Multi-country network refresh
Replacing an ageing MPLS estate across dozens of international sites without a big-bang cutover.
Enterprise Connectivity
Connectivity designed as architecture, procured as a service
Dedicated access, network as a service, global IP transit, SD-WAN, enterprise 5G and LEO satellite — designed together as one resilient network for internationally distributed organisations.
The challenge
Connectivity is bought site by site and inherited as a liability
Most enterprise networks are the residue of a decade of individual purchasing decisions: mixed carriers, inconsistent SLAs, renewal dates nobody tracks and resilience that exists on paper but shares a duct.
- Diversity that is claimed contractually but not verified physically at the access layer.
- International sites where local carriers deliver inconsistent quality and unclear escalation paths.
- Cloud traffic still backhauled through legacy hubs, adding latency and cost.
- No single view of circuits, contracts, bandwidth utilisation or renewal exposure.
Our solution
One designed network, multiple underlying carriers
We architect the network first — resilience model, routing policy, cloud on-ramps, failover behaviour — then assemble the underlying access from the carriers, transit providers, 5G networks and LEO constellations that fit each location. You get a coherent enterprise network with a single design authority and a single service wrap.
Core capabilities
What we deliver
Dedicated Internet Access
Uncontended access with defined SLAs, verified diversity options and consistent delivery governance.
Network as a Service
Consumption-based enterprise networking with commercial flexibility across sites and regions.
Global IP Transit
High-capacity transit with strong peering and route-level performance visibility.
SD-WAN
Application-aware overlay across mixed access types, with policy defined centrally and enforced at every edge.
Hybrid WAN
Structured coexistence of legacy MPLS, internet underlay and cloud interconnect during migration.
Enterprise 5G
Cellular data services for primary access, rapid deployment and diverse failover.
Satellite / LEO
Managed low-earth-orbit connectivity for remote, maritime, temporary and continuity scenarios.
Cloud connectivity
Private interconnect into Azure, AWS and other platforms with deterministic performance.
Data centre connectivity
Carrier-dense colocation interconnect, cross-connects and inter-site capacity.
Business outcomes
What changes for the organisation
Verified
Physical diversity and failover behaviour proven by design and by test, not by assumption.
Direct
Cloud on-ramps that remove unnecessary backhaul and reduce application latency.
Unified
One contract, one design authority and one escalation path across all regions.
Predictable
Consolidated commercials with visible renewal and bandwidth planning.
How it works
How the network is constructed
A layered model that separates commercial access from enterprise policy, so carriers can change without redesigning the network.
- 01
Access layer
DIA, broadband, 5G and LEO selected per site against resilience and performance requirements.
- 02
Transport & transit
Global IP transit, private interconnect and inter-DC capacity forming the core.
- 03
Overlay & policy
SD-WAN fabric applying routing, application and security policy consistently at every edge.
- 04
Assurance
Monitoring, performance reporting, incident management and continuous optimisation.
Typical engagements
Where organisations engage us
Cloud-first re-architecture
Moving from hub-and-spoke backhaul to direct, policy-controlled cloud on-ramps.
Continuity and remote sites
Adding 5G and LEO diversity where fixed-line resilience is unavailable or uneconomic.
Related capability
Works alongside
Next step
Start with a conversation, not a quote
Book a discovery workshop with a solutions consultant. We will review your current estate, target architecture and commercial constraints before recommending anything.