Unexpected disruptions such as server failures, ransomware attacks, and cloud service outages can impact productivity, revenue, and customer trust. Although data backups are critical, they do not provide a roadmap for restoring business operations when disaster strikes.
That’s where a disaster recovery plan becomes essential.
This guide outlines eight key steps to help you create a comprehensive recovery strategy, reduce downtime, and ensure your critical systems and services can be restored quickly with Acronis.
What Is a Disaster Recovery Plan?
A disaster recovery plan is a documented set of procedures for restoring critical IT systems after an unexpected disruption. It identifies the people, processes, technologies, priorities, and recovery objectives needed to resume operations.
The plan should answer several practical questions:
- Which systems must return first?
- Who has the authority to activate recovery?
- Where are backup copies stored?
- How will applications and networks be restored?
- How will employees and customers receive updates?
- When can operations move back to the primary environment?
A useful disaster recovery plan covers more than technical restoration. It also provides clear ownership, communication procedures, supplier contacts, and criteria for returning to normal operations.
What Is an Acronis Disaster Recovery Plan?
An Acronis disaster recovery plan defines how protected workloads will fail over to the Acronis cloud after an incident. It can include network configurations, server start-up sequences, recovery steps, health checks, and failback procedures.
Acronis runbooks help coordinate these steps in the correct order. Businesses can also test recovery processes in an isolated environment without disrupting production systems.
Disaster Recovery Plan: 8 Essential Steps at a Glance
The following eight steps provide a practical framework for business recovery:
- Identify risks: List the incidents that could interrupt systems and services.
- Assess business impact: Determine how each disruption could affect revenue, customers, compliance, and operations.
- Prioritize resources: Rank systems, applications, and data according to business importance.
- Set recovery targets: Define acceptable downtime and data-loss limits.
- Select a strategy: Choose on-premises, cloud, or hybrid recovery.
- Assign responsibilities: Document roles, contacts, procedures, and decision authority.
- Test the plan: Confirm that people, systems, and recovery processes work as expected.
- Keep it current: Review the plan after tests, incidents, and infrastructure changes.
The following sections explain how to put each step into practice.
Why Every Business Needs a Disaster Recovery Plan
Downtime can stop sales, delay customer service, interrupt supply chains, and prevent employees from accessing essential systems. It may also cause contractual breaches, regulatory issues, and reputational harm.
The financial impact can rise quickly. The 2025 New Relic Observability Forecast, based on responses from 1,700 technology professionals, found that high-impact outages carried a median cost of $2 million per hour for surveyed organizations.
A planned response reduces uncertainty. It helps teams make faster decisions, restore priority services, and communicate clearly during a stressful event.
8 Essential Steps to Build a Disaster Recovery Plan
A reliable plan starts with a clear understanding of business risks and ends with regular reviews.
The following steps will help you define recovery priorities, assign responsibilities, select suitable technology, and confirm that your business can respond when an incident occurs.
1. Identify Risks and Likely Disruption Scenarios
Start with the incidents most likely to affect your environment. These may include ransomware, hardware faults, software errors, power cuts, network failures, natural disasters, and cloud provider outages.
Consider both probability and impact. A flood may be unlikely for one location but catastrophic if every server and backup copy resides there. A short internet outage may happen more often but cause less damage.
Create realistic scenarios rather than one general “disaster” category. Each scenario may require a different response.
2. Conduct a Business Impact Analysis
A business impact analysis shows what happens when an important process becomes unavailable. The consulting department heads to understand which services support revenue, customers, compliance, and daily operations.
For each process, record:
- Financial loss per hour or day
- Effect on customers and employees
- Legal or regulatory consequences
- Contractual service commitments
- Maximum tolerable downtime
- Technology and supplier dependencies
This analysis gives disaster recovery management a business context. It also prevents the IT team from setting priorities based only on technical assumptions.
3. Prioritize Critical Systems and Data
Not every workload requires immediate restoration. Divide systems into recovery tiers according to their value and urgency.
A payment platform, customer portal, or clinical application may belong in the highest tier. Internal archives and old project files may tolerate a longer delay.
Map dependencies as part of this process. An application cannot operate if its database, identity service, network connection, or domain name service remains unavailable. Recovery priorities must reflect the complete service chain.
4. Define RTO and RPO Targets
Two measurements shape every recovery strategy:
- Recovery Time Objective (RTO): The maximum acceptable time required to restore a service.
- Recovery Point Objective (RPO): The maximum acceptable amount of recent data that can be lost.
Suppose an order platform has an RTO of two hours and an RPO of 15 minutes. The business must restore that platform within two hours and use backup or replication intervals that limit potential data loss to 15 minutes.
Lower targets usually require more resources and greater expense. Set each target according to business impact rather than aiming for zero across every system.
5. Choose the Right Recovery Strategy
Your infrastructure, risk profile, budget, and recovery targets should guide this decision.
a. On-Premises Recovery
This method uses a secondary physical location or local recovery hardware. It gives the business direct control but requires duplicate infrastructure, maintenance, space, and technical expertise.
b. Cloud Disaster Recovery
Cloud disaster recovery uses remote infrastructure as a recovery environment. The business can replicate workloads off-site and activate cloud resources when the primary environment becomes unavailable.
This approach can reduce the cost of a permanently active secondary data centre. It also provides flexibility as workloads change.
c. Hybrid Disaster Recovery
A hybrid approach combines local and cloud resources. Local copies can support quick restoration after a minor problem, while the cloud provides an alternative environment after a site-wide incident.
The right choice may vary by workload. Critical systems may require cloud failover, while less urgent data may only need scheduled backups.
6. Assign Roles and Document Recovery Procedures
A plan must state who makes decisions and who performs each task. Assign an incident leader, technical recovery owners, communication contacts, security representatives, and supplier contacts.
Document the complete response:
- How the team confirms an incident
- Who activates the recovery process
- Which systems return first
- How users connect to recovered services
- How teams verify data and application health
- When and how workloads return to the primary site
Store copies of these procedures somewhere the team can access even if the main network fails.
7. Test the Plan Under Realistic Conditions
A successful backup notification does not prove that the business can recover. Teams must confirm that data restores correctly; applications start in the right order, network access works, and responsible employees understand their roles.
Use several types of tests:
- Tabletop exercises for roles and decisions
- Individual file and system restore tests
- Isolated failover tests
- Complete recovery simulations
Record recovery times, errors, missing dependencies, and communication gaps. Turn each result into a specific corrective action.
8. Review and Update the Plan Regularly
Technology environments change throughout the year. New applications appear, employees leave; vendors change, and data volumes grow.
Review the plan at least once a year and after major infrastructure changes. An incident, test, acquisition, office move, or new compliance obligation should also trigger a review.
Backup vs Disaster Recovery vs Business Continuity
These three practices support resilience, but they serve different purposes.
|
Area |
Main purpose | Scope |
Expected outcome |
| Backup | Preserve copies of data | Files, databases, and systems | Data can be restored |
| Disaster recovery | Restore IT services | Applications, servers, networks, and data | Technology operations resume |
| Business continuity | Maintain essential services | People, processes, facilities, and technology | The business continues to operate |
Backup forms part of recovery, while disaster recovery supports the wider business continuity strategy.
Common Events That Can Trigger Disaster Recovery
A formal response may become necessary after:
- Ransomware or another cyberattack
- Hardware or storage failure
- Software or configuration errors
- Power and network outages
- Accidental deletion or human error
- Fire, flood, or another natural event
- Cloud platform or supplier failure
The activation threshold should be clear. Minor faults may follow normal incident procedures, while events that exceed recovery targets should trigger the formal plan.
What to Look for in Disaster Recovery Software
Suitable disaster recovery software should match your environment and recovery objectives. Evaluate each option against:
- Physical, virtual, cloud, and hybrid workload support
- Automated failover and controlled failback
- Flexible RTO and RPO options
- Recovery runbooks and workload sequencing
- Isolated test environments
- Encryption and role-based access
- Centralized alerts, reports, and status views
- Predictable costs and technical support
A product demonstration should include a real recovery scenario. Ask the provider to show how the solution handles dependencies, validates recovery, and returns workloads to production.
How Acronis Supports Business Disaster Recovery
Acronis Disaster Recovery combines backup, recovery, security, and centralized administration within one platform.
Its cloud failover capability lets protected workloads run in the Acronis cloud if the primary infrastructure fails. Recovery runbooks coordinate server sequences and network settings, while test failovers help teams validate procedures without affecting live operations.
Acronis also supports encrypted connections, point-to-site and site-to-site access, custom DNS configurations, and several workload types. These capabilities help businesses protect physical, virtual, and cloud environments through a consistent process.
Acronis in Practice: Octime Group Improves Recovery Time
Octime Group needed to protect a growing global environment after its previous tools caused slow data restoration. The company deployed Acronis Cyber Protect across approximately 650 servers at three global sites.
According to the Acronis case study, Octime achieved 40% faster data recovery. The company also reduced administrative effort to the equivalent of half of one employee’s time.
The example shows why recovery speed, ease of use, and operational cost should form part of the selection process.
Common Disaster Recovery Planning Mistakes
Many plans fail because businesses:
- Treat backup as a complete recovery strategy
- Assign the same recovery target to every workload
- Ignore application and network dependencies
- Store primary data and backups in one environment
- Leave decision authority unclear
- Test individual backups but not complete services
- Rely on outdated contact details and procedures
Regular tests can expose these gaps before a genuine emergency occurs.
How ZNetLive Helps Businesses Adopt Acronis Disaster Recovery
ZNetLive is an authorized Acronis distributor that helps businesses assess workloads, choose appropriate protection options, and configure backup and recovery services.
Its specialists can assist with customized plans, migration, implementation, and 24/7 technical support. Businesses and service providers can also review current Acronis promotions for 2026. Availability depends on the selected offer, product eligibility, applicable terms, and expiration date.
Disaster Recovery Plan Checklist
Before you approve your plan, confirm that it includes:
- Critical systems, data, and dependencies
- Risk and business impact assessments
- Workload-specific RTO and RPO targets
- Named owners and emergency contacts
- Backup, failover, and failback procedures
- Employee and customer communication steps
- Evidence from recent recovery tests
- A date for the next formal review
Conclusion
An effective disaster recovery plan turns a disruptive event into a controlled response. Clear priorities, realistic recovery targets, assigned responsibilities, suitable technology, and regular tests help the business resume operations with less uncertainty.
Acronis provides the backup, cloud failover, orchestration, and test capabilities needed to support that strategy.
If you want to assess your current recovery readiness, connect with ZNetLive’s specialists to explore an Acronis recovery solution suited to your workloads and business goals.
