Network & Connectivity
One underlay for every site — DIA, MPLS/VPLS, IP transit, multi-cloud interconnects and last-mile diversity, all SLA-backed and operated under a single accountable lens — with SD-WAN overlays steering every application across the best available path.
The links everything else rides on — dedicated internet, private lines, LTE/5G, multi-cloud connectivity and resilient last-mile, wrapped in an SD-WAN overlay that steers each application across the best available path. Delivered carrier-neutral with automated failover so your traffic keeps moving even when a single provider drops.
Products in this family
Each capability is delivered as a managed service. Select one to scope a solution or request a quote.
Dedicated Internet Access
Symmetric leased-line and dedicated internet circuits with SLA-backed uptime, committed information rate (CIR) and class-of-service guarantees. Delivered over diverse fibre with BGP peering for multi-homed resilience — one contract, one accountable provider.
Learn morePrivate Line & MPLS
Private any-to-any MPLS/VPLS fabric with traffic isolation, CoS queuing and MEF-compliant SLA guarantees — site-to-site, site-to-DC and site-to-cloud connectivity over a single managed underlay, not a tangle of carrier relationships.
Learn moreIP Transit
Global IP transit with diverse upstream peering, BGP full tables and burstable committed rates. Serves ISPs, content platforms and enterprises that need predictable reachability without hairpinning through a single provider.
Learn moreMulti-Cloud Connectivity
Private, deterministic links into AWS Direct Connect, Azure ExpressRoute and Google Cloud Interconnect — no public-internet hop. Supports replication, application mobility and workload migration across clouds with predictable throughput and egress visibility.
Learn moreManaged Wi-Fi & LAN
Managed wireless and wired LAN with VLAN segmentation for guest, staff, POS and IoT traffic. Includes site survey, controller-based AP management, 24x7 monitoring and firmware lifecycle management across distributed sites.
Learn moreCarrier Aggregation
Bond multiple last-mile links — fibre, broadband and LTE/5G from different carriers — into one resilient pipe with sub-second failover. Sessions survive individual carrier failures while aggregated throughput boosts capacity for remote and branch sites.
Learn moreLast-Mile Diversity
A second independent last-mile path from a different carrier on a physically separate route, eliminating the single failure domain. Automatically fails over under SD-WAN steering so a fibre cut or cabinet outage never takes the site down.
Learn moreProactive Monitoring
24x7 synthetic probing of every link and path — latency, jitter, packet loss and availability — with threshold-based automated failover. Alerts are severity-tuned and routed to on-call with context, which brings mean time to detection down from a user report to seconds.
Learn moreBandwidth on Demand
Temporary capacity bursts for migration windows, live events or seasonal peaks without re-contracting. Capacity is pre-provisioned in the fabric and turned up via config change, so a site or data-centre link can flex up and back down on demand.
Learn moreIPv4/IPv6 Dual-Stack
Native dual-stack deployment with IPv4 exhaustion mitigation and phased IPv6 rollout planning. Includes structured subnet allocation, ACL parity across both address families and DNS/routing readiness validation to avoid retrofitting under time pressure.
Learn moreSD-Access Ready
Campus edge fabrics that extend software-defined policy from the WAN into the building — identity-based access, role-determined VLAN assignment and micro-segmentation on a single wired-plus-wireless fabric. A user or device gets the same posture regardless of which wall port or AP they connect through.
Learn moreData Center Interconnect
Dynamic, elastic links between data-centre facilities for replication, workload mobility and disaster recovery failover. Supports on-demand bandwidth scaling, private encrypted transit and integration with cloud on-ramps so facilities operate as a single stretched fabric.
Learn moreSD-WAN
Software-defined WAN overlay with application-aware path selection across Internet, Broadband, MPLS and LTE. Delivers sub-second failover, per-packet load balancing, WAN optimisation and zero-touch provisioning so a new site joins the fabric without an engineer on site.
Learn moreWhat a Network & Connectivity engagement covers
Underlay circuits
DIA, leased lines, MPLS/VPLS and IP transit sourced across multiple carriers, sized per site and terminated on equipment we manage.
SD-WAN overlay
Application-aware path selection with CoS marking, so voice, ERP and video take the route their own latency and jitter budgets require.
Diversity and failover
Physically diverse last-mile routes where the building allows them, with automated BGP failover and documented convergence behaviour.
Edge equipment
CPE, routers, switches and managed Wi-Fi supplied, configured, patched, monitored and replaced under the same contract as the circuits.
Flow visibility
NetFlow and sFlow telemetry, circuit utilisation, and alerting on degradation that fires before users think to raise a ticket.
The operating model behind the technology
Design against your traffic
We start from an application inventory and site survey, then size circuits and overlay policy against the workloads that carry the business.
Carrier-neutral procurement
We quote the access route that meets the requirement rather than the one inside a single carrier footprint, and we show you what each option costs.
Cutovers planned around you
Migrations run to an agreed change window, with rollback steps written down before anyone touches a circuit.
One SLA across the estate
Uptime commitments, escalation paths and monthly reporting cover every circuit and overlay together, so an incident cannot be bounced between carriers.
Questions buyers actually ask
How long does a new circuit take to deliver?
Lead time depends almost entirely on the last mile. Where fibre already reaches the building, provisioning is typically measured in weeks. Where it does not, we say so early and propose LTE or 5G while the build proceeds.
Can you take over circuits we already own?
Yes. We audit the existing contracts, document what is actually in place, and then either run them under our SLA or replace individual legs where the technical or commercial case is clear.
Do we still need MPLS if we move to SD-WAN?
Not always. Many estates run SD-WAN over DIA and broadband with MPLS retained only at the few sites that need deterministic paths. We size that mix instead of assuming a full replacement.
What happens when a circuit fails?
Failover happens at the routing layer. The NOC sees the alarm through telemetry before most users notice anything, opens the carrier ticket, and tracks it against the SLA clock with updates to you.
Is bandwidth on demand available?
On supported circuits, capacity can be raised for a defined period and released afterwards. That suits events, seasonal peaks and migration windows where permanent bandwidth would be wasted spend.
Need a solution tailored to your environment?
Our solutions architects will scope the right product mix for your infrastructure, timeline and budget — no obligation.