Connectivity · Technical Overview

SD-WAN

A software-defined WAN architecture that centrally manages multiple links and steers application traffic according to policy, performance and availability.

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01

What it is

SD-WAN creates an overlay across one or more underlay transports such as DIA, broadband, LTE/5G or MPLS and applies centralized routing and application policies.

02

Why it matters

It improves WAN agility, visibility and resilience by dynamically selecting paths and standardizing branch connectivity.

03

NARDIN delivery scope

We assess applications and traffic flows, design the overlay and underlay, define segmentation and failover policy, deploy WAN edges and validate routing, security and application performance.

04

Customer deliverables

A centrally managed WAN with documented policies, resilient paths, monitoring and a repeatable branch deployment model.

05

Typical use cases

Distributed enterprises, retail chains, branch offices, cloud-first organizations and sites requiring resilient multi-carrier connectivity.

06

Delivery lifecycle

01Requirements discovery and current-state assessment.
02Architecture, dependencies and implementation planning.
03Technical specification, configuration baseline and delivery preparation.
04Implementation, integration, testing and controlled commissioning.
05As-built documentation, operational handover and managed support where required.

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