Monitored, tested backup for Azure virtual machines, databases and workloads, so moving to the cloud doesn't mean assuming Microsoft's infrastructure guarantees protect your data too.
Azure VMs, managed databases and application data are all backed up, not just the infrastructure layer Azure itself keeps running.
Backups are taken in a way that keeps databases and applications consistent, so a restore comes back usable rather than corrupted.
Backup jobs across your Azure environment are checked every day, so a failure is caught and fixed rather than discovered during a restore.
Moving infrastructure to Azure is a genuine improvement in reliability and flexibility over ageing on-premise servers, but it's easy to assume that Azure's own high availability and redundancy features mean your data is automatically backed up too. They're not the same thing. Azure's infrastructure guarantees keep the platform running; they don't protect you from accidental deletion, a misconfiguration, ransomware that reaches your virtual machines, or a mistake made during routine maintenance.
Azure backup services UK businesses need cover virtual machines, managed databases such as Azure SQL, and the application data running on top of that infrastructure, with backup taken in a way that respects how those workloads actually function rather than a generic disk snapshot. We deploy and manage Azure backup for UK businesses running production workloads in the cloud, whether that's infrastructure we've migrated for you or an existing Azure environment you already manage.
Pricing is typically based on the number of VMs and databases protected and the retention period required, so a small Azure footprint isn't paying for enterprise-scale capacity it doesn't need.
A properly scoped Azure backup service also needs to account for how workloads actually change over time. VMs get resized, databases get migrated between tiers, and new resources spin up as projects launch — if backup coverage is set once at initial deployment and never revisited, it's common for newer resources to quietly fall outside the protected estate. We review Azure backup coverage periodically, not just at the point of initial setup, so protection keeps pace with your actual environment.
Cost control matters here too. Azure backup storage is billed by the cloud provider based on volume and retention, and without active management it's easy for retention settings left on generous defaults to accumulate unnecessary storage costs over time. We tune retention to match genuine business need — keeping what you'd realistically restore from, without paying indefinitely to store snapshots nobody will ever use.
Azure is built with redundancy across availability zones and regions, which protects against hardware failure and regional outages. It does nothing to protect you if someone deletes the wrong virtual machine, if a script error wipes a database table, or if ransomware that's reached your Azure environment encrypts data across multiple VMs. Those are exactly the scenarios backup exists for, and they're not covered by Azure's own resilience features.
Microsoft provides native tools — Azure Backup and Azure Site Recovery — capable of protecting Azure workloads well, but they need deliberate configuration around your actual recovery requirements. Default settings rarely match what a specific business genuinely needs in terms of retention, consistency and recovery speed.
A crash-consistent backup captures a VM's disk state at a point in time, which can restore a database in a corrupted, unusable condition if it was mid-transaction. Application-consistent backup coordinates with the database or application first, so what comes back out is genuinely usable.
We typically store Azure backup data in a separate Azure region from your live workloads, so a regional-level incident affecting your primary infrastructure doesn't also affect your backup copy. This is a decision that's easy to overlook when Azure Backup is configured quickly during a migration project, since the default vault location often defaults to the same region as the resources it's protecting unless someone deliberately changes it.
Many UK businesses run a mix of Azure workloads and remaining on-premise servers during a migration, or indefinitely for specific systems. We design backup that covers both consistently, rather than treating Azure and on-premise infrastructure as two separate, disconnected backup problems. This matters most during a migration itself, when workloads can genuinely be split across both environments for weeks or months — a backup strategy that only accounts for one side leaves a moving target of unprotected systems until the migration is fully complete.
The core protection built into every Azure backup deployment.
We design retention, consistency and recovery targets around what each VM and database actually needs, rather than leaving Azure's default backup settings in place.
We periodically test real restores of VMs and databases within Azure, so recovery is proven to work rather than assumed from a configuration screen.
From reviewing your Azure environment to a monitored, tested backup regime — our process is straightforward.
We review your Azure VMs, databases and current backup configuration, identifying any gaps or default settings that don't fit your needs.
We configure Azure Backup or Azure Site Recovery around your actual recovery requirements, with cross-region storage.
We test a real restore of VMs and databases before considering the deployment complete.
Backup jobs are monitored daily across your Azure environment, with failures investigated and fixed.
We treat Azure's own resilience and genuine backup as two different things that need two different kinds of configuration, not one assumed to cover the other.
Every deployment is configured around your actual VMs and databases, with application-consistent processing and cross-region storage, rather than left on generic defaults.
We periodically test real restores within Azure, so recovery is proven to work, not just assumed because a backup job shows as complete.
Azure backup sits alongside our wider Azure managed services, so the same team running your cloud infrastructure is also managing and monitoring your backup. For workloads needing faster failover than backup alone provides, our managed DRaaS service extends the same principle to full disaster recovery.
We price transparently, based on VMs, databases and retention required, agreed before any work begins. And as your Azure environment evolves, we review coverage periodically rather than leaving new resources unprotected simply because they were provisioned after the original backup configuration was set up. That review also covers retention settings themselves, adjusting them where they've drifted from what's genuinely needed rather than leaving generous defaults to accumulate storage costs indefinitely.
We treat Azure infrastructure as needing genuine backup, not just Microsoft's own resilience.
Backup settings match your actual workloads, not Azure's generic defaults.
Databases and applications backed up in a state that restores cleanly.
We periodically test real restores, so recovery is proven before it's needed.
Backup jobs are checked every day by a person, not left to an unwatched dashboard.
The same engineers managing your Azure environment also manage your backup.
Azure and on-premise infrastructure backed up consistently under one plan.
Backup arrangements documented clearly enough to support Cyber Essentials assessments and insurer questions.
New VMs and databases are added to backup coverage as your environment grows.
A clear quote based on VMs, databases and retention — no vague ongoing costs.
Azure backup is one layer of protection, not the whole strategy. It works best alongside properly managed Azure infrastructure, network security and, for workloads that can't tolerate extended downtime, a managed DRaaS environment providing faster failover than a backup restore alone. We look at Azure backup as one part of your wider cloud strategy, sitting alongside our Azure managed services and DRaaS, so protection is joined up across your whole cloud environment.
As more UK businesses migrate infrastructure to Azure, a common misconception follows them there: that the platform's own resilience is a substitute for backup. It isn't, and the businesses that discover this the hard way are usually the ones who assumed Azure "just handles it" rather than deliberately configuring protection around their specific workloads.
What to check before choosing a provider: whether backup is application-consistent for databases, whether it's stored in a separate Azure region, and whether restores are ever actually tested.
Who this suits: businesses that have migrated production workloads to Azure, businesses running Azure SQL or other managed database services, and any business that's left Azure Backup on default settings without reviewing whether they fit.
Common mistakes we see: businesses that assume Azure's redundancy is the same as backup, businesses running crash-consistent rather than application-consistent database backups, and businesses storing backup data in the same region as their live workloads. Each of these turns backup that looks configured on paper into protection that fails when it's actually needed.
How we deliver it: remote-first for businesses across the UK, configuring and monitoring Azure backup wherever your infrastructure is hosted.
Delivery model
Azure backup design, deployment and monitoring wherever your infrastructure is hosted.
azure backup services uk
Monitored, application-consistent backup for Azure VMs and databases, stored cross-region and tested regularly.
draas providers uk
Faster failover for Azure workloads that can't tolerate extended downtime, covered in detail on our DRaaS page.
Got questions about Azure backup services? We've answered the most common ones below. If you need more detail, get in touch.
Azure's redundancy protects against hardware failure and regional outages, not accidental deletion, misconfiguration or ransomware. Genuine backup needs to be deliberately configured on top of that infrastructure resilience.
It means the backup coordinates with your database or application before taking a copy, so what's restored is in a usable state rather than potentially corrupted mid-transaction.
We store backup data in a separate Azure region from your live workloads, so a regional-level incident doesn't affect both your live systems and your backup copy.
Yes, we configure application-consistent backup for Azure SQL and other managed database services alongside virtual machine backup.
Yes, we design backup that covers Azure workloads and remaining on-premise servers consistently, rather than treating them as two separate problems.
Pricing is based on the number of VMs and databases protected and the retention period required. We provide a clear, itemised quote once we understand your environment and how many workloads need protecting.
We periodically test real restores of VMs and databases within Azure, so recovery is proven with evidence rather than assumed from a configuration screen.
Most Azure backup deployments, including initial testing, are configured and monitored within one to two weeks, depending on environment size.
Limited time offer — valid until 31/05/2026
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