Talk to an architect

Networking

Campus and branch networks that keep working when a link fails.

Campus switching, WAN design across multiple carriers, wireless surveys and design, network access control and lifecycle refresh.

Talk to an architect What is included

Sound familiar

Where this usually starts.

Users notice the network only when it fails, and in most offices it fails at the edges: a single internet circuit, an overloaded access point, a switch nobody has patched. We design campus and branch networks with diverse carriers, redundant uplinks, wireless planned from a site survey and access control that knows which devices belong, then document them so they can be supported by more than the person who built them.

Tick the ones that sound like your situation.

Scope

What is included.

  • Campus switching

    Core, distribution and access layers designed for resilience.

  • WAN design

    Multiple carriers, diverse paths and failover tested in practice.

  • Wireless

    Predictive and on-site surveys, with design and tuning for density.

  • Network access control

    Devices authenticated before they reach the network.

  • Refresh and migration

    End-of-support equipment replaced with minimal disruption.

  • Documentation

    Diagrams, configurations and addressing kept current.

Reference architecture

Networks designed from the traffic up.

Campus and Wi-Fi networks are the users and sites edge of the networking architecture: the switching and wireless people connect to in offices, linked to everything else through the WAN.

Networks designed from the traffic up. USERS AND SITES WAN AND EDGE DATA CENTER CLOUD AND SAAS Branch offices Campus and Wi-Fi Remote users SD-WAN SASE and ZTNA DDoS protection Segmentation Spine Leaf switches Cloud on-ramps SaaS applications

What this service delivers here

  • Campus and Wi-Fi

    Wired and wireless access, designed for the density of the building.

Walk through every flow in Networking

Before you start

Decisions to settle early.

  • Cloud-managed or traditional

    Cloud management suits many sites and lean teams; traditional management suits complex campuses. Licensing often tips the balance.

  • Which wireless standard

    The newest standard is not always needed. Devices in use and density decide.

  • Standard site design or bespoke

    A standard design makes every site supportable the same way. Exceptions are kept for sites that truly differ.

Approach

How the work runs.

  1. Survey

    Sites, coverage and circuits

  2. Design

    Topology, wireless and access control

  3. Deploy

    Staged cutovers out of hours

  4. Document

    As-built diagrams and configurations

Commercials

How it is bought.

  • A fixed-fee assessment

    We survey a sample of sites for coverage and circuits and inventory equipment and support status. You receive the findings, a standard site design outline and a fixed price for the rollout.

  • A fixed-price build

    Design, equipment refresh, wireless placement, access control and staged cutovers for the sites in scope, priced per site.

  • Running it afterwards

    Sites can then be supported by your team with as-built documentation, or monitored and maintained by us monthly.

Start with the assessment.

Scope an assessment

Worked example

Stores that stop when one circuit fails.

Say a retail chain's stores each depend on a single internet circuit, Wi-Fi in the stockrooms drops out, and the switches in many stores are past end of support.

  1. Survey

    We survey a sample of stores for wireless coverage and circuits, and record the equipment and configuration at every site.

  2. Design

    A standard store design adds a second circuit from a different carrier, wireless placed for the stockroom, and access control on network ports.

  3. Deploy

    Stores are cut over out of hours in planned waves, and each is tested for failover before staff arrive.

  4. Document

    Every store gets as-built diagrams and automatic configuration backups, and the refresh plan covers the remaining equipment.

At the end, a failed circuit no longer stops a store, the stockroom Wi-Fi works, and any engineer can support any store from the same documentation.

An illustration

An illustration, not a client account.

Where it goes wrong

What we design out.

  • One circuit per site

    A single carrier is a single point of failure. Sites get diverse circuits, tested in practice.

  • Wireless placed by guesswork

    Access points mounted where it was convenient leave dead zones. Placement follows a survey.

  • Open network ports

    Any device plugged into the wall reaches internal systems. Ports authenticate devices first.

Outcomes

What it changes.

  • Branches that keep trading

    Diverse circuits and tested failover turn a carrier outage into a non-event.

  • Wi-Fi that covers the building

    Designed from a survey, so coverage and capacity match how rooms are actually used.

  • Only known devices connect

    Access control keeps unknown devices off the network.

How you will know it is working

  • A failed circuit does not stop a site.
  • Wi-Fi complaints stop coming from the same rooms.
  • Unknown devices reach nothing of value.
  • Every site has current diagrams and configuration backups.

You keep

What you have at the end.

Handover pack

five items

  1. Site surveys and wireless heat maps Coverage, capacity and interference measured at each site, with access point positions marked.
  2. Network design and addressing plan The switching, routing, wireless and addressing design for each site and the links between them.
  3. Cutover plans for each site The steps, timing, tests and rollback for moving each site onto the new network.
  4. As-built diagrams and configuration backups Drawings and configurations that match what is installed, with configurations backed up automatically.
  5. Lifecycle and refresh plan Support dates for every network device and a schedule for replacing each before its support lapses.

The team

Who you work with.

  • Network architect

    Designs the standard site, wireless and access control.

  • Wireless engineer

    Runs surveys and designs and tunes coverage.

  • Field engineers

    Install equipment and cut sites over out of hours.

What we need from you

  • Floor plans for the sites in scope.
  • Access to current network equipment.
  • Circuit contracts and carrier details.
  • Local contacts at each site for cutover nights.

When something slows down, you see where, and so do we.

Questions

Questions we get asked.

Do we need a wireless survey?

For anything beyond a small office, yes. Walls, materials, interference and user density decide where access points belong, and a survey finds that before installation rather than through complaints afterwards.

How many internet connections should a branch have?

At least two, from different carriers over physically different paths where possible, with automatic failover. One circuit is a single point of failure for the whole site.

Can you refresh equipment without downtime?

Mostly. Changes are staged out of hours with tested rollback, and sites with redundant uplinks can often be upgraded with no visible interruption.

What is network access control?

A system that checks a device's identity and health before letting it onto the network, usually through 802.1X, so an unknown laptop plugged into a meeting room port reaches nothing.

What is the difference between a predictive and an on-site wireless survey?

A predictive survey models coverage from floor plans and building materials before any access point is installed. An on-site survey measures real signal and interference in the building. Most designs use a predictive survey to plan and an on-site survey to confirm.

Should we move to cloud-managed networking?

Cloud-managed platforms make many sites easy to run from one dashboard and suit organizations with lean network teams; traditional management can suit complex campuses better. We compare them on your sites, your team and the licensing model, which is often the deciding factor.

Is Wi-Fi 7 worth deploying now?

In demanding spaces it can be, provided your devices will support it during the equipment's life. For many offices, Wi-Fi 6E is enough. The decision follows the survey and the devices you expect to use, not the newest standard.

How do you secure network ports in offices?

With network access control using IEEE 802.1X, so a device must authenticate before it reaches the network. Devices that cannot authenticate, such as printers, are identified and placed in restricted segments, so an unknown device plugged into a wall port reaches nothing of value.

Ask about your situation

Answered from this site, with its sources.

Where it is bought

Enterprise LAN, WAN and Wi-Fi, by sector and region.

Sectors that ask for it

Region homes, and who signs

Often paired with

What usually comes next.

Everything in Networking

CONTACT

Find the single points of failure before they find you.

Share your sites, your circuits and the complaints you hear most. We will return a resilience review and priorities.

  • Senior-led
  • Accountable
  • Direct
  • Fixed-price options
  • Compliance-ready
  • 24/7 capable

Prefer to talk it through? Call +92 (333) 32 11011

What happens next

  1. You pick the time

    Tell us how many sites you have and which ones cause trouble; the call is at a time you choose.

  2. Thirty minutes, with an engineer

    A network engineer discusses circuits, coverage and equipment age at your sites.

  3. A written assessment

    It sets out a standard site design and a fixed rollout price.