See the challenge.
Explore the solution.

What this can include

• Map the existing ports, VLANs, uplinks, traffic and dependencies before selecting replacement hardware.
• Build consistent configurations, document security boundaries and stage a migration with rollback.
• Connect configuration backups, monitoring and operating documentation to the team that will support the network.

Why it matters

The return comes from a network that is easier to understand, change and support, with capacity placed where it is needed. Evaluate the investment against support effort, recurring costs, service interruptions and the useful life of the replacement design.

What this can include

• Qualify each copper run, identify line impairments and establish the achievable backhaul capacity.
• Install compatible VDSL2 endpoints, provide the access-point power budget and separate guest and operational traffic.
• Survey coverage and roaming, tune the selected Aruba platform, and use ClearPass in the enterprise design to connect guest, staff and device access to the appropriate network policies.

Why it matters

Put existing infrastructure back to work and expand usable wireless coverage while reducing the amount of new trenching required. Spend the upgrade budget on the locations, guest experience and operating capabilities that matter most.

What this can include

• Survey cellular signal and application traffic at each location before choosing routers and antennas.
• Coordinate SIMs, private APN provisioning, routing and access policy with the customer and carrier.
• Stage repeatable site configurations, add encryption where required and connect link health and data-usage alerts to support.

Why it matters

Reach distributed locations with fewer site-to-site radio dependencies and give the support team a common way to manage the connections. Match the service to real applications, coverage and recurring data costs.

What this can include

• Define the operating duration, equipment load, environment and available charging sources.
• Integrate the enclosure, mounts, connectors, antennas and protected power system with a serviceable layout.
• Prepare labeled connections, operating instructions, spares and remote monitoring for the people who will use the kit.

Why it matters

Give field teams a repeatable way to bring critical connectivity to the work, with power sized around the job and a setup they can deploy and support.

What this can include

• Map workloads, capacity and infrastructure dependencies before a refresh or expansion.
• Plan management access, firmware compatibility, fabric and storage connections, maintenance and rollback.
• Bring hardware health, configuration records and recovery procedures into the operating workflow; connect Cisco ISE network-access policy where that capability is part of the design.

Why it matters

Make the platform easier to maintain and recover, with a clear view of capacity, dependencies and the work required to support it over its useful life.

What this can include

• Define the device configuration, required applications and user-access process.
• Stage updates and settings, transfer approved data and validate the user's normal work.
• Record the asset, support details and recurring maintenance process before handoff.

Why it matters

Reduce avoidable setup work on the first day and give support a consistent, documented starting point throughout the device's life.

What this can include

• Map the build steps, access, licenses and hardware dependencies before selecting the AWS environment.
• Reproduce representative builds in a pilot, then move approved jobs in stages with a tested return path.
• Hand over versioned build instructions, recovery checks and responsibility for maintenance and cloud usage.

Why it matters

Reduce dependence on aging hardware and make the development environment easier to reproduce and support. Evaluate cloud usage and support effort against the real workload, while keeping a clear owner for the pipeline and its recovery.

What this can include

• Inventory Jira, its database, attachments, apps and integrations; confirm a supported version combination.
• Rehearse the migration and restore, then carry out the agreed change with a controlled pause in writes.
• Verify issues, workflows and connected services before handing over the upgrade and recovery records.

Why it matters

Keep the team's history and working routines usable while making the application and database easier to maintain. A rehearsed sequence makes the change window and recovery decisions clearer to the people who depend on Jira.

What this can include

• Map the source release, schemas, application clients, licenses and dependencies before selecting the migration route.
• Rehearse each required stage and recovery step, then make the controlled change with application checks.
• Review privileges and network access, establish useful audit records and hand over the tested operating procedure.

Why it matters

Give the business a documented way to maintain an important database while reducing unnecessary access and making recovery practical. The selected destination and security settings follow the application's requirements and the supported migration route.