Restores that were never tested
A backup that has never been restored is a hope, not a plan. Corrupt files, missing tables and lost encryption keys tend to surface on the worst possible day.
Backup and disaster recovery
Backups only matter on the day you need to restore them. We agree with you how much data you can afford to lose and how long you can be down, then build, test and rehearse recovery to match.
Why recoveries fail
The backup job runs every night and reports success. What nobody has checked is whether the data comes back complete, how long that takes, and who knows how to do it.
What resilient looks like
Dependable recovery comes from a few unglamorous habits, repeated:
A backup that has never been restored is a hope, not a plan. Corrupt files, missing tables and lost encryption keys tend to surface on the worst possible day.
If one compromised admin account can delete production and the backups, ransomware takes both. Attackers go looking for backups early for exactly that reason.
Uploaded files, configuration, secrets, DNS and the infrastructure itself are left out — so even with the data back, there is nowhere ready to run it.
Is losing a day of orders acceptable? Four hours of downtime? Without targets agreed with the business, backup decisions are guesses about cost.
What we do
This is engineering work on your systems, in your accounts — not an insurance product or a boxed backup service. You own the backups, the scripts and the runbooks.
We work through each system with the people who depend on it, to agree how much data you can afford to lose and how quickly it must be back.
Scheduled and point-in-time backups for databases, file storage, configuration and secrets — encrypted, and monitored so a failed job raises an alert.
Copies held in a separate region and a separate account, so a regional outage, a deleted account or a compromised login does not take your backups with it.
Immutable backup copies, separate credentials for backup administration and alerts on unusual deletions — the basics that stop an attack becoming a catastrophe.
Scheduled test restores into an isolated environment, timed against your targets with the evidence recorded — the step most teams skip.
Step-by-step recovery runbooks for each scenario, rehearsed with your team, plus the continuity documentation insurers and enterprise customers ask to see.
How we work
The seven stages we use on every project, pointed at one question: if the worst happened tomorrow, what would you get back, and how quickly?
We inventory what you run and where the data lives — databases, file stores, SaaS tools, configuration — and review what is backed up today, and how.
An inventory of systems and current backups
For each system we agree recovery point and recovery time objectives with the business, and the budget they imply — faster recovery costs more.
Agreed RPO and RTO per system
We design the backup architecture: frequency, retention, encryption, separate accounts and regions, immutability, and how each system is rebuilt.
Backup and recovery design
Backups, copies and alerts are set up through infrastructure code, so the configuration is reviewed, repeatable and recorded in version control.
Automated, monitored backups
We restore into an isolated environment, check the data is complete and usable, and time each step against the agreed targets.
Restore results measured against targets
Runbooks are written for each failure scenario and rehearsed with your team in a tabletop or live exercise, so the first real recovery is not the first attempt.
Rehearsed DR runbooks
Restore tests repeat on a schedule, backups are reviewed as systems change, and runbooks are updated after every rehearsal or incident.
A recovery plan that stays current
Technology
Native features of the platforms you already use, wired together and tested — rather than another product to license and learn.
Databases
Cloud storage
Rebuild from code
Access and encryption
Monitoring
Documentation
We work UK business hours and do not run a 24/7 incident desk. We make recovery something your own team, or your out-of-hours provider, can carry out from the runbook.
Use cases
Different failures need different responses. We plan and rehearse for the ones that matter to your business.
Clean, immutable backups and a rehearsed rebuild route, so encrypted systems can be restored from a known-good point instead of negotiating with attackers.
Someone runs the wrong script or deletes the wrong folder. Point-in-time recovery brings back the affected data without rolling back everything else.
Data copied to a second region and infrastructure defined in code, so critical services can be stood up elsewhere if the primary region is down for long.
Regular exports of data held in third-party tools, and a plan for when a provider fails, locks your account or changes its terms at short notice.
Documented backup policies, restore test results and runbooks for cyber insurance renewals, enterprise security questionnaires and investor due diligence.
Retention periods that match your policies, encrypted backups, and a way to honour erasure requests without making your restores unreliable.
Relevant work
A selection of client projects related to this work. Each case study covers the brief, the approach and the stack.
All case studiesTelemedicine web platform: booking, video consultations and patient records.
Multi-bank digital wallet with transfers, analytics and virtual cards.
Client intake, risk checks and document workflows for a boutique law firm.
Why Techsleight
No inflated numbers — just how we run projects, and what you can hold us to.
We ask what the software is for before we estimate it — and we will tell you when something should not be built, or should be bought instead.
LLM features, retrieval and automation built with evaluation, guardrails and cost controls, and plain software where that is the better answer.
Design, frontend, backend, mobile, cloud and QA in one team, so nothing falls between suppliers.
UK business hours, estimates in pounds, and a contract with a UK company. Our engineers are based in the UK and India.
A fixed-scope project, dedicated developers or a monthly retainer — and you can move between them as the work changes.
Code, IP, cloud accounts and documentation are yours from day one. We sign an NDA before discovery if you need one.
We stay on for fixes, upgrades and new features, or hand over cleanly to your in-house team with the documentation to match.
FAQs
Straight answers on scope, cost, timelines and how we work. If yours is not here, ask us directly.
Recovery point objective (RPO) is how much data you can afford to lose, measured in time — the last hour of orders, say. Recovery time objective (RTO) is how long a system can be unavailable before the damage becomes serious. Both are business decisions; we help you set them, then engineer backups and recovery to meet them.
Often enough that a problem would be found before you need the backup. For critical systems that usually means automated restore checks on a regular schedule, a full recovery rehearsal at least once a year, and a test after any significant change. We agree the schedule with you based on how critical each system is.
Usually not on its own. Cloud platforms work on a shared responsibility model: they keep their infrastructure running, but protecting your data from deletion, corruption or a compromised account is your job. Provider snapshots also often sit in the same account an attacker could reach.
Backup copies that cannot be changed or deleted for a set retention period — not even by an administrator. If an attacker gains admin access, they still cannot destroy those copies, which makes immutability one of the most cost-effective defences against ransomware.
Only if the attacker cannot reach them. Backups in the same account, under the same credentials, are often encrypted or deleted along with everything else. Separate accounts, immutable copies and alerts on unusual deletions make recovery possible; a rehearsed runbook makes it quicker. A personal data breach may also need reporting to the ICO within 72 hours — your DPO or data protection lead makes that call.
No. We work UK business hours and do not run an out-of-hours incident desk. We design recovery so your own team, or an out-of-hours provider, can carry it out from a clear runbook — and we rehearse it with them, so the first real recovery is not the first attempt.
It needs a plan too. SaaS providers generally protect against their own failures, not against your mistakes or a compromised account. Where a tool offers exports or an API, we can automate regular copies into storage you control; where a dedicated backup product is the better answer, we will say so.
It is part of it. Disaster recovery gets systems and data back; business continuity covers how the organisation keeps operating in the meantime — manual workarounds, communications, suppliers. We write the technical recovery plans and the parts of the continuity plan that depend on them, and work with whoever owns the wider plan.
It depends on the number of systems and how demanding your recovery targets are — recovering within minutes costs far more than recovering by the next day. We start with a review and a design, then quote the build at a fixed price. Ongoing restore testing and reviews can run as a monthly retainer.
With an honest inventory: what you run, where the data lives, what is backed up today and when a restore was last tested. The first fixes are usually the highest-risk gaps — no offsite copy, no immutable copy, no restore ever tested — and they are rarely the most expensive ones.
Start a project
If the answer is "never" or "not sure", tell us what you run and where. We will help you work out what you would actually get back — and how to close the gaps.
What happens next
Techsleight Labs is a trading name of Krapton IT Consultancy.
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