There was a time when being unreachable was simply part of doing business. You left a message with the receptionist and waited for a call back. Today, the expectations are very different. Customers expect immediate responses, and critical online tools now sit at the heart of daily operations. When the internet goes down, everything from processing orders and handling support tickets to taking card payments can grind to a halt. Even a brief outage can mean lost sales, frustrated customers, and a knock to your reputation.
This is why failover internet solutions has become a critical part of business continuity. To unpack what this means and why it matters, we spoke with Mike Watts, Group Operations Director, and Brian Ross, Group Technical Director at Orbital Net. Their message was simple: connectivity resilience is not only a technical requirement, but also a strategic one.
What we will cover in this article
We look at what failover internet is and how it works. We explore different backup options including secondary fibre lines, 5G, and wireless fibre. We explain why the right failover solution depends on your real-world operations rather than a single product and the true cost of being offline. Finally, we outline Orbital Net’s approach to building resilient connectivity systems that support business continuity.
What failover internet actually does
Mike explains: “Downtime is minimised, allowing critical systems to remain available while traffic automatically transfers to the backup connection. There may be a short delay while the failover takes place, but the aim is to keep disruption to your team and customers to a minimum.”
Failover internet is a backup connection that activates the moment your primary line fails. There is no manual switching limiting disruption. No scrambling to troubleshoot. If the main fibre line is damaged by roadworks or equipment faults, the backup takes over, and your business keeps moving.
The concept is simple, but the execution is not. Backup capacity needs to be fast and stable enough to carry essential operations. It must also be designed around how your team works, what systems are critical, and how your locations are set up.
The backup options Orbital Net offers
Orbital Net delivers a range of failover solutions to suit different environments. No two businesses operate the same way, and we build systems that reflect this.
- Secondary fibre lines – A second fibre circuit delivers a like-for-like fallback that maintains speed and reliability. Ideally, it is routed differently from the primary line to avoid a single point of failure. This is often the preferred choice for offices, multi-site organisations and data-sensitive environments.
- 5G wireless failover – Brian describes 5G as a flexible tool rather than a one-size answer. “5G offers fast activation and lower latency compared to 4g and older cellular technologies, which makes it useful for pop-up sites, logistics operations and mobile teams. In central London it can be perfect, but in rural Kent it may not be the lead option. It is another tool in the Swiss Army knife rather than the star of the show,” he says.
- Wireless fibre and radio links – For rural, hard-to-reach or high-risk areas Orbital Net uses point-to-point radio links to create a stable wireless fibre alternative. This option provides high-speed connectivity without digging or local infrastructure work, making it a strong choice for farms, construction sites, and remote facilities.
Why failover is a strategic decision
Brian often sees businesses underestimate the impact of downtime until they experience a costly outage. “The value of failover isn’t just keeping the lights on. It’s about designing a solution that fits your sector, your workflow, and your priorities. Healthcare, education and construction all have different non-negotiables,” he explains.
“Off-the-shelf backup solutions often fall short when it comes to protecting the systems that matter most, because they aren’t built around actual operations. Orbital Net takes a consultative approach, assessing not just what businesses think they need, but what will actually keep them running when connectivity drops. This focus on “want versus need” guides every recommendation we make. “
How Orbital Net builds failover systems that fit
Building effective failover is about much more than installing a second line. Mike says: “We start by understanding the business environment, mapping out what cannot afford downtime, and then selecting the right mix of technologies. Fibre, 5G, wireless links or a combination – the goal is a balanced, resilient setup that meets real-world needs.”
“We consider the wider environment to design backup systems that work in practice not only on paper. This includes evaluating team structures, essential systems, and risk exposure, while ongoing monitoring ensures failover activates at exactly the right moment.”
When downtime isn’t an option, Orbital Net keeps you connected
From RO2 resilient fibre connections to wireless 5G backup and hybrid solutions combining multiple technologies, Orbital Net designs failover around your specific requirements. Rather than simply adding a secondary connection that could share the same point of failure, we look at the underlying infrastructure and risks to create a genuinely resilient solution that helps keep your business connected.
Brian adds: “Failover is not about selling the latest product. It’s about understanding your business, your sector, and your risks. That insight allows us to build systems that keep working when something goes wrong.”
What is your Recovery Time Objective?
When businesses think about failover, one of the most important questions is often the simplest: how long can you afford to be without your internet connection?
This is where Recovery Time Objectives (RTO) become important. An RTO sets out how quickly a business needs to restore access to its critical systems following an outage.
For some businesses, a few minutes of disruption may be manageable. For others, even a short interruption could affect payments, customer communications, cloud applications, security systems, and more.
Failover is designed to reduce this interruption by automatically moving traffic from the primary connection to the backup. However, it is important to understand that failover is not necessarily completely instantaneous. Depending on the network, equipment, and configuration, there may be a brief interruption while the backup connection takes over.
The important question is therefore not simply “Do we have a backup connection?”, but “What happens when our main connection fails, and how quickly can we keep our critical services running?”
A good failover strategy should consider:
- How quickly the backup connection takes over and whether there is any interruption during the switch.
- Which services are business-critical and need to remain operational during an outage.
- How much bandwidth those key services require, and whether the backup connection is appropriately sized to support them.
- Which services can be prioritised during a failover, such as voice, cloud applications, payments or other essential systems.
- How the business will operate if the primary connection remains unavailable for an extended period.
The aim isn’t necessarily to replicate your full primary connection. It’s about understanding what your business needs to keep running and ensuring your backup has enough capacity to support those critical services when it matters most.
The real cost of being offline
It is easy to think of an internet outage as an inconvenience until you consider what your team actually relies on the connection for.
A recent survey of 500 UK SME decision-makers found that 91% had experienced internet outages, while 94% reported experiencing poor internet connectivity. The same research found that SMEs could be losing up to three hours of productivity each month because of poor connectivity or outages.
The impact isn’t limited to employees being unable to access the internet. The survey found that internet problems can affect everything from processing online orders and payments to customer service and in-person card payments.
So, ask yourself: If your main connection went down tomorrow, what would stop working?
Could your team continue working? Could customers still contact you? Could you take payments? Could staff access the systems they need? How long could you operate before the disruption started to have a financial impact?
And perhaps most importantly:
Do you know how long your business would actually be offline before your backup connection took over?
Review your connectivity resilience
If you already have a failover connection, it is worth reviewing whether it still provides the level of resilience your business needs.
Your business may have changed since your current solution was installed. You may now rely more heavily on cloud applications, VoIP, online payments, remote working or other services that weren’t critical when your original connectivity was designed.
Orbital Net can review your existing setup, identify potential weaknesses, and help you understand what would happen if your primary connection failed.
Book a Connectivity Resilience Assessment with Orbital Net and review your current failover strategy.
We’ll look at your connectivity, your critical services, and your business requirements to help you understand whether your current backup solution is doing what you need it to do. Or, if you do not currently have a failover in place, we can help you understand why you need one.
Calla Marenghi, Orbital Net – Marketing Campaign Manager