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Enterprise Networking

Networks people stop complaining about

Designed around how your sites actually work, monitored so problems are found before they are reported, and documented so the next change is not archaeology.

  • LAN, WAN and WLAN
  • SD-WAN
  • Segmentation and NAC
  • Monitoring and optimisation

How it fits together

Most network complaints are design problems

"The Wi-Fi is slow" is rarely about the access points. It is about coverage planning, channel overlap, uplink capacity, or a flat network where a single broadcast storm affects everyone. Adding hardware to an unstructured network usually makes it harder to diagnose, not faster.

The diagram is illustrative. It shows the shape of the capability rather than any specific customer environment.

Enterprise network topology Internet traffic passing through a firewall to the core network, then branching to the local network, wireless and the wide area network, which connects a branch site. Cloud connects into the core, and packets travel along every link. Cloud Internet FirewallINSPECT Core LAN Wi-Fi WAN Branch

Overview

In practice

We design networks as a structured architecture: core, distribution and access with defined segmentation, resilience where it matters, and monitoring that shows utilisation and error rates before users notice them.

That covers single-office environments through to multi-site organisations with branch connectivity, remote access and campus wireless.

What changes

Outcomes we are measured on

The point of the work, stated as results rather than product names.

01

Wireless that works in the corners

Coverage designed from a site survey rather than by placing access points where there happens to be a cable.

02

Contained failures

Segmentation so a compromised device or a broadcast issue affects one zone, not the entire organisation.

03

Branches that behave consistently

Standardised branch design and SD-WAN policies, so support does not need a different mental model per site.

04

Evidence when the line is the problem

Monitoring that distinguishes an internal network issue from a provider issue, with the data to prove it.

Capabilities

What sits inside this practice

Capability areas we design, implement and support. Scope for any engagement is agreed and documented in writing.

Core networking

The foundation of the estate.

  • LAN
  • WAN
  • Routing
  • Switching
  • Campus Networking
  • Data Centre Networking
  • High Availability
  • Structured Network Architecture
  • Load Balancing

Wireless and edge

How people and devices attach.

  • WLAN
  • Enterprise Wi-Fi
  • Wireless Site Surveys
  • Guest Network Design
  • Network Access Control
  • Remote Access
  • VPN

Wide area and branch

Connecting sites to each other and to cloud.

  • SD-WAN
  • Branch Networking
  • Multi-Site Design
  • Cloud Connectivity
  • Traffic Shaping and QoS
  • Path Selection and Failover

Security and operations

Keeping the network safe and visible.

  • Network Security
  • Firewalls
  • Network Segmentation
  • Network Monitoring
  • Network Performance Management
  • Network Configuration Management
  • Network Assessments
  • Network Optimisation
  • Network Refresh Projects
  • Cisco Solutions
  • Aruba Solutions
  • Fortinet Solutions
  • Microsoft Networking

How we deliver

A sequence, because order matters here

Each stage produces something you can review before the next one starts.

Survey

Physical and logical assessment: topology, utilisation, configuration drift, wireless coverage and known pain points.

Architect

A target design with segmentation, resilience, addressing and naming standards documented up front.

Deploy

Phased implementation with change windows, configuration backups and validated rollback.

Operate

Monitoring, configuration management and periodic review as sites and headcount change.

Questions

The things people ask before signing anything

Usually yes. A refresh is only recommended where equipment is out of support, undersized for current load, or preventing a control you need. We will show you the reasoning either way.

Yes, both predictive surveys during design and validation surveys after deployment. Warehouse, campus and multi-storey environments in particular benefit from a physical survey.

It depends on how many sites you have, how much you rely on cloud applications, and whether you are paying for expensive links you could partially replace with broadband. For three or four sites it often is not. For a growing branch network it frequently is.

Us. If the fault sits with a connectivity provider, we log and manage the escalation on your behalf rather than handing you a reference number.

Related

Usually discussed alongside this

Connectivity

We design the connectivity your sites need, procure it through approved providers, and stay accountable for it once it is live.

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Cybersecurity

Not a wall of dashboards.

Explore

Enterprise Infrastructure

Compute, storage and virtualisation designed for the load you actually have — and a refresh plan so you are not making decisions in an outage.

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Technologies supporting this capability
Enterprise Networking
Enterprise Networking & Wi-Fi
Routing & Connectivity
Cybersecurity & Secure Networking

Next step

Let's define what your technology should be doing.

Tell us what is not working, what is coming up, or what you are being asked to deliver. We will come back with a considered view — not a generic proposal.