Service · Network Infrastructure
Network infrastructure for Apple-first organisations
Designed, installed, and (when the client wants it) managed by certified engineers. Fortinet for the security layer, Ruckus for wireless that handles density, structured cabling and Power-over-Ethernet through the middle.
- Apple Technical Partner since 2012
- Fortinet authorized partner, Ruckus Networks partner
- 14 years of network engineering for Apple-first organisations
Who this is for
Founders, Chief Operating Officers, Practice Managers, Headmasters or Principals, IT coordinators, and operations leads at Apple-first organisations. Organisations whose current network is reaching end-of-life, getting installed for the first time, or no longer matching the demands of the team using it.
A six-chair dental clinic loses the imaging Mac to a network hiccup mid-scan. A thirty-person agency cannot run an all-staff Zoom call without the Wi-Fi falling over. A K-9 charter school is told to add another access point in the gym, and a year later the gym still has the same problem. Each of these is a network problem the client can describe in plain English. None of them get solved by buying a better router.
Network infrastructure is the layer of business technology that is invisible when it works and dominant when it does not. The work that determines which side of that line your organisation lands on happens upstream: in the site survey, the design, the equipment choices, the install discipline, and the ongoing maintenance after the gear is mounted.
The sections below describe how RIPEDA approaches network infrastructure for Apple-first Canadian organisations and link to deeper articles where the underlying topic has more to say.
What “professional network” actually means
The phrase “professional network” gets used to sell consumer gear with a higher price tag. The honest version means something specific: enterprise-grade access points, switches, and firewalls; structured cabling that follows commercial-building code; centralised management with real visibility; and an ongoing operational discipline that catches problems before users do.
The gap between consumer connectivity and professional infrastructure is not just speed. It is reliability under load, security posture, manageability, and the ability to be diagnosed when something goes wrong. A consumer router cannot tell you why the wireless is slow this morning. A managed enterprise stack can.
Read more about why business networks need more than connectivity →
Wireless: handling density, capacity, and coverage
The most visible network problem most clients have is wireless. Wi-Fi that worked at ten staff stops working at thirty. A classroom that worked with twenty iPads chokes at forty. Adding access points makes the coverage problem look better and the capacity problem worse.
A properly designed wireless deployment starts with a site survey that measures the actual radio-frequency environment in the building. From there, business-grade access points (Ruckus is what we deploy most often) and a real wireless controller produce a network that holds up under the load the staff actually places on it. Capacity, not coverage, is what most deployments need to be designed for.
Read more about designing wireless for office and classroom density →
See this in practice: the River Valley School case study →
The wired backbone: switching, structured cabling, and Power-over-Ethernet
Underneath the wireless sits the wired infrastructure. Structured cabling that runs to access points, security cameras, voice phones, displays, and any device that needs a fixed connection. Switches that aggregate the wiring and provide Power-over-Ethernet (PoE) to the devices that need it. Patch panels and racks that organise the building’s connectivity into something the IT team can actually maintain.
The choices here matter most over time. PoE budget is the most commonly under-sized component in five-year-old installations: the school added cameras and the access-point count doubled, and now the switches cannot power everything they need to. Modern PoE++ switches solve this with headroom for the deployments that come next.
Structured cabling deserves the same forward-looking treatment. The cost difference between Category 6 and Category 6A cabling at install time is small compared to the cost of pulling new cable through finished walls in five years. For organisations expecting to run 10 Gigabit Ethernet to any drop in the future (creative studios, larger offices, schools with future cameras and intercoms), Category 6A is usually the right specification today. The wiring plant is the layer that gets touched least often after install, which makes the wiring decisions the ones with the longest tail.
Firewall, segmentation, and the security layer
The firewall is where the network meets the broader internet. For Apple-first business environments, our default is Fortinet (FortiGate at the edge, with the integrated security stack for content filtering, intrusion prevention, virtual private networking, and threat detection). The architecture decisions that matter are network segmentation (separating guest, staff, and operational traffic), remote-access posture (Virtual Private Network (VPN) configuration, identity-based access for managed devices), and the visibility layer that lets the IT team see what the firewall is actually catching.
A consumer router with the default password on a sticker is not a firewall in any meaningful sense. A properly configured Fortinet deployment is the security backbone the rest of the network and the device fleet depend on.
For schools and clinics with content-filtering obligations, FortiGate’s category-based filtering handles the bulk of the requirement and integrates with the organisation’s identity provider so policies can follow users rather than devices. For organisations with remote staff, the same firewall provides the secure-access path without requiring a separate VPN appliance. The architectural choice that matters most is to have one device doing the security work consistently, not five devices doing pieces of it with gaps between them.
Network refresh as a project
A network refresh is not a switch swap. It is a sequenced project with defined phases: discovery, site survey, design, procurement, installation, commissioning, documentation, and handover. Each phase has an output that feeds the next one. Skipping any phase shows up later as drift.
For schools, the refresh window is typically summer. For dental clinics and medical practices, it is evenings and weekends. For offices and agencies, after-hours sessions scheduled around the client’s calendar. Hardware lead times push the timeline most often (two to six weeks for some Fortinet and Ruckus orders), so projects get scheduled with enough runway to handle procurement variability.
Read more about network refresh as a project: site survey to commissioning →
Read more about refreshing legacy school infrastructure on a small budget →
Specialty networks: high-bandwidth creative work, schools, and clinics
Some environments place specific demands on the network that change the design assumptions.
Creative studios doing video work need 10 Gigabit Ethernet between editor workstations and the shared Network Attached Storage (NAS), because the network becomes the bottleneck for ProRes editing long before the drives do. Schools running one-to-one iPad programs need high-density wireless with capacity sized for a forty-student classroom, not a typical office. Dental and medical clinics need network segmentation for imaging traffic (cone-beam computed tomography (CBCT) scanners, intraoral cameras) and a security posture that satisfies health-privacy law.
Each specialty has design implications that show up in the survey and the equipment selection. A general office network installed in a school or clinic without the specialty consideration creates the kinds of problems that take a refresh to solve. The discovery conversation at the start of an engagement is where these specialty considerations get flushed out, before the design is locked in.
Read more about storage strategy for video production on Mac →
Engagement pattern
Independent K-9 school summer network refresh
A pattern we see frequently. An independent K-9 school engages RIPEDA in March for a network refresh scheduled across July and August. Discovery, site survey, and design run through April and May. Procurement orders go out in early June. The actual install happens across three to four weeks in July: structured cabling first, then PoE switching, then Ruckus access points, then Fortinet firewall and security. Commissioning runs the first week of August. Documentation is handed to the school IT lead before staff return for setup week. The school's in-house IT team takes over day-to-day operations from there. RIPEDA continues on a Network Support Seat agreement for ongoing monitoring, firmware updates, configuration changes, and the small operational adjustments that accumulate across the first year on a new network.
Why RIPEDA specifically
RIPEDA has been an Apple Technical Partner since 2012. We are an Apple Authorized Service Provider, an Apple Authorized Reseller (for our clients), a Fortinet authorized partner, a Ruckus Networks partner, and a DriveSavers reseller.
Specific to Network Infrastructure, our value is engineering depth. We design networks that work for the Apple devices our clients actually use, with the security posture their industries actually need, on the cabling and PoE budget that supports five years of operation rather than just the current deployment. We do not subcontract the design work. The same engineers who scope the project run the commissioning at the end. Documentation is part of the deliverable.
How an engagement works
Network Infrastructure engagements come in two shapes.
Project-based. A refresh or new install scoped against a defined budget and timeline. Discovery and site survey, design and budget, procurement, installation, commissioning, documentation, and handover. The client either takes operations in-house at the end or transitions to the second shape.
Network Support Seat (ongoing). A per-site monthly agreement that covers monitoring, firmware updates, security patches, configuration changes, and the operational discipline that keeps the network healthy. Hardware costs for the original install can be amortised into the support seat agreement, so the client does not have to assemble the full capital expense upfront. This is the model most of our school and small-business clients adopt after the initial refresh project.
Either shape comes with the documentation, the design diagrams, the configuration backups, and the vendor relationships the client needs to operate the network well over the next five to ten years.
How we can help
The other RIPEDA service lines
Strategy Advisory
Technology strategy, security posture, MDM platform choices, and the Apple ecosystem decisions buyers want a human partner for.
Learn more →Managed Apple IT
Ongoing managed services for Apple environments. Device management, help desk, network, security, and lifecycle planning.
Learn more →Apple Authorized Repair
Warranty and AppleCare work performed in-house by certified technicians, exclusively for managed clients.
Learn more →Frequently asked
Common questions
Do you only do network refresh projects, or do you offer ongoing management too?
Both. Most engagements start as a network refresh project (site survey through commissioning) and move into a Network Support Seat arrangement afterward. Ongoing management includes monitoring, firmware updates, configuration changes, capacity adjustments, and the day-to-day operational discipline that keeps the network running. Schools and businesses can pick either model, but the integrated approach lets the team that designed the network also maintain it.
How is a network refresh scoped?
It starts with a free conversation about what the current network is doing and what the organisation needs it to do next. From there, a paid discovery and site survey produces a written design document, a phased budget, and a project timeline. The client signs off on the design before any hardware is ordered. The total project, from kickoff to handover, typically runs three to eight weeks depending on building size and hardware lead times.
Will you support our existing equipment or do you replace everything?
Depends on the equipment. We design refreshes around what is worth keeping and what is at end-of-life. Often the switches and cabling can stay while the wireless and firewall are replaced. Sometimes the cabling itself is the bottleneck and needs to be redone. The site survey informs which pieces are worth saving and which ones are not.
Do you handle the cabling yourselves or work with subtrades?
We do a lot of our own cabling. Our team handles the design, the active equipment (switches, access points, firewalls), the configuration, and the commissioning, and we run most of the structured cabling ourselves as part of that work. For larger pulls or jobs that need to meet specific commercial-building code and warranty requirements, we bring in established cabling subtrades and coordinate the work directly. Either way, the network is designed, installed, and signed off by the same team.
What vendors do you specialise in?
Ruckus Networks for wireless. Fortinet for firewall and security. Various switching options depending on the deployment shape (Ruckus ICX, Fortinet FortiSwitch, or other vendors when the design calls for it). For storage-heavy environments we work with Synology at the access layer.
Can you do this during the summer or outside business hours?
Yes. School refreshes typically run July and August. Dental clinic and medical practice refreshes happen on evenings and weekends. Office refreshes are scheduled around the client’s actual operating calendar. The project plan includes any after-hours work as a defined line item, not an afterthought.
What happens after the install?
Commissioning verifies the design specification. Documentation is handed over. The IT lead or operations manager gets a walk-through. For clients on a Network Support Seat agreement, ongoing operations begin immediately. For project-only engagements, we hand off cleanly to whoever manages the network from there, with the documentation that makes future changes possible without redoing the discovery work.
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