Spine-leaf without oversubscription, RoCEv2 lossless Ethernet — when the GPUs are idle and the network is the reason.
RoCEv2 and NVMe-oF end to end — when the flash array is fast but the network underneath keeps dropping packets.
Multi-tenant spine-leaf with VXLAN/EVPN — when capacity has to grow by a policy change, not a weekend rebuild.
Where the network sits next to the machines — production stops if it does.
Redundant OT ring, one zone per shop floor, PROFINET and IT traffic side by side — when a network fault stops the line.
Dispatch, protection and video share one grid IP backbone — when a relay-protection packet that arrives late is the same as one that never arrived.
Underground safety monitoring, production control and video on one intrinsically-safe ring — when the tunnel was never built with a network in mind.
Four production processes and the AGVs that move between them, on one backbone — when the line cannot afford a single minute of downtime.
Bearer network design — dedicated government backbones and local ISP metro networks.
One backbone with an isolated VPN per agency — when twenty rented lines cost more than they carry.
Protected core ring, dual-homed aggregation, BNG subscriber edge — for local ISPs growing past a flat network.
IP RAN backbone with FlexE hard slicing for signaling — when the timetable cannot be the thing you bet on a shared network.
Just tell us four things — number of sites, number of users or endpoints, your bandwidth or uplink situation, and budget range — and within 24 hours you receive a tailored network design plus a bill of quantities (BOQ).
The design costs you nothing — even if you only use it to sanity-check a quote you already have.
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