Campus LAN architecture
Access and distribution design, Layer 2 and Layer 3 boundaries, addressing, routing, segmentation, redundancy, and management.
IA-02 / Wireless & Campus Network Design
Wireless and campus network design people can rely on.
We connect user experience, application needs, wired and wireless access, network security, resiliency, and day-two operations. The design is built around how locations function—not simply around a bill of materials.
Engagement trigger
A campus refresh, wireless redesign, new location, recurring performance issue, or inconsistent site standard requires an owned architecture.
Decision-ready output
Campus architecture · wireless design basis · standards · site and migration roadmap
Decisions this work supports
Resolve the architecture questions before they become implementation constraints.
- 01
What should the access architecture standardize?
Define repeatable patterns for switching, routing, wireless, segmentation, management, redundancy, and site variation.
- 02
How should user and device experience be protected?
Connect coverage, capacity, roaming, authentication, application behavior, and failure conditions to measurable requirements.
- 03
How will the network be operated over time?
Make monitoring, configuration standards, lifecycle, troubleshooting, ownership, and change practices part of the design.
Architecture scope
Connected disciplines, one design context.
The exact boundary is agreed around the decision. Relevant dependencies remain visible even when they sit outside the hands-on scope.
Wireless architecture
Coverage and capacity assumptions, client and application profiles, roaming, RF dependencies, SSID strategy, and controller or cloud design.
Identity & secure access
Authentication, device onboarding, guest and contractor access, network access policy, administrative access, and exception handling.
Standards & operations
Reference designs, site tiers, monitoring, configuration governance, documentation, lifecycle, support, and acceptance criteria.
Engagement sequence
A controlled path from uncertainty to an owned design.
- 01
Discover
Capture site types, user and device populations, applications, constraints, support model, and known service issues.
Requirements baseline - 02
Assess
Review topology, configurations, RF information, performance evidence, failure paths, and operational practices.
Current-state assessment - 03
Design
Define campus, wireless, access, security, resilience, management, and standards decisions at the required depth.
Architecture and design set - 04
Prepare
Establish site sequencing, prerequisites, pilot criteria, validation, handoff expectations, and operational readiness.
Deployment roadmap
- 01↗
Campus and wireless current-state assessment
A concise view of architecture, performance, resilience, security, and operational constraints.
- 02↗
High-level or detailed network design
Logical topology, routing and segmentation, access patterns, resilience, management, and design rationale.
- 03↗
Wireless design basis
Documented coverage, capacity, client, application, authentication, roaming, and validation assumptions.
- 04↗
Site standards and reference patterns
Repeatable architectures for site tiers, common services, configurations, documentation, and acceptance.
- 05↗
Refresh or migration roadmap
Prioritized sites, dependencies, pilot approach, change boundaries, validation, and ownership.
Engagement fit
A useful entry point when…
- Campus and wireless platforms have grown without a consistent design standard
- A refresh, office move, expansion, or new-site program needs architecture leadership
- Performance or reliability symptoms cross wired, wireless, identity, and application boundaries
- Operations needs a design that is easier to monitor, troubleshoot, document, and repeat
Questions before scoping
Practical answers, before the work begins.
01Is this only a wireless assessment?
No. Wireless performance depends on switching, routing, authentication, addressing, segmentation, internet and WAN paths, applications, and operations. The engagement can focus on Wi-Fi, but the relevant dependencies remain visible.
02Can you help define standards for multiple offices or sites?
Yes. Site tiers, reference architectures, minimum requirements, exception rules, documentation standards, and acceptance criteria can be developed for a repeatable rollout program.
03Do you perform wireless surveys?
Survey requirements are determined during scoping. Predictive design, onsite measurements, post-install validation, and specialized RF work have different access and tooling requirements and should be named explicitly.
04Can the design account for voice, real-time, location, or specialized devices?
Yes. Application behavior, roaming sensitivity, latency, device capabilities, density, availability, and environmental constraints should be captured as design inputs rather than treated as afterthoughts.
NEXT / 01Project briefObjective → Scope → Evidence
Start with the decision
Bring us the decision behind wireless & campus network design.
A high-level description is enough to begin defining requirements, boundaries, dependencies, and the right architecture output.
Engagements can be delivered remotely, on site, or through a hybrid model. Location, scheduling, site access, and any travel requirements are agreed during scoping.