For local authorities, choosing an enterprise networking solution is rarely a straightforward technology decision. Council networks support far more than office connectivity. They underpin housing services, customer contact centres, libraries, depots, community facilities, social care systems, revenues and benefits platforms, hybrid working environments and an increasing number of digitally enabled public services.
As councils modernise infrastructure, consolidate estates and strengthen cyber resilience, networking decisions need to be evaluated against operational outcomes as well as technical specifications.
What Should Councils Look for in an Enterprise Networking Solution?
UK councils should compare enterprise networking solutions across five core areas: service resilience, cybersecurity integration, estate-wide visibility, operational simplicity and long-term supportability. The right solution should provide secure, resilient and manageable connectivity across the council estate while supporting critical services and reducing operational complexity.
The five core areas to consider are:
- Service resilience
- Cybersecurity integration
- Estate-wide visibility
- Operational simplicity
- Long-term supportability
Individual switches, access points and firewalls remain important, but they form only part of the overall infrastructure. For councils operating complex, distributed estates, the greater consideration is whether the complete architecture can support essential services securely and consistently over its operational lifetime.
Why Should Councils Look Beyond Networking Hardware?
Local authorities should assess enterprise networking solutions on more than hardware specifications alone. The best networking solutions for councils need to provide secure connectivity, centralised management, consistent access policies and operational resilience across complex, multi-site estates, while remaining manageable and cost-effective for public sector IT teams.
A typical council network can connect civic offices, libraries, customer service centres, community facilities, depots and operational sites, alongside hybrid workers and shared service partners. This creates a very different challenge from simply providing wired and wireless connectivity.
For councils, the wider consideration is how easily the network can be managed and secured across the entire estate. IT teams need centralised visibility, consistent policy enforcement and resilient connectivity to support internal operations and citizen-facing services.
Networking platforms should therefore be evaluated on their ability to simplify management, strengthen security and support reliable service delivery, as well as their underlying technical capabilities.
Why Is Network Resilience Important for Local Authorities?
Network resilience is critical for local authorities because essential and citizen-facing services need to remain available during outages, cyber incidents, maintenance and unexpected increases in demand.
A resilient council network should combine high availability, network redundancy, reliable wireless infrastructure, centralised monitoring and effective failover to minimise disruption and maintain service continuity. For councils managing multiple sites and public services, resilience is about more than preventing downtime. IT teams need visibility across the network and the ability to identify, respond to and recover from disruption quickly, while maintaining access to the systems and services employees and residents rely on.
When comparing enterprise networking solutions, councils should therefore consider how each architecture provides high availability, redundancy, failover, centralised monitoring and operational visibility across the wider estate. The aim is not simply to prevent every possible outage. It is to ensure the authority can continue delivering essential services when disruption does occur.
Why Should Councils Evaluate Networking and Cybersecurity Together?
Technology selection is only part of the evaluation process. Councils should also assess whether a supplier has the specialist expertise required to design, deploy and support secure public sector environments.
Councils should evaluate networking and cybersecurity together because separating the two can create fragmented visibility, inconsistent access policies and additional operational complexity. An integrated approach allows connectivity, segmentation, access control and threat protection to form part of a coordinated security architecture.
This becomes particularly important across distributed council environments.
Users and devices may connect from administrative offices, libraries, depots, community locations, home networks and other remote sites, while applications and services increasingly extend into cloud environments.
Networking decisions can therefore have a direct impact on the authority’s wider cyber security posture.
Technologies such as Fortinet Security Fabric can be used to bring networking and security capabilities together, including:
- Secure SD-WAN
- Network segmentation
- Next-generation firewalling
- Secure remote access
- Threat detection
- Centralised security and policy management
An integrated approach can provide IT teams with greater visibility across distributed environments while helping authorities apply security policies more consistently.
How Can Councils Simplify Network Management Across Multiple Sites?
Councils can simplify network management by using platforms that provide centralised management, estate-wide monitoring, consistent policy enforcement, automation and reporting across multiple locations. This gives infrastructure teams greater visibility while reducing the need to manage individual sites and technologies separately.
This is particularly important for local authorities with limited internal networking resources. Managing numerous locations through disconnected systems can consume valuable IT capacity and make troubleshooting, updates and policy changes more difficult. Centralised management allows teams to understand the health and performance of the wider environment, identify issues more quickly and apply changes consistently.
Platforms such as HPE Aruba Networking can provide wired and wireless infrastructure alongside centralised management capabilities. Combined with an integrated approach to security, this can help councils reduce the operational complexity associated with managing distributed estates. The important procurement question is therefore not simply “How does this product perform?”, but also:
“How much effort will our team need to manage and support this environment throughout its lifecycle?”
What Should Councils Look for in a Networking Partner?
Councils should assess a networking partner’s engineering capability, public sector experience, geographic coverage, project governance and long-term support model alongside its technology expertise. This is particularly important for local authorities operating distributed estates, where inconsistent deployment or support can undermine an otherwise strong technical solution.
A technically capable platform still needs to be designed, configured, deployed and maintained correctly. Councils should therefore understand who will actually deliver the project, how technical issues will be escalated and what support will be available once implementation is complete. Factors such as engineering capacity, relevant vendor accreditations, public sector experience, nationwide coverage and the use of in-house versus subcontracted technical resources can consequently form an important part of supplier evaluation.
Why Does Fortinet Expertise Matter When Selecting a Networking Partner?
Technology selection is only one part of delivering secure network infrastructure. Where a council chooses to deploy Fortinet technologies, it should also consider whether its delivery partner has the technical expertise to design, implement and support the environment effectively. Switchshop holds both:
Fortinet Engage Technical Support Partner (ETSP) – Recognising Switchshop’s Fortinet technical support capability.
Fortinet Engage Preferred Services Partner (EPSP) – Recognising its capability to deliver specialist Fortinet professional services.
These accreditations provide local authorities with additional evidence of Switchshop’s technical support and professional services capability across Fortinet environments. Switchshop has also been named Fortinet Public Sector Partner of the Year, providing further recognition of its work within UK public sector environments
Why Does Delivery Capability Matter for Council Network Projects?
Delivery capability matters because an enterprise networking solution is only as effective as its design, implementation and ongoing support. For councils operating multiple locations, access to experienced engineers and consistent project governance can reduce deployment risk and provide greater continuity throughout the infrastructure lifecycle. This becomes particularly important where projects involve numerous buildings or need to be delivered alongside existing public services with minimal disruption.
Switchshop delivers networking and cybersecurity projects through a nationwide team of more than 60 in-house UK engineers across England, Scotland and Wales. Unlike delivery models that rely heavily on subcontracted engineering resources, technical capability remains within the business from design and deployment through to ongoing support. For local authorities managing complex or geographically distributed estates, this can provide greater consistency and accountability throughout the project lifecycle.
A Practical Checklist for Comparing Council Networking Solutions
When assessing an enterprise networking solution, local authorities should consider the complete architecture and delivery model rather than comparing individual product specifications in isolation.
Resilience: Can the architecture maintain critical services when individual connections, devices or other infrastructure components fail?
Cybersecurity: Does the network integrate effectively with the authority’s wider security controls, segmentation and access policies?
Visibility: Can IT teams centrally monitor and manage infrastructure across the council estate?
Operational simplicity: Will the proposed architecture simplify day-to-day administration, troubleshooting and policy management?
Supportability: Does the supplier have the technical expertise, engineering resources and support model required throughout the solution’s lifecycle?
Future requirements: Can the architecture accommodate service modernisation, estate consolidation, cloud adoption and changing connectivity requirements?
The answers to these questions can be more valuable than small differences between individual hardware specifications.
Which Enterprise Networking Solution Is Right for a UK Council?
There is no single enterprise networking solution that is right for every UK council. The appropriate architecture will depend on the authority’s existing infrastructure, estate, critical services, cybersecurity requirements, internal resources, budget and future transformation plans.
For some councils, this may result in an architecture combining HPE Aruba Networking for wired and wireless connectivity with Fortinet Security Fabric for network security, segmentation and secure connectivity. However, technology should follow requirements rather than determine them.
A robust evaluation should begin by identifying the services the network must support, where resilience is required, how security policies need to operate across the estate and what resources the authority has available to manage the environment.
Product and supplier comparisons can then be made against those requirements.
Frequently Asked Questions
How should local authorities compare enterprise networking solutions?
Local authorities should compare enterprise networking solutions based on resilience, cybersecurity integration, estate-wide visibility, operational simplicity, and long-term supportability. Product specifications are important, but councils should also consider how effectively the complete architecture supports critical services across a distributed estate.
What networking architecture is best for critical council services?
There is no single networking architecture that is best for every council. Local authorities should select an architecture capable of providing resilient wired and wireless connectivity, integrated cybersecurity, segmentation, centralised management and appropriate redundancy for the services they operate. Solutions such as HPE Aruba Networking and Fortinet Security Fabric can form part of this architecture where they meet the authority’s technical, security and operational requirements.
Why is network resilience important for councils?
Network resilience helps councils maintain access to essential systems and services when outages, equipment failures, maintenance or other disruptions occur. High availability, redundancy, failover and effective monitoring can reduce the operational impact of individual infrastructure failures.
Why is cybersecurity important when evaluating networking solutions?
Cybersecurity is important because council networks connect users, devices, locations, cloud services and systems that can contain sensitive or critical information. Integrating security into network design can improve segmentation, access control, threat visibility and policy consistency across a distributed council estate.
What do Fortinet ETSP and EPSP accreditations mean?
Fortinet ETSP and EPSP are partner designations relating to technical support and professional services capabilities within the Fortinet partner ecosystem. When evaluating a Fortinet delivery partner, these accreditations can provide additional evidence of its technical capability beyond product supply.
Why should councils consider delivery capability when selecting a networking solution?
Delivery capability matters because network performance depends on how effectively the infrastructure is designed, configured, deployed and supported. For councils with distributed estates, experienced engineering resources and consistent project governance can help reduce implementation risk and simplify long-term support.
