Coverage confidence
Critical data paths, servers, cloud services, and endpoint content need to be covered intentionally instead of assumed to be protected.
Backup • Recovery • Business continuity
Protection Ordinateur AS designs backup coverage, off-site copies, restore testing, recovery objectives, and disaster recovery runbooks for organizations across Quebec that cannot afford guesswork during an incident.
Server, Microsoft 365, endpoint, NAS, cloud workloads • Restore testing • Law 25 ready
Operating model
Usually not just backup software. The real gap is incomplete coverage, unclear recovery priorities, untested restores, and no operational plan when data loss, ransomware, or outage actually hits.
Critical data paths, servers, cloud services, and endpoint content need to be covered intentionally instead of assumed to be protected.
Teams need clear RPO and RTO targets so leadership knows what must come back first, how fast, and with what business impact.
A backup strategy is only credible when restores are tested, documentation is current, and the recovery process can run under pressure.
Service scope
The service is not just software deployment. These are the operating pieces organizations actually rely on when recovery matters.
Servers, Microsoft 365, endpoints, NAS, and cloud systems mapped so the protected scope is explicit and reviewable.
Secondary copies, immutability options, retention design, and protection against local failure, deletion, or ransomware impact.
Scheduled restore validation so teams know backups are usable before a real incident forces the issue.
Recovery priorities, acceptable loss windows, and system order-of-return defined with business operations in mind.
Recovery steps, escalation paths, vendor dependencies, and decision points documented so the process is not invented mid-incident.
Backup health reporting, failure review, coverage changes, and planning updates as systems and business priorities evolve.
Rollout
Recovery planning should not be vague. Teams should know what is protected, how testing works, and how restoration will be managed when something fails.
01
Review workloads, current tooling, data importance, dependency chains, and whether backups are actually aligned with business risk.
02
Close coverage gaps, align retention, add off-site or immutable layers, and document recovery objectives before relying on the stack.
03
Run restore tests, verify procedures, and confirm that the recovery path works for the systems that matter most.
04
Track failures, revise runbooks, update priorities, and keep backup strategy aligned as infrastructure and business risk change.
What usually forces action
The best-fit client already knows recovery matters. The issue is that backup coverage, testing, and incident readiness have not kept up with operational dependence on data.
Teams where file access, line-of-business apps, email, and shared data drive daily work and cannot stay down for long.
Companies that need backup policy, retention, and recoverability to stand up during client review, insurance scrutiny, or governance discussions.
Organizations running a blend of servers, SaaS, Microsoft 365, NAS, and endpoints that need one coherent recovery strategy.
FAQ
Yes. Many engagements start with backup tooling already in place. We assess whether the current stack covers the right workloads and whether recovery can be trusted.
Yes. Backup planning should include cloud services where business-critical data lives, not just on-premise servers.
It depends on system criticality, but the important part is that restore testing happens on a defined cadence and that the results are reviewed instead of assumed.
Coverage gaps are identified, risky retention or storage assumptions get corrected, the first restore tests run, and recovery priorities are documented with the client team.
Related services
Recovery strategy usually intersects with privacy handling, incident logging, Microsoft 365 data, and who owns operational follow-through.
Retention, incident documentation, and data-handling processes tied to backup and restoration decisions.
Containment, ransomware response, and device controls that often trigger recovery workflows.
Operational ownership and day-to-day administration that keep backup scope and restore procedures current.
Next step
We can review protected scope, off-site design, recovery objectives, restore testing, and operational gaps before you commit to a new platform or policy change.