// 01 //FAILED RESTORE
Too Late
Many backups fail when they're finally needed.
Incomplete data, corrupted files, or restores too slow for the window. You find out at the worst possible moment — unless you tested first.
DISASTER RESILIENCE // DISASTER RECOVERY
A backup is a hope.
A backup is a hope.
A tested restore is a plan.
The first time you restore shouldn't be during the outage. WatchUr6 builds veteran-led IT disaster recovery — resilient backups, failover, and tested restores proven to meet your recovery objectives, even against ransomware.
// THE RESTORE GAP
A backup you can't restore is just storage.
The gap between having backups and recovering from them is where outages turn into disasters. Three reasons the restore is what counts.
// 02 //BACKUPS HIT
Targeted
Ransomware destroys the backups before it detonates.
A recovery plan built only for hardware failure collapses against a deliberate adversary. Immutable, isolated copies are what survive.
// 03 //FANTASY RTO
Aspirational
Recovery targets that were never proven achievable.
An RTO on paper means nothing until a real restore hits it. Testing is the only way to know your objectives are reality, not wishful thinking.
// WHAT YOU GET
Systems back, proven in advance.
Not a backup job and crossed fingers. A recovery capability engineered to your objectives and tested until it actually works.
// 01
Recovery Objectives & Strategy
Realistic RTO and RPO per system, then a recovery architecture engineered to hit them — not a one-size promise that breaks under load.
- RTO and RPO defined per critical system
- Recovery strategy matched to each system's priority
- Architecture designed to meet the targets, not just claim them
RTO · RPO · STRATEGY
// 02
Resilient Backup & Failover
Backups and replicas an attacker can't reach, plus failover designed for the recovery speed your objectives demand.
- Immutable, isolated, or air-gapped backup design
- Replication and failover for time-critical systems
- Recovery infrastructure across cloud and on-premises
BACKUP · REPLICATE · FAILOVER
// 03
Recovery Runbooks
Step-by-step restore procedures anyone on the team can execute under pressure — not tribal knowledge locked in one person's head.
- Documented, ordered restore procedures per system
- Dependencies and sequencing mapped explicitly
- Roles and decision authority defined for the recovery
RUNBOOK · SEQUENCE · EXECUTE
// 04
Recovery Testing & Validation
The part most plans skip: actually restoring systems end to end, measuring the time, and proving the objectives are real.
- End-to-end restore tests against your RTO and RPO
- Gaps and dependencies surfaced before a real event
- Recovery time measured, documented, and improved
TEST · MEASURE · PROVE
// HOW IT WORKS
Define, engineer, document, prove.
A structured engagement that turns recovery from a hope into a tested, measured capability.
01
Define Objectives
We set realistic RTO and RPO per system based on what the business can actually tolerate — the targets everything else is built around.
02
Engineer Recovery
Resilient backups, replication, and failover designed to meet those objectives across your cloud and on-premises systems.
03
Document Runbooks
Restore procedures written so any qualified team member can execute them under pressure, with dependencies and sequencing mapped.
04
Test & Prove
End-to-end restores run against the clock, gaps fixed, and recovery time measured — so you know the plan works before you need it.
// OPERATIONAL HERITAGE
From rehearsing the recovery
until the team could rebuild and resume no matter what was lost
to proving your systems and data come back before the outage ever hits.
// THE FULL PROGRAM
One pillar in a resilient operation.
Recovery is strongest alongside the rest of the program. Explore the connected disaster-resilience services.
// FREQUENTLY ASKED
The questions buyers ask first.
How is disaster recovery different from business continuity?
Disaster recovery is the technology half: restoring systems, applications, and data after an outage. Business continuity is the broader discipline of keeping the whole organization functioning while that restoration happens.
They're tightly linked — your recovery objectives come from the continuity analysis — and we often deliver them together, but disaster recovery is specifically about the technical comeback.
We have backups. Isn't that our disaster recovery plan?
Backups are an ingredient, not a plan. A disaster recovery plan defines what gets restored, in what order, how fast, by whom, and whether the restore has actually been tested end to end.
Many organizations discover during a real outage that their backups are incomplete, can't restore within an acceptable window, were reachable by the same attack that hit production, or were never test-restored at all.
What are RTO and RPO?
Recovery Time Objective is how quickly a system must be back online; Recovery Point Objective is how much data you can afford to lose, measured in time. A four-hour RTO and fifteen-minute RPO is a very different problem than a two-day RTO and a daily backup.
These targets, set per system during planning, drive your entire recovery architecture — and disaster recovery is meaningless until you've proven you can hit them.
How does ransomware change disaster recovery?
Ransomware attacks the recovery capability itself. Unlike a hardware failure or natural disaster, the attacker actively seeks out and encrypts or deletes backups and replicas before detonating.
A plan built only for accidental outages can fail completely against a deliberate adversary. Recovery in the ransomware era requires immutable, isolated backups and a restore process validated against a fully compromised production environment.
How do we know our recovery plan actually works?
You test the restore, not just the backup. A backup that completes successfully tells you nothing about whether you can rebuild a working system from it inside your recovery window.
We run recovery tests that restore systems end to end, measure the actual time against your objectives, and surface the dependencies and gaps that only appear under real conditions — so you're not testing for the first time during a live disaster.
Does this cover cloud, on-premises, or both?
Both, and the hybrid reality in between. Cloud doesn't make disaster recovery automatic — misconfigured replication, single-region dependencies, and shared-responsibility gaps cause real outages.
We design recovery for whatever your environment actually is: on-premises systems, cloud workloads across AWS, Azure, or Google Cloud, SaaS dependencies, and the connections between them.
// THE NEXT MOVE
Prove the comeback before you need it.
Book a 30-minute strategy call. Bring your backup and recovery setup; you'll walk away with a tactical read on whether you could actually restore in time — whether you hire us or not.
- A clear read on whether your restores would meet your RTO
- Where your recovery plan would break under a real outage
- How ransomware-resilient your current backups really are
- Written follow-up — no pressure, no auto-enrollment