Scope and policy design
Map workloads, data owners, criticality, change rate, retention, exclusions and recovery requirements into a reviewable policy.
Make recovery an operational capability
Backup & Data Protection
Define what must be copied, retained, secured, monitored and regularly recovered—not merely what can be backed up.
Connected IT
Cloud
Security
Infrastructure
Workplace
Where the work begins
Build the decision around the business requirement.
Backups are valuable only when they contain the required data, remain trustworthy and can be restored within a useful timeframe. Atmic Systemics helps organisations define backup scope, retention, copy placement, encryption, immutability options, operational monitoring and recovery testing across appropriate server, application and data environments. The service focuses on evidence and ownership, not a misleading promise that one backup product eliminates every continuity risk.
Problems we help address
Clarity before configuration.
Critical systems or cloud data are absent from the documented backup scope
Jobs appear successful, but application-consistent recovery has not been tested
Retention settings do not reflect deletion discovery times, business needs or capacity
All copies share credentials, infrastructure or a location with the production environment
Alerts accumulate without clear ownership, escalation or remediation records
Scope and capabilities
What a well-scoped engagement can include.
Final scope depends on the environment, priorities, product entitlements and agreed responsibilities.
Copy architecture
Plan local and off-site copies, media or repository placement, capacity, schedules and separation from production failure domains.
Security and immutability options
Evaluate encryption, administrative separation, restricted deletion, immutable or offline copy patterns and credential protection within product and platform capabilities.
Application-aware protection
Consider databases, virtual machines, file systems and supported cloud services so recovery points are created using suitable consistency methods.
Monitoring and recovery testing
Define alert review, exception handling, capacity checks, sample restores and periodic recovery exercises with retained evidence.
Potential business benefits
Designed for usefulness after handover.
A traceable view of protected and excluded workloads
Retention and copy placement linked to business and operational requirements
Reduced reliance on a single system, credential set or physical location
Restore procedures that administrators can exercise and improve
Monitoring and exception ownership made explicit
Practical use cases
Redesign legacy backup
Replace undocumented schedules and ageing repositories with a scoped architecture, defined retention, monitored jobs and a test calendar.
Add ransomware resilience
Assess administrative separation and immutable, offline or otherwise protected copies as part of layered protection and incident recovery.
Protect a new platform
Add workloads only after confirming support, application consistency, capacity, retention, credentials and recovery procedures.
Assessment and implementation
A controlled route from current state to usable outcome.
Each stage establishes evidence for the next decision. The sequence is adjusted to suit risk, dependencies and change windows.
Discover and classify
Build a workload register, identify owners and recovery needs, and reconcile it with existing job and repository information.
Design the copy strategy
Define schedules, retention, repositories, off-site treatment, security controls, bandwidth and operational responsibilities.
Configure and baseline
Implement supported protection policies, establish monitoring and document initial job, capacity and security status.
Prove recovery
Restore representative data or systems in an isolated or approved location, record timings and findings, and feed improvements into the operating plan.
Typical deliverables
Artifacts your team can use.
- Backup scope and coverage matrix
- Retention, schedule and repository design
- Security and administrative-separation recommendations
- Configuration and monitoring baseline
- Restore runbooks and test plan
- Recovery-test evidence and improvement actions
Planning considerations
Dependencies to surface early.
- A backup recovery point objective depends on successful schedules and workload consistency; a recovery time objective also depends on restore speed, infrastructure and people.
- Encryption requires protected, recoverable keys; losing the key can make a valid copy unusable.
- Immutable features have product, platform, licence, retention-lock and administrative dependencies that must be verified.
- Backup restores data or systems from copies. High availability keeps a service running through selected failures, while disaster recovery coordinates restoration after a major disruption.
- Testing may require isolated compute, storage, network and application expertise in addition to the backup platform.
Frequently asked questions
Useful questions before you begin.
Does successful backup status prove that data can be restored?
No. A successful job is useful evidence, but recovery tests are needed to validate the selected data, credentials, application consistency, procedure and destination capacity.
What is an immutable backup?
It is a copy protected from alteration or deletion for a defined period under the relevant platform controls. Its effectiveness depends on correct configuration, credential separation and the surrounding operating model.
Is replication the same as backup?
No. Replication maintains another copy for availability or recovery, but can quickly reproduce deletion, corruption or malicious change. Versioned, retained and independently protected backups address a different need.
How often should recovery be tested?
Frequency should reflect system criticality, rate of change, audit needs and operational risk. High-priority or frequently changing systems normally justify more frequent exercises than archival data.
Does backup include disaster-recovery planning?
Backup is an input to many recovery plans, but disaster recovery also covers priorities, dependencies, alternate infrastructure, access, communications, runbooks and end-to-end validation.
Backup & Data Protection
Turn the requirement into a practical plan.
Share the current environment, desired outcome and timeline. We’ll help define the right next conversation.