Modernise SD-WAN, Wi-Fi 6/6E and data center networking through a phased architecture path that protects availability, rollback and operational visibility.
The critical topics this service addresses and the outcome we deliver in each.
With flow, log and telemetry design we make branch and data center traffic visible and address bottlenecks at the root-cause level.
A prioritization matrix scoring business impact, security risk and operational bottlenecks yields an improvement plan tied to measurable targets.
We proceed with change windows, a rollback plan and validation checklists, applying parallel running and controlled cutover for critical services.
HLD/LLD designs, runbooks and monitoring dashboards reduce operational dependence on external support.
How we phase the service across delivery, governance, and connected service pillars.
We start with a current-state analysis: mapping topology, traffic and dependencies, then clarifying the critical application flow map, bottlenecks and the risk and compliance requirements.
We design the target architecture for branch WAN/LAN/WLAN and the data center backbone, shaping SD-WAN, campus LAN/WLAN, segmentation (NAC/VLAN/VRF) and network visibility around measurable goals.
We run the migration in phases, cut over with acceptance and failover validation, and complete performance monitoring and knowledge transfer through 30 days of hypercare support.
Illustrative surfaces where this service is commonly activated.
Moving fragmented branch networks to a single standard with an MPLS/Internet/5G connectivity strategy and SD-WAN design.
Renewing wireless access with a coverage and capacity plan based on a site survey or existing measurements.
Designing the data center backbone and segmentation policies with a high-availability target.
This service's depth on sector-specific technical and compliance topics.
Network segmentation and the policy set are designed to align with your existing security architecture; policy points and log flow are handled together.
Integration with common platforms such as Zabbix, PRTG and Prometheus; flow/log/telemetry-based visibility and alarm definitions.
Acceptance criteria defined through performance testing, capacity validation and failover testing; phased cutover supported by rollback procedures.
Legacy network architectures struggle to meet the demands of hybrid workforces, multi-site operations, and cloud-first application delivery. Organisations face escalating bandwidth costs, inconsistent user experience across branch locations, and insufficient visibility into network performance. Our Strategic Network and Data Center Transformation practice eliminates these bottlenecks by modernising connectivity, compute fabric, and data center topology end-to-end.
Make cost and resource optimization measurable against the agreed baseline and review cadence
Design contracted availability targets with active-active data center configurations
Shorten operational cycle time against agreed measurement targets and acceptance criteria
Our engagement covers the full lifecycle from network discovery and architecture design through to deployment, integration, and ongoing managed operations. We address campus LAN, WAN edge, data center interconnect, and wireless domains, ensuring each layer is aligned with security and compliance requirements. Scope can be adjusted for greenfield builds, partial modernisation, or full data center consolidation programmes.
Make risk and response indicators visible through measured controls, rehearsed playbooks, and evidence review
Make cost and resource optimization measurable against the agreed baseline and review cadence
Make operational speed, resilience, and response outcomes measurable through contracted scope and acceptance criteria
Every engagement produces a structured set of artefacts that serve as long-term operational references. From initial design documentation through to post-implementation verification reports, our deliverables are version-controlled and handed over with formal knowledge transfer sessions. All documents conform to ITIL v4 service documentation standards.
Shorten operational cycle time against agreed measurement targets and acceptance criteria
Support audit and compliance readiness with evidence records instead of unsupported public outcome promises
Shorten operational cycle time against agreed measurement targets and acceptance criteria
A phased SD-WAN migration for a 50-site enterprise is planned through a scoped timeline agreed during discovery. We use a pilot-site approach, validating QoS policies and failover behaviour in a controlled environment before rolling out to production sites in batches of 10 to 15 locations.
Yes. Our hybrid WAN design supports concurrent MPLS and SD-WAN operation, allowing a zero-disruption cutover. MPLS circuits are retained as a premium path for latency-sensitive traffic until the transition is fully validated and the business is ready to decommission them.
Yes. We offer tiered managed network services including contract-scoped NOC monitoring, incident response SLAs, quarterly health reviews, and capacity planning. Managed services are scoped separately and can be transitioned to in-house teams with full knowledge transfer.
We apply a vendor-neutral assessment methodology to catalogue all existing assets. Our architects design integration points that preserve existing investments where viable, define a deprecation roadmap for end-of-life equipment, and manage multi-vendor coexistence throughout the transition period.
Yes. All configuration templates are designed as parameterised blueprints that can be adapted for new sites with minimal customisation. They are stored in a version-controlled repository and come with variable substitution guides so your internal team can deploy new sites independently.
All deployments include a 90-day post-handover hyper-care period with priority access to the project engineers. During this window we respond to configuration-related issues within the agreed response window and provide up to 3 change requests at no additional cost.
This short form routes your request to the right support team. We clarify context first, then define the safe sharing method.
Privacy-aware first contact; safe sharing flow when needed; no sales pressure.
