Continuous, near real-time copying of your servers and data to a secondary location, so a primary system failure is a brief interruption rather than an extended outage.
Data changes are replicated to a secondary location continuously, keeping the standby copy minutes, not hours, behind your live systems.
Replication and backup solve different problems — we design both together, rather than one instead of the other.
Replication health and lag are monitored continuously, so a slipping or stalled replication job is caught before it affects your recovery point.
Data replication copies changes to your servers, databases and files to a secondary location continuously, rather than on a scheduled backup cycle, keeping a standby copy minutes behind your live environment instead of hours or a full day. For businesses running systems that genuinely can't tolerate losing a working day's data, or that need a secondary site ready to take over quickly, replication closes a gap that traditional overnight backup leaves open.
Data replication services UK businesses use typically sit alongside, not instead of, a proper backup regime — replication protects against infrastructure failure and gives you a near-current standby copy, while backup gives you point-in-time recovery and protection against ransomware or corruption that a live replica would otherwise copy across just as faithfully. We design both together as part of a coherent continuity strategy, often built on the same underlying platform as our managed DRaaS service.
Pricing depends on the number of servers or databases replicated and how frequently changes need to sync, so a business replicating a handful of critical systems isn't paying the same as one replicating an entire estate.
Deciding what genuinely needs replication, as opposed to scheduled backup alone, is often the most valuable part of the conversation. Not every system justifies the additional infrastructure and bandwidth cost of continuous replication — a rarely updated archive server doesn't need it, while an order processing system or a live customer database usually does. We help identify which systems fall into which category, rather than assuming everything needs the same treatment by default.
It's a common point of confusion: if data is already being copied continuously to a second location, why do you also need backup? The answer is that replication faithfully copies whatever state your live data is in — including a ransomware encryption event or an accidental deletion, propagated to the replica just as quickly as any legitimate change. Backup, taken at scheduled points in time, gives you a clean copy from before that incident happened.
Synchronous replication writes to both locations simultaneously, giving zero data loss but requiring very low latency between sites. Asynchronous replication writes to the secondary location with a short delay, tolerating more distance between sites at the cost of a small, defined amount of potential data loss. We help you choose the right approach based on your infrastructure and how much lag is genuinely acceptable.
Database replication needs particular care to remain transactionally consistent, so a failover doesn't leave the standby database in a partially-updated, unusable state. We configure replication with this consistency in mind, not just a generic file-copy approach.
Replication that's silently fallen behind defeats the purpose of having it — if the standby copy is a day old, you've effectively got backup with extra infrastructure cost. We monitor lag continuously and alert on it before it becomes a meaningful gap. Lag can creep up gradually, often as a result of network bandwidth constraints, a growing volume of changes, or a secondary site running short on resources, so continuous monitoring matters more than a one-off check when the system was first configured.
Data replication is frequently the underlying technology behind managed DRaaS — replication keeps a standby environment current, while DRaaS adds the tested failover process on top. Businesses that need genuine disaster recovery, not just a current data copy, typically want both.
The core elements of every replication deployment we manage.
We choose the replication method based on your infrastructure and how much lag is genuinely acceptable, rather than defaulting to one approach regardless of fit.
We never position replication as a substitute for backup — the two are designed together, so you get both a current standby copy and clean, point-in-time recovery.
From assessing your systems to a monitored, tested replication environment — our process is straightforward.
We review which systems genuinely need near real-time replication versus scheduled backup alone.
We choose synchronous or asynchronous replication and design around acceptable lag and infrastructure constraints.
Replication is configured and we test a real failover before considering the deployment complete.
Replication lag is monitored continuously, with issues investigated and fixed by our team.
We're explicit that replication and backup solve different problems, and we design both together rather than letting replication be sold as a complete answer on its own.
We choose synchronous or asynchronous replication based on your actual infrastructure and acceptable lag, rather than a one-size-fits-all default.
Database replication is configured to remain transactionally consistent, so a failover doesn't leave you with a database that's technically current but practically unusable.
Replication sits alongside our wider managed DRaaS and Veeam cloud backup services, so the same team designing your standby copy is also managing your point-in-time recovery.
We price transparently, based on the number of systems replicated and the replication frequency required, agreed before any work begins. As your environment changes, we revisit which systems are included in replication, so newly critical applications aren't left relying on overnight backup alone simply because they didn't exist when the original scope was agreed.
We design replication as one part of a coherent continuity strategy, not a standalone fix.
Synchronous or asynchronous replication chosen based on genuine fit, not a default.
Replication configured to remain transactionally consistent, not just a raw file copy.
A slipping standby copy is caught and fixed before it becomes a real gap.
We're explicit that replication and backup solve different problems, and design both together.
The same engineers who designed your replication environment manage it, not a rotating support queue.
Replication designed as the foundation for full disaster recovery where that's genuinely needed.
Replication and backup arrangements documented clearly enough for insurer and client due diligence.
Adding new systems extends existing replication cleanly, rather than requiring a redesign each time.
A clear quote based on systems replicated and frequency required — no vague ongoing costs.
Data replication is one layer of business continuity, not the whole strategy. It works best alongside point-in-time backup for protection against corruption and ransomware, and where full infrastructure failover is needed, a managed DRaaS environment built on top of the same replication technology. We look at data replication as one part of your wider continuity strategy, sitting alongside our DRaaS and managed backup services, so protection is joined up rather than a single tool covering one risk in isolation.
As more business-critical systems move to supporting live, continuous transactions rather than batch-processed overnight work, the gap left by scheduled backup alone has grown more visible. A business that can tolerate losing a day's paperwork can't necessarily tolerate losing a day's worth of live customer transactions, and that distinction is exactly what pushes businesses towards replication alongside their existing backup.
What to check before choosing a provider: whether replication lag is actively monitored, whether database replication is transactionally consistent, and whether replication is positioned as a complement to backup rather than a substitute for it.
Who this suits: businesses running live transactional systems that can't tolerate a full day of data loss, businesses building a managed DRaaS environment, and any business that's discovered their existing replication has silently fallen behind.
Common mistakes we see: businesses that treat replication as a substitute for backup, businesses that never check whether their standby copy is actually current, and businesses running database replication that isn't transactionally consistent. Each of these turns a continuity plan that looks solid on paper into one that fails under real pressure.
How we deliver it: remote-first for businesses across the UK, designing and monitoring replication wherever your infrastructure is hosted.
Delivery model
Data replication design, deployment and monitoring wherever your infrastructure is hosted.
data replication services uk
Near real-time replication of servers, databases and files, monitored for lag and designed alongside proper backup.
draas providers uk
Full managed disaster recovery built on top of replication, with tested failover, covered in detail on our DRaaS page.
Got questions about data replication services? We've answered the most common ones below. If you need more detail, get in touch.
Continuous, near real-time copying of servers, databases or files to a secondary location, keeping a standby copy minutes behind your live systems rather than the hours or a day a scheduled backup cycle would leave.
No. Replication copies your live data continuously, including any corruption or deletion that occurs. Backup takes point-in-time copies you can restore from a clean state before an incident happened. Most businesses need both.
Synchronous replication writes to both locations at the same time, giving zero data loss but requiring very low latency. Asynchronous replication has a short delay, tolerating more distance between sites with a small, defined amount of potential data loss.
We configure replication to be transactionally consistent, so a failover doesn't leave the standby database in a partially-updated, unusable state.
We monitor replication lag continuously and alert on it, so a slipping or stalled job is caught and fixed before it becomes a meaningful gap in your recovery point.
Pricing depends on the number of systems replicated and how frequently changes need to sync. We provide a clear, itemised quote once we understand your requirements.
If your systems can tolerate losing a working day's data, backup alone may be sufficient. If any system needs near-zero data loss, replication closes that gap alongside your existing backup.
Most replication deployments, including an initial failover test, are configured and monitored within two to three weeks, depending on the number of systems involved.
Limited time offer — valid until 31/05/2026
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