Why Calgary Businesses Need Internet Failover, Even in the City

Two separate Calgary internet outages in the same week. Both caused by the same thing: thieves cutting cables to steal copper. On August 10, 2026, an attempted copper theft around 3 a.m. severed fibre lines and knocked out internet, TV, and home phone service for Rogers customers across southeast and southwest Calgary (CBC News, August 2026). Days later, hundreds of Telus customers in Ogden, Kingsland, Bowness, and Dalhousie were still offline from a separate rash of thefts, with some households hitting day 11 without service (Global News, August 2026).

If you run a business, the uncomfortable part is this: it did not matter that these customers were in the middle of a major Canadian city, minutes from carrier depots and repair crews. Physical damage to buried and aerial cable takes days to fix, not hours. And when your only connection is that one physical line, your phones, payments, and cloud apps go down with it.

This post covers what happened, why urban fibre is more fragile than most people assume, how 5G/LTE internet failover for business works, and where a phone hotspot fits as a stopgap (including its real drawbacks).

What Happened in Calgary This Month

In the early hours of Monday, August 10, thieves cut Rogers fibre lines while trying to steal copper wire. The damage took out home phone, internet, and TV service across parts of southeast and southwest Calgary. Rogers had six crews and more than 20 technicians on site, and full restoration still ran into the next morning (CBC News, August 2026).

The Telus situation has been worse. A series of thefts left hundreds of Calgarians in Ogden, Kingsland, Bowness, and Dalhousie without cable, internet, or phone service, roughly 1,600 customers as of August 15. One Dalhousie couple reported 11 days offline with no restoration date, and their first question was the one every business owner should be asking: their neighbours work from home, so what are they supposed to do (Global News, August 2026)?

Neither of these was a freak event. Telus reports copper thefts doubled in 2026 compared to the year before, a 102 per cent increase. Rogers says repair hours tied to vandalism have climbed more than 400 per cent since 2022, and that theft-related repairs take three to four times longer than typical outages because of the extent of the damage. Both carriers are pushing for tougher penalties, and the federal government's Bill C-14 aims to crack down on copper theft. Calgary police have also noted these cuts can affect emergency communications and hospitals, not just Netflix.

💡  Here is the frustrating irony: thieves are usually after copper, which has little value left in modern networks. But copper and fibre run through the same conduits and poles, so a botched copper theft slices the fibre beside it. Your gigabit fibre connection is only as safe as the cheapest cable next to it.

Why Big-City Internet Is Not as Safe as It Looks

Most business owners assume redundancy is a rural problem. The thinking goes: we are downtown, the infrastructure is everywhere, outages get fixed fast. The last two years in Calgary have disproven all three assumptions.

• One building, one physical path. Even if your provider has a redundant core network, the cable into your building is almost always a single line through a single conduit. Cut it anywhere along the route and you are dark.
• Physical repairs are slow everywhere. Splicing hundreds of fibre strands is specialist work. Crews were on site within hours of the Rogers cut and restoration still took more than a day. The Telus repairs have stretched past a week.
• Cities are actually the target. Dense neighbourhoods mean more accessible cable in visible, easy-to-reach locations. Calgary has seen repeated theft-driven outages since 2023, including one 2024 incident that took roughly 15,000 north Calgary customers offline (Global News, 2024).
• It is not just theft. Construction crews hitting lines, water damage in conduits, equipment failures, and carrier-side software problems all take down single connections. The 2022 nationwide Rogers outage proved even the carrier's own systems can be the single point of failure.

What a Day Offline Actually Costs a Small Business

The invoice for an outage never says "internet outage" on it. It shows up as everything else breaking at once. When the line goes down, so does most of what your team touches all day:

• Phones. Most business phone systems now run over the internet (VoIP). No internet means no inbound calls, and callers hear dead air, not a busy signal. They call your competitor next.
• Payments. Debit and credit terminals need a connection. A retail counter or clinic front desk that cannot process payments is effectively closed.
• Cloud apps. Microsoft 365, accounting software, booking systems, your line-of-business tools. Cloud-first is great until the one cable connecting you to the cloud is cut.
• Your team. A ten-person office losing half a day is a payroll cost you can calculate to the dollar, before counting missed deadlines and rescheduled client work.

For the Calgary businesses inside the affected Telus areas this month, this was not a half-day thought experiment. It was more than a week.

How 5G/LTE Internet Failover Works

Internet failover is a second connection that takes over automatically when your primary line fails. For most Calgary offices, the practical second connection is cellular: a business-grade router (or an add-on to your existing firewall) with a 5G or LTE modem and a data SIM inside.

Think of it like the spare tire in your trunk. You do not drive on it every day, and it is not meant to be as fast as your regular tires, but when you get a flat you keep moving instead of waiting hours on the shoulder for a tow.

What happens during an outage

• Detection. The router constantly checks whether the primary line is healthy.
• Switchover. When the line fails, traffic moves to the cellular connection within seconds. Phones, payment terminals, and computers stay on the same office network and mostly never notice.
• Switchback. When the fibre or cable line is repaired, traffic returns to it automatically and the cellular connection goes back to standby.

Why cellular is the right backup

The whole point of a backup is that it fails differently than the primary. A cellular connection reaches your office through the air from a tower, so a cut cable in a conduit six blocks away does not touch it. During this month's outages, mobile networks in the affected neighbourhoods kept working while the wired lines were down. That physical separation is exactly what you are buying.

✅  One detail that matters: pick a cellular carrier different from your wired provider where possible. Carrier diversity means a problem on one company's network is far less likely to take out both of your connections at once.

The Stopgap: Using Your Phone as a Hotspot

If you have a laptop and a smartphone, you already have an emergency option. Nearly every phone can share its cellular data as a Wi-Fi hotspot or over a USB cable, and for one person answering email during a short outage, it genuinely works. If an outage catches you without a failover setup, use it. It is much better than nothing.

But it is a personal workaround, not a business continuity plan. Here is where it falls short:

• It only saves the laptops. Your desk phones, payment terminals, printers, security cameras, and any on-site server are wired to the office network. A hotspot does nothing for them, and those are usually the things that stop revenue.
• Data caps and throttling. Most Canadian mobile plans cap hotspot data or slow it sharply after a threshold. A team working on video calls can burn through a plan's hotspot allowance in a day or two, and an 11-day outage will blow past any personal plan.
• Battery and heat. A phone running as a hotspot all day drains fast and runs hot, so it needs to stay plugged in, which ties the phone (and its owner) to a desk.
• It does not scale. One phone serving five or ten people gets slow quickly, and now the whole office depends on whether one employee's personal phone stays charged, connected, and in the building.
• Security and management gaps. Traffic through a personal hotspot bypasses your office firewall, content filtering, and monitoring. Some VPNs and banking or accounting platforms also react badly to the changing addresses that come with cellular hotspots, forcing repeated logins.
• Nobody is on the phones. While staff are tethered to laptops, your main business line is still down if it runs on VoIP. Customers are getting silence.

⚠️  Treat the phone hotspot the way you treat jumper cables: great to have in the trunk, no substitute for a working battery. If your outage plan is "everyone tethers," your plan quietly assumes the outage lasts an afternoon. Calgary just showed it can last 11 days.

What Failover Looks Like for a Calgary Office

A proper setup is smaller and cheaper than most owners expect. For a typical small office it comes down to four decisions:

• The hardware. Either a dedicated cellular failover appliance or a 5G/LTE module added to a business firewall you may already own. Antenna placement matters in concrete buildings, and that gets tested during installation, not during an outage.
• The carrier. Chosen for signal strength at your address and for diversity from your wired provider, so one company's bad week does not become yours.
• The data plan. Sized to your real usage. Many failover plans cost little while idle and only bill meaningfully for data used during an outage, which makes the monthly cost easy to justify.
• The testing. A failover that has never been tested is a hope, not a plan. Scheduled test failovers confirm the switch actually happens and that phones and payment terminals ride through it.

Always Beyond handles all four as part of a managed setup: we assess signal at your location, scope the right hardware for your network, configure automatic failover and switchback, and test it on a schedule so it works the one day it has to. Clients in the affected areas do not spend day one of an outage on hold with their carrier; their office simply stays online while the repair crews do their thing.

Frequently Asked Questions

Is 5G failover fast enough to run my whole office?

For most small offices, yes. Modern 5G (and even LTE) comfortably handles email, cloud apps, VoIP calls, and payment processing. Large file transfers and video-heavy work will feel slower than fibre. Remember the spare tire: the goal is staying operational, not matching your gigabit line.

What does failover cost compared to what an outage costs?

Hardware is typically a few hundred to around a thousand dollars one-time, plus a modest monthly data plan. Compare that with one day of a five-person team unable to work, or a retail counter that cannot take payments over a long weekend. Most businesses recover the cost in the first outage.

We are in a fibre building downtown. Do we really need this?

This month answered that. The August outages hit established Calgary neighbourhoods on modern infrastructure, and repairs still took days. Fibre is fantastic as a primary connection. It is still one physical cable.

Can we just keep a second wired provider instead of cellular?

Sometimes, and for larger offices a second wired line plus cellular is a strong combination. The catch is that competing providers often share the same poles and conduits, so one backhoe or one copper thief can cut both. Cellular fails differently, which is what makes it a true backup.

Will our internet-based phones keep working during failover?

Yes, if the failover is set up at the network level. Because the switch happens at the router, your phone system stays on the same network and keeps registering with its provider over the cellular link. That is exactly the scenario a phone hotspot cannot cover.

Not sure what an outage would actually do to your office? Always Beyond can assess your connection, scope the right 5G/LTE failover for your building, and test it so it just works. Reach out to start the conversation. No pressure, no jargon.