Getting the right connectivity to every site is fundamental to everything else working. We design, procure, and deploy WAN solutions across leased lines, broadband, 4G/5G, and SD-WAN — including creative solutions for sites where standard connectivity options fall short.
We take a vendor-agnostic approach to connectivity — recommending and procuring the right solution for each site based on requirements, availability, and budget. Whether it's a straightforward leased line install or a creative workaround for a site with limited infrastructure, we find a way to get you connected reliably.
Dedicated internet access (DIA), Ethernet leased lines, and point-to-point circuits. We handle site surveys, wayleave coordination, and provider management through to go-live.
Cellular failover and bonding solutions for business continuity. Automatic WAN failover to 4G/5G when primary circuits drop — keeping sites online without manual intervention.
SD-WAN architecture over mixed transport — combining leased lines, broadband, and cellular into a single resilient WAN with application-aware traffic steering and SLA monitoring.
Replacing expensive MPLS networks with SD-WAN or IPsec overlay solutions. We design the migration path and manage the transition to reduce costs without compromising performance.
Creative solutions for sites with poor infrastructure — rural locations, temporary sites, construction compounds, and pop-up offices. We find a way when standard options aren't available.
Carrier-agnostic circuit procurement and management. We compare options across multiple providers, handle the ordering process, and manage installation through to handover.
We start with a site survey or desk study to understand what's available at each location. We then recommend the best combination of connectivity options based on your performance requirements, resilience needs, and budget. We manage the procurement process, coordinate with carriers, and handle the installation and testing through to handover.
For multi-site projects, we build out a connectivity matrix covering every site — primary and failover circuits, lead times, costs, and dependencies. This ensures nothing is missed and the rollout stays on track.
Finding the right connectivity for every site is rarely straightforward. Urban offices may have fibre-to-the-premises options with multiple competing providers and fast installation timescales. Rural branches often struggle with anything beyond basic broadband — FTTC where you're lucky, ADSL where you're not. Temporary sites, construction projects, and pop-up locations need connectivity that can be provisioned in days, not months, without the capital cost of a dedicated circuit.
RUPE Networks designs WAN solutions that work across all these scenarios — combining the right circuit types with SD-WAN overlay to deliver consistent performance regardless of the underlying infrastructure. Our approach is vendor-agnostic: we design around your site requirements and budget, not a relationship with a single carrier or equipment vendor.
Every site is different. We have experience designing and procuring across the full range of connectivity options available in the UK market:
We are vendor-agnostic on circuits — we design around your site requirements and budget, not a single provider relationship. That means you get an honest comparison of options, not a steer toward the carrier that pays the best commission.
For multi-site organisations, SD-WAN transforms your WAN economics. Instead of expensive MPLS at every site, SD-WAN enables a policy-based overlay across commodity broadband circuits with 4G/5G failover — at a fraction of the cost. Traffic is steered intelligently based on application type, performance SLAs, and link health — so your critical business applications always get the best available path.
We design, deploy, and manage Fortinet SD-WAN architectures from 2-site to 200-site environments. Our experience spans simple hub-and-spoke deployments for SMBs through to full-mesh architectures with centralised FortiManager orchestration for larger enterprises. See our case study on a 50-site Fortinet SD-WAN deployment for a UK professional services firm to understand how we approach a project of this scale — from initial design through to phased cutover and handover documentation.
New build with no infrastructure? Listed building where you cannot drill? Temporary event site? Construction compound with no postcode? We have solved connectivity challenges across warehouses, portacabins, construction sites, and rural locations where traditional circuits are not available or take too long to install.
4G/5G bonded routers provide immediate bandwidth while permanent circuits are provisioned — giving sites connectivity from day one rather than waiting 60–90 days for a leased line installation. For campus environments, point-to-point wireless bridges can extend connectivity between buildings within hours. Starlink delivers usable bandwidth to locations that are genuinely beyond the reach of any terrestrial provider.
The key is designing the right solution for the site's specific constraints — geography, build type, tenancy restrictions, timescale, and budget. We start with what's possible and work backwards to what's practical, rather than applying a standard template that doesn't fit the site.
We're primarily consultants and engineers, not a reseller. We design the right solution and can either procure circuits on your behalf or work with your existing providers. Our advice is vendor-agnostic — we recommend what's best for you, not what earns us the biggest margin.
Yes — this is one of our strengths. We've connected sites in rural areas, industrial estates with poor infrastructure, and temporary locations where standard options weren't available. Solutions include bonded 4G/5G, fixed wireless access, satellite, and creative routing of circuits from nearby exchanges.
A cellular router or integrated WAN interface monitors your primary circuit. When it detects a failure — loss of connectivity, high latency, or packet loss — traffic automatically fails over to the 4G/5G connection. When the primary circuit recovers, traffic fails back. This can be fully automatic with no manual intervention required.
In most cases, yes. SD-WAN over internet circuits (leased lines and broadband) can deliver comparable or better performance than MPLS at a fraction of the cost. We design the migration plan, coordinate circuit installs, and manage the cutover — including parallel running during the transition period.
We can provide ongoing support for connectivity monitoring, fault management, and circuit renewals. For larger estates, we offer retainer-based support to act as your connectivity team — handling provider liaison, fault escalation, and capacity planning.