Network & Security Support
SD-WAN Rollouts.
Multi-site deployment of SD-WAN edge devices with staging, installation, circuit integration, and controller connectivity validation.
Overview
What is SD-WAN Rollouts?
SD-WAN rollout services manage the multi-site deployment of software-defined WAN edge devices. We handle device staging, pre-configuration, physical installation at each location, circuit connectivity, zero-touch provisioning activation, and end-to-end validation. Our field engineers ensure that each site comes online cleanly and connects to your SD-WAN controller or orchestrator.
WHY IT MATTERS
Why SD-WAN Rollouts matters.
Rollouts rarely stall on the technology itself. They stall on small things repeated across many sites: a circuit that is not live on the install date, a box delivered to a dock nobody watches, a site contact on leave, or an edge device that cannot find its controller because an upstream port blocks it. Each one costs a return visit. Without a program view, the project becomes a stream of separate tickets, and the final sites on the list drift for months while the early ones are already live and nobody owns the stragglers.
A well-run rollout has a register that shows each site's status, a repeatable checklist, and a pilot that exposes problems before the main wave. Failed activations have a clear escalation path, and sites with unusual conditions are tracked apart so they do not hold up the rest. The existing WAN stays in service until the new path is proven at that location. Each site closes with a short report, giving your team a dependable picture of what is live, what is still waiting, and why it is waiting.
SCOPE
Scope of service.
- 01SD-WAN edge device staging and pre-configuration
- 02Physical installation at branch or campus locations
- 03WAN circuit handoff and connectivity verification
- 04Zero-touch provisioning (ZTP) activation and controller registration
- 05Application-aware routing and QoS policy verification
- 06Site-to-site and cloud connectivity testing
- 07Per-site deployment report and as-built documentation
CHOOSING
Choosing this service.
What to decide before you order, and what sits outside the scope.
Start with a pilot group
Choose a small, varied set of sites to go first: a simple one, an awkward one and one with a difficult circuit. Lessons from the pilot change the checklist and the shipping plan, and they cost far less to learn there than in the middle of the wave.
Decide who owns circuits
Settle whether your team or ours tracks carrier orders, install dates and handoff details. Either can work, but split ownership leads to sites where nobody chased the circuit. Whoever owns it needs the carrier contacts and the order references at the start.
Group sites by complexity
A small office with a single circuit is a different visit from a campus that needs local network changes. Sorting sites into simple and complex groups lets you schedule realistically, assign the right engineers and quote each group on its own effort.
Plan for the legacy WAN
Decide how long the old connection stays alongside the new one, who confirms each site is stable, and when the old equipment and circuits are retired. Retirement is a separate decision from installation, and it should have its own owner and its own date in the plan.
Not included
- Designing the SD-WAN architecture, policy templates and orchestrator configuration is work for your network team or your vendor.
- Carrier contracts and pricing remain with you, and a late circuit can still delay a site visit despite our tracking.
- Removing legacy WAN equipment and cancelling old circuits is a separate task unless the written scope includes it.
- Tuning policies and monitoring the overlay after sites go live stays with your operations team.
USE CASES
Typical scenarios.
A retailer deploying Cisco Meraki SD-WAN to 400 stores over 20 weeks, replacing legacy MPLS connections with broadband and LTE.
A healthcare network rolling out Fortinet SD-WAN to 60 clinics with dual-ISP failover and QoS for telemedicine applications.
A global manufacturer implementing VMware VeloCloud at 150 sites across 12 countries with centralized orchestration.
PROCESS
How the work runs.
- 1
Build the site register
Each location is listed with its address, access contact, circuit status, device serial and install window. The register becomes the single record that tracks each site from ready to live.
- 2
Run the pilot wave
A small group of sites goes first. The team watches for shipping, access, circuit and activation problems, then updates the checklist and escalation steps before the broader schedule begins.
- 3
Install and activate sites
Engineers visit in planned batches, mount the edge device, connect the circuits, bring it up to the controller and test connectivity to other sites and cloud services before closing the visit.
- 4
Report and close out
Each site gets a brief report with photos, test results and open items. Exceptions are listed for follow-up, and the register shows your team which sites are complete and which remain.
RELATED
What you receive and where it applies.
Case studies are representative scenarios, not named clients.
RELATED
More Network & Security Support services.
FAQ
Frequently asked questions.
Which SD-WAN platforms do you deploy?
How many sites can you deploy per week?
Do you coordinate with ISPs for circuit installation?
What happens if a site fails to connect to the controller?
Should devices ship to a staging point or straight to each site?
What happens if nobody is available to let the engineer in?
Can unusual sites be handled without slowing the rest?
QUOTE
Request a quote.
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Get started
Need engineers on site? Tell us where.
Tell us the sites, the scope and the timeline. We reply with a written plan.