Quick answer: An IT disaster recovery plan (DRP) is the written playbook that tells your business how to restore IT systems and data after a cyberattack, hardware failure, natural disaster, or human error. To create one: (1) inventory every critical system and its data, (2) set Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) for each, (3) design the recovery procedures that meet those targets, (4) document them clearly, (5) assign responsibilities, and (6) test the plan at least twice a year. A DRP that has never been tested is not a plan it is a document.
The 7 phases: Risk assessment → Business Impact Analysis → RTO/RPO definition → Recovery strategy design → Documentation → Team assignment → Testing and revision.
In February 2026, a mid-sized Alberta engineering firm lost its primary file server to a ransomware attack on a Sunday night. On Monday morning, staff arrived to find every project file encrypted, every drawing inaccessible, and the attacker demanding $340,000 CAD in cryptocurrency. What happened next is a case study in disaster recovery: the firm's IT provider had a documented DRP with tested recovery procedures. Within 4 hours, from the previous evening were restored to a cloud recovery environment. By end of day Monday, staff were working from the recovered systems. The firm never paid the ransom. Total business impact: one day of lost productivity.
This is the difference a disaster recovery plan makes. Without one, the same incident could have cost the firm weeks of downtime, the ransom itself, permanent data loss, and if the attack involved personal information mandatory breach notification under PIPEDA. The Canadian Centre for Cyber Security's 2025-2026 National Cyber Threat Assessment identifies ransomware as the number-one cyber threat to Canadian organizations, and the IBM 2025 Cost of a Data Breach Report pegs the average Canadian breach at $6.32 million CAD.
Every Canadian business from a 15-person law firm to a 500-person manufacturer needs a disaster recovery plan. This guide walks through the seven phases of building one, includes the RTO/RPO worksheet used by ¶ºÄÌÊÓƵ engineers when scoping DR projects, and provides a template you can adapt to your own business. It is written for the person responsible for IT decisions in a Canadian SMB the business owner, the operations manager, or the internal IT lead not for a certified DR consultant.
¶ºÄÌÊÓƵ has designed and tested disaster recovery plans for Canadian SMBs across Alberta, British Columbia, Ontario, and Québec since 2012. We have run real recoveries after real ransomware attacks, real hardware failures, and real natural disasters (including the 2013 and 2024 Alberta floods and the 2021 British Columbia atmospheric river). What follows is the same framework we use with clients.
An IT disaster recovery plan is a written, tested set of procedures that tells a business how to restore its IT systems and data after a disruptive event. "Disruptive event" covers a wide range: ransomware and other cyberattacks, hardware failures (dead servers, corrupted storage), human error (someone accidentally deletes a critical folder), physical disasters (fire, flood, power outage), and vendor failures (cloud provider outage, ISP disruption).
The plan defines what needs to be recovered, in what order, how long each recovery is allowed to take (), and how much data loss is acceptable (Recovery Point Objective). It names the people responsible for each recovery step, the tools and vendors they will use, and the escalation path if something does not work. A good DRP reads like a runbook clear, specific, actionable not like a policy document.
Four reasons, in order of impact:
The cost of downtime for a Canadian SMB averages $8,000 to $50,000 per hour depending on the business. A ransomware incident without a DRP typically produces 7 to 14 days of significant downtime. Do the math: even a small operation faces six-figure incident costs quickly. A well-designed DRP typically reduces incident duration from days to hours.
PIPEDA requires "appropriate" safeguards for personal information. Quebec Law 25 mandates notification of the CAI and affected individuals within specific timeframes when a breach creates a risk of serious harm. Alberta, British Columbia, and other provincial laws have parallel requirements. Sector-specific rules (PHIPA for Ontario healthcare, OSFI for federal financial institutions, provincial law society technology-competence rules for legal) add further obligations. A documented, tested DRP is often the evidence regulators look for.
A public incident without a rapid recovery story becomes a public story. Clients, partners, and staff notice. A rapid, professional recovery even from a serious incident often preserves the reputation that a slow one destroys.
Canadian cyber insurance underwriters increasingly require documented, tested disaster recovery plans as a condition of coverage or as a factor in premium pricing. Businesses without a DRP either pay significantly more or cannot obtain coverage at all.
A complete DRP for a Canadian SMB contains ten sections. The exact document structure varies, but the content should cover all of these:
Start by identifying what could actually happen to your IT environment. Common categories for Canadian SMBs: ransomware, insider threat (accidental or malicious), hardware failure, power outage, flood or fire, ISP outage, cloud provider outage, software corruption, and supply chain compromise. For each, estimate likelihood (annual probability) and impact (hours of downtime × cost per hour). Focus recovery investment on the highest-likelihood × highest-impact scenarios. Do not attempt to defend against every possible scenario prioritize.
Interview each department head to answer: what specific systems does your team need to do work? What is the maximum tolerable downtime for each? What data would be catastrophic to lose? Convert answers into a ranked list of critical systems. For most Canadian SMBs the list runs to 15 to 30 systems email, file storage, line-of-business applications, accounting, CRM, phones, industry-specific tools. The BIA is the foundation for every other phase do not skip it.
For each system on the critical list, set two numbers. RTO is the maximum acceptable time from disruption to restored function ("our order-entry system must be back within 4 hours"). RPO is the maximum acceptable data loss ("we can afford to re-enter up to 1 hour of orders anything more is unacceptable"). RTO and RPO are business decisions, not technical ones. They drive every technical choice that follows.
For each critical system with its RTO and RPO, design the backup, replication, and recovery approach that will meet those targets. High-RTO systems (24+ hours acceptable) may only need standard nightly backups. Low-RTO systems (under 4 hours) typically need real-time replication, hot-standby infrastructure, or cloud recovery environments. The design phase is where technical expertise matters most this is where an MSP's experience pays off.
Write everything down in language that a stressed-out engineer can follow at 2 a.m. after a 12-hour incident. Use numbered steps, specific commands, screenshots where helpful, and avoid jargon. Store the DRP in a location that will be accessible during a disaster (not only on the file server that just went down) printed copies in a fireproof safe, a cloud location outside your primary tenant, and an encrypted copy on each key team member's phone all work.
A recovery has multiple concurrent workstreams: technical restoration, communication with staff, communication with clients, regulatory notification, insurance carrier notification, legal counsel engagement, and decision-making about ransom or extortion. Name a person and a backup for each role. Include after-hours contact information and a call-out tree that does not rely on your primary email or phone system (both may be down during an incident).
A plan that has never been tested is not a plan it is a document. Test at least twice a year. Include partial recoveries ("can we restore this one system?"), full recoveries ("can we bring the whole environment back?"), and tabletop exercises ("what would we do if...?"). Log every test, capture what did not work, and revise the plan. A DRP that is tested every six months and updated after each test is the goal. A DRP that has never been tested is a false comfort.
The concepts of RTO and RPO are simple once you see them in an example. Consider a 30-person Alberta accounting firm during tax season.
Each of those RTO/RPO pairs drives a different technical solution: the email system needs cloud email with rapid geo-failover; the file storage needs frequent snapshots with fast restore; the historical archive can live on cheaper offline backup. Trying to give every system the same protection is either wasteful (over-protecting archives) or dangerous (under-protecting the client portal). The point of RTO/RPO is to match protection to actual business need.
Minimum recommendation: two full tests per year. Best practice: quarterly. What testing actually means:
Pick a random backup and restore a random file. Confirm the restored file is intact and matches the original. This catches silent backup corruption and mis-configured retention.
Simulate the loss of one critical system. Execute the full documented recovery procedure for that system to a test environment. Time the process end-to-end. Compare to the RTO. Document what worked, what did not, and revise.
Simulate the loss of the primary environment. Execute the complete DRP: technical recovery, communication tree, vendor coordination, regulatory notification checklist. This is the test that catches problems no smaller test can find coordination failures, documentation gaps, contact information rot.
Sit the team down with a written incident scenario and walk through the decisions each person would make. No systems are actually touched. This is where you find the "we assumed X but nobody actually owns X" problems. Cheap, fast, and reveals a lot.
The two terms are often used interchangeably, but they are different. Business Continuity Planning (BCP) is broader it covers how the entire business keeps operating during any disruption, including physical premises, staff availability, supply chains, customer communication, and finance. Disaster Recovery Planning (DRP) is a subset of BCP, focused specifically on restoring IT systems and data.
A complete BCP includes a DRP. A complete DRP alone is not a BCP. For Canadian SMBs, the priority order is: DRP first (it protects the systems most businesses cannot function without), then wrap it in a BCP as the business matures. If you are just starting, get the DRP right the BCP framework is easier to build on top of a tested DRP than to reverse-engineer around a missing one.
that have never been restored are not backups they are hope. Approximately 30% of the untested backups we audit for new clients turn out to be broken. Test monthly.
Microsoft 365 and Google Workspace data are NOT automatically backed up by the vendor in a way that survives ransomware or accidental deletion. You need third-party backup for your cloud data this is the single most common gap we find.
If your DRP lives only on the file server that just failed, you cannot read it during recovery. Keep multiple offline and off-tenant copies.
"IT will handle it" is not a plan. Every recovery task needs a named owner and a named backup, both with current contact info.
Cyber insurance is a critical resource during an incident, but the insurer follows your plan not the other way around. Have your own plan; the insurer's role is to fund and support recovery, not to run it.
Ransomware is the highest-profile risk, but hardware failure, human error, and physical disasters cause more incidents in absolute numbers. Design for all three.
Every incident (yours or someone else's, in your industry, in Canada) is a chance to update the plan. Build a revision log and update after each learning event.
¶ºÄÌÊÓƵ designs, documents, and tests disaster recovery plans for Canadian SMBs as part of our managed IT services. Our approach has four elements.
Assessment. We start with a Business Impact Analysis interview across your department heads, produce a ranked inventory of critical systems, and set RTO/RPO targets that reflect real business need not IT department wish-lists.
Design. We build the backup, replication, and recovery architecture that meets those targets, using proven Canadian-hosted infrastructure where privacy law makes that important.
Documentation. We produce the runbook clear, specific, tested and store it in multiple locations including offline copies.
Testing. We test partial recoveries quarterly and full recoveries annually, log the results, and revise the plan every time. Gold and Platinum plans add our Breach Recovery Guarantee a specific commitment about restoration after a covered incident.
Disaster recovery in Canada is not just an operational concern it is a compliance one. Under PIPEDA and provincial equivalents (Quebec Law 25, Alberta PIPA, British Columbia PIPA), businesses have an obligation to safeguard personal information and to notify regulators and affected individuals of breaches that create a risk of significant harm. A documented, tested DRP is often the evidence of due diligence regulators look for.
Sector-specific requirements add layers. Ontario's Personal Health Information Protection Act (PHIPA) requires health information custodians to have safeguards including recovery capability. Alberta's Health Information Act (HIA) and Nova Scotia's Personal Health Information Act (PHIA) have parallel requirements. Federally regulated financial institutions must meet OSFI's Guideline B-13 on Technology and Cyber Risk Management, which specifically calls for tested recovery plans. Provincial law societies increasingly require documented technology-competence and business-continuity practices from law firms. For any Canadian SMB in a regulated sector, the DRP is not optional it is the audit trail.
¶ºÄÌÊÓƵ is a Canadian-owned, independent managed IT service provider. We design and test disaster recovery plans for businesses with 20 to 500 users across Alberta, British Columbia, Ontario, and Québec the size range where formal DR planning has the highest return.
We are SOC 2 certified and a Certified B Corporation. We are ranked #97 globally and #1 in Western Canada on the 2026 MSP 501, and have been named to Canada's Top 50 Best Managed IT Companies for five consecutive years (2021 through 2025). ESET Canada named us MSP Partner of the Year in both 2024 and 2025, and we are Great Place to Work-Certified with placements on both the Best Workplaces in Canada and Best Workplaces in Technology 2026 lists.
Every plan we offer Silver, Gold, and Platinum includes 24/7/365 support with a 5-minute response commitment, delivered on 99%+ of tickets. Every client has a named Client Success Manager for strategic direction, backed by a real help desk team for day-to-day tickets never one person doing both jobs.
Our Silver plan starts at $110 per managed device per month, with a $1,000 monthly minimum. Professional services (network assessments, migrations, deployments, configuration changes) are included on the majority of IT projects a rare model in the MSP world where most providers charge for professional services separately. Ottawa and Montréal support is available in both English and French.
A disaster recovery plan (DRP) is specifically focused on restoring IT systems and data after a disruption. A business continuity plan (BCP) is broader it covers how the entire business keeps operating, including physical premises, staff, customer communication, and finances. The DRP is a subset of the BCP. For most Canadian SMBs, building the DRP first and then wrapping it in a broader BCP is the practical order.
For a typical Canadian SMB (20 to 500 users), a comprehensive DRP costs $5,000 to $25,000 to produce as a one-time engagement, depending on complexity. Ongoing testing, revision, and recovery infrastructure typically add $500 to $5,000 per month depending on the RTO/RPO targets. Businesses on ¶ºÄÌÊÓƵ's Silver, Gold, or Platinum plans have DR planning and monthly testing included as part of the managed IT service no separate line item.
is the maximum acceptable time between a disruption and restored function of a specific system. If your email RTO is 2 hours, your DRP is designed so email is back within 2 hours of a disaster. RTO is a business decision it reflects what your business can tolerate. It drives the technical design that follows.
Recovery Point Objective is the maximum acceptable data loss for a specific system. If your accounting system RPO is 1 hour, your backup strategy must ensure no more than 1 hour of data is lost in a disaster. RPO drives backup frequency an RPO of 15 minutes typically requires continuous replication, while an RPO of 24 hours may be met by nightly .
Minimum: two full tests per year. Best practice: monthly backup restore tests, quarterly partial recovery tests of specific systems, annual full disaster simulations, and twice-yearly tabletop exercises. An untested DRP is not a plan it is a document. Testing is the only way to know the plan will actually work.
Yes, and this is one of the most common misconceptions. Microsoft and Google keep the infrastructure running, but their default agreements do NOT protect you from ransomware, accidental deletion, malicious insider action, or long-term data corruption. You need third-party backup for your Microsoft 365 or Google Workspace data, along with documented recovery procedures. The cloud vendor's promise is availability of the service, not recoverability of your data.
In order of prevalence in Canadian SMB incidents: ransomware, accidental data deletion by staff, hardware failure, power outage, physical disasters (flood, fire, atmospheric river), insider threat (malicious), ISP outage, cloud provider outage. Ransomware is the highest profile but hardware failure and human error cause more total incidents. Design for all three.
At minimum: the business owner or CEO (sets business impact tolerance), department heads (identify critical systems and workflows), the IT provider (designs technical solution), and if applicable your cyber insurance broker and legal counsel. For regulated sectors (healthcare, financial services, legal) include your compliance advisor. The plan itself is written by the IT team but every stakeholder should sign off on the RTO/RPO decisions.
Yes, and for most Canadian SMBs this is the most practical approach. An MSP with DR expertise brings the tools, the process, and the testing discipline that individual internal IT typically cannot sustain. ¶ºÄÌÊÓƵ includes DR planning, backup, and monthly testing as part of our managed IT services on every plan tier.
The main federal law is the Personal Information Protection and Electronic Documents Act (PIPEDA), which requires reasonable safeguards for personal information and mandatory breach notification. Provincial equivalents include Quebec Law 25 (with stricter timelines and higher penalties), Alberta PIPA, and British Columbia PIPA. Sector-specific laws include PHIPA (Ontario healthcare), PHIA (Nova Scotia health), HIA (Alberta health), OSFI Guideline B-13 (federally regulated financial institutions), and provincial law society technology-competence rules. Documented, tested disaster recovery is a common regulatory expectation across all of these frameworks.
The businesses that recover fastest from cyberattacks, hardware failures, and disasters are the businesses that did the planning before anything went wrong. The ones that get destroyed are the ones that planned to plan.
¶ºÄÌÊÓƵ offers a free 30-minute consultation to walk through your current DR posture, identify the highest-priority gaps, and outline what a comprehensive disaster recovery plan would look like for your business. If you already have a plan, we will tell you honestly whether it holds up. If you do not, we will show you what building one looks like.
Contact ¶ºÄÌÊÓƵ to discuss a disaster recovery plan for your business. Call toll-free 1-833-GAM-TECH (1-833-426-8324) or book a free 30-minute consultation at gamtech.ca/book-a-consultation.