Most Malaysian businesses only think about disaster recovery as a service as an afterthought… Maybe a potential breach triggered a notification, or there was an actual ransomware attack that locked critical systems. Meanwhile, some other businesses may understand the importance of a continuity plan but get confused with the different models and pricing.
DRaaS pricing is one of the areas where confusion causes real budget waste. The per-VM fee, the per-TB charge, the tiered RTO/RPO model, and the all-in retainer look similar on a vendor slide. However, they produce very different outcomes when you run the maths against your actual environment.
This article breaks down what disaster recovery as a service in Malaysia actually includes, how each pricing model works and which business profile it suits, how managed DRaaS compares against building your own DR infrastructure on total cost, and what the SLA terms in your contract mean for how fast you actually get back online.
What DRaaS Actually Includes (and What It Does Not)
Disaster recovery as a service replicates your data, applications, and IT infrastructure to an off-site cloud environment. When a disruption occurs (ransomware, hardware failure, power outage, natural event), your systems fail over to the replicated environment, so you can continue your day-to-day operations during active recovery.
A well-structured DRaaS engagement includes all of the following. However, many quoted prices include only some of them:
- Data and workload replication: Continuous or scheduled replication to the cloud environment. Replication frequency directly determines your RPO (how much data you could lose).
- Recovery orchestration: Automated processes that sequence failover in the right order. Databases must be consistent before dependent applications restart.
- Runbook documentation: Step-by-step recovery procedures for your specific environment. This is what your team follows during an incident when there is no time to figure things out from scratch.
- DR testing: Scheduled tests that verify the recovery environment actually works. A DRaaS environment that has never been tested is not a recovery plan. It is a hope.
- Failback capability: The process of returning to the primary environment after the incident resolves. Some providers charge separately for this. Check before you sign.
Many quotes cover replication and storage but not orchestration, runbook management, or test cadence. Those gaps have a cost: either in additional fees or in recovery time when an actual incident occurs.
The 4 DRaaS Pricing Models: Which Fits Your Business?
Model 1: Per-VM (Per Virtual Machine)
How it works: Fixed monthly fee per virtual machine protected.
Best for: Small and mid-size businesses wanting transparent, predictable costs directly tied to workload count.
Watch out for: Costs scale linearly. Businesses with many low-criticality VMs can end up paying premium recovery SLAs for workloads that do not need them. Pair with workload tiering to control spend.
Model 2: Per-TB Storage-Based Pricing
How it works: Priced on the volume of data being replicated and stored.
Best for: Businesses with a small number of large-data workloads, for example, manufacturing companies with large CAD libraries or healthcare organisations with imaging data.
Watch out for: Expensive for businesses with high data change rates. Change rate directly affects the volume being actively replicated, not just total storage.
Model 3: Tiered RTO/RPO-Based Pricing
How it works: Price varies based on the recovery speed committed to for each workload. Revenue-critical Tier 1 systems get aggressive RTO/RPO targets at a higher cost; low-priority Tier 3 systems sit in cheaper tiers.
Best for: Businesses that have done the work of classifying their workloads by criticality. The most cost-efficient model when workload classification is done properly.
Watch out for: Requires upfront workload analysis to unlock the cost benefits. Without proper tiering, you may end up applying Tier 1 pricing to systems that only need Tier 3 protection.
Model 4: All-In Retainer
How it works: Fixed monthly or annual fee covering a defined scope: agreed RTO/RPO targets, test cadence, runbook management, and support. Provider takes operational responsibility for the environment.
Best for: Businesses that want predictable costs and full managed service accountability. Common in fully managed backup and disaster recovery services in Malaysia.
Watch out for: Scope must be defined precisely at contract stage. Disputes over what is included are expensive and disruptive during an actual incident.
DRaaS vs In-House DR: The Real Cost Comparison
Building your own secondary DR site involves hardware procurement, co-location or data centre fees, WAN connectivity, replication software licences, and dedicated staff time for runbook maintenance and testing. These costs are front-loaded, ongoing, and do not flex as your recovery requirements change.
Small to mid-size businesses spend RM 47,000 to RM 235,000 annually on disaster recovery. In-house DR for a mid-size organisation with 50 to 200 VMs often runs well above that range once secondary site infrastructure, licensing, and staff time are fully costed. Managed DRaaS for the same scope typically lands between RM 235,000 and RM 705,000 annually for comprehensive coverage, but that includes professional orchestration, tested SLAs, and runbook management that most in-house programmes fail to deliver due to resource constraints.
| Factor | In-House DR | Managed DRaaS |
| Upfront investment | High (hardware, licences, site) | Low (subscription-based) |
| Monthly cost model | Variable (refresh cycles, maintenance) | Predictable (fixed or per-VM/TB) |
| Scalability | Limited by hardware capacity | Scales with subscription |
| Test cadence | Managed internally, often deferred | Included in contract, scheduled |
| Recovery expertise | Dependent on internal team | Provided by managed service team |
| Runbook management | Internal responsibility | Provider-managed and maintained |
Table: In-house Disaster Recovery vs. Managed DRaaS
The more relevant comparison is not absolute cost. It is cost against the business impact of downtime. Every hour offline has a quantifiable cost in lost transactions, regulatory exposure, customer churn, and staff time. A DRaaS arrangement with a committed 1-hour RTO reduces that exposure in a way that an outdated in-house environment does not.
The 3 SLA Terms That Determine Whether Your DR Plan Works
A DRaaS contract is only as valuable as the SLA terms it commits to. These three terms determine whether the service delivers when you need it.
Recovery Time Objective (RTO)
Definition: The maximum acceptable time to restore operations after a disruption. An RTO of 4 hours means systems should be back online within 4 hours of a declared disaster.
Range: Minutes (hot standby) to hours or days (cold recovery). The tighter the RTO, the higher the cost.
What to do: Match your RTO commitment to actual business requirements, not the tightest available. Defaulting to the fastest RTO for all workloads is one of the most common ways businesses overpay for DRaaS.
Recovery Point Objective (RPO)
Definition: How much data loss is acceptable, specifically how old the recovered data can be. An RPO of 1 hour means you could lose up to 1 hour of transactions in a worst case.
Range: Near-zero (continuous replication) to hours (periodic snapshots). Continuous replication costs more.
What to do: For most Malaysian SMEs, an RPO of 1 to 4 hours is an appropriate balance. For regulated financial or healthcare workloads, near-zero RPO may be required to meet Bank Negara RMiT or data governance obligations.
Test Cadence
Definition: How frequently the provider tests that the recovery environment actually works.
Minimum: Annual. Better: quarterly for businesses with frequent infrastructure changes.
What to ask: Are tests included in the subscription or billed separately? Does the test affect the production environment? What are the documented pass/fail criteria? A provider that cannot answer these questions clearly has not thought through its testing programme in much detail.
6 Questions to Ask a DRaaS Provider Before You Sign
- What is included in the quoted price? Ask specifically about orchestration, runbook management, testing, failback, and support during an actual recovery event. Anything not explicitly included is a potential additional cost.
- What are your committed RTO and RPO targets per workload tier? SLA commitments should be per-tier, not blanket. A provider offering a single RTO for all workloads has not done workload classification properly.
- Can I see a sample test report? The format and detail of past test documentation reflects the rigour of the testing programme.
- Who is the escalation contact during a real recovery event, and what is the response SLA? Is there 24/7 coverage?
- What does failback involve? Timeline, cost, and who manages the return to the primary environment.
- Can you provide a reference from a business of similar size and sector in Malaysia? Demonstrates familiarity with local infrastructure, connectivity conditions, and regulatory context.
If you are evaluating DRaaS pricing models in Malaysia and want a structured conversation about which approach fits your workloads and budget, Net Onboard’s AmplifyContinuity services scope disaster recovery as a service in Malaysia against your actual RTO and RPO requirements. Speak to the team to get a proposal grounded in your environment. For broader business continuity planning, Net Onboard’s AmplifyContinuity covers the full range of continuity tools available to Malaysian businesses. Speak to the team today!