Top Backup & DR Companies
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A backup strategy that has never been tested is not a backup strategy - it is a hope. Backup and disaster recovery (DR) is the discipline most organizations acknowledge is important and most consistently underfund until a ransomware attack, hardware failure, or accidental deletion forces the conversation. By then, the cost of recovery almost always dwarfs what prevention would have required.
The backup and DR market has also grown substantially more complex. Between cloud-native backup services, immutable storage for ransomware protection, air-gapped copies, replication to secondary regions, and increasingly stringent compliance requirements around recovery time objectives (RTO) and recovery point objectives (RPO), picking the right partner requires evaluating both technical capability and operational maturity. This guide cuts through the noise.
Backup and Disaster Recovery Companies - By the Numbers
- The global backup and disaster recovery market was valued at approximately $16.5 billion in 2024 and is projected to reach $36 billion by 2030, driven by rising ransomware frequency and regulatory pressure on data protection.
- According to the Veeam Data Protection Trends Report 2025, 76% of organizations experienced at least one ransomware attack in 2024, and 26% of those who paid a ransom were still unable to recover their data.
- The average cost of downtime across industries is estimated at $9,000-$14,000 per minute, according to 2024 ITIC and Gartner research, which means even a 1-hour outage for a mid-size company can cost $540,000 or more in lost productivity, revenue, and recovery expenses.
- Industry best practice recommends the 3-2-1-1-0 backup rule: 3 copies of data, on 2 different media types, 1 copy offsite, 1 copy immutable or air-gapped, and 0 errors verified through automated recovery testing.
- Recovery Time Objectives (RTO) vary widely by business criticality: mission-critical systems often require RTOs of under 15 minutes, while less critical systems may tolerate RTOs of 4-24 hours - all of which must be contractually defined and regularly tested with a qualified DR partner.
- Cloud-based disaster recovery (DRaaS - Disaster Recovery as a Service) is growing at approximately 23% annually as organizations shift from tape-based or on-premise DR to cloud-native replication using platforms like Azure Site Recovery, AWS Elastic Disaster Recovery, and Zerto.
What Backup and Disaster Recovery Companies Do
Backup Assessment and Strategy Design
Before recommending or deploying any solution, reputable backup and DR firms conduct a thorough assessment of your current environment - inventorying all data sources, applications, and systems; mapping existing backup coverage and gaps; documenting current RTO and RPO capabilities versus business requirements; and identifying compliance obligations. This phase produces a business continuity plan (BCP) or DR plan that informs all subsequent decisions.
Cloud and On-Premise Backup Implementation
Implementation partners deploy and configure backup solutions across physical servers, virtual machines (VMware, Hyper-V), SaaS platforms (Microsoft 365, Salesforce, Google Workspace), and cloud workloads (Azure, AWS, GCP). Leading platforms deployed by specialists include Veeam Backup and Replication v12, Rubrik Security Cloud, Cohesity DataProtect, Commvault, and Acronis Cyber Protect Cloud. Many partners also configure Microsoft Azure Backup and Azure Site Recovery directly within customer tenants.
Ransomware-Resilient Backup Architecture
Ransomware protection has become a primary driver of backup modernization projects. Specialists design architectures that include immutable backup repositories (using object lock in AWS S3 or Azure Blob immutability policies), air-gapped copies isolated from network-accessible systems, hardened Linux-based backup servers running in no-interactive-login configurations, and anomaly detection that triggers alerts when backup behavior deviates from baseline - a common early indicator of ransomware activity.
Disaster Recovery as a Service (DRaaS)
DRaaS providers manage the full DR lifecycle - replication, failover orchestration, testing, and failback - typically using cloud infrastructure as the recovery target. Enterprise-grade DRaaS providers can deliver RTOs of under 15 minutes using continuous replication technologies. Key platform options include Zerto (acquired by HPE), VMware Cloud Disaster Recovery, and Azure Site Recovery managed by a partner. SLAs for DRaaS engagements typically specify RTO, RPO, and testing frequency contractually.
Backup Monitoring, Management, and Reporting
Many managed backup providers offer ongoing oversight as a service - monitoring backup job success and failure rates, responding to failed backup alerts, managing retention policy enforcement, producing compliance reports for auditors, and conducting monthly or quarterly recovery testing. For organizations that lack internal IT capacity to manage backup infrastructure, a fully managed backup service eliminates the blind spots that make backup failures invisible until a recovery is actually needed.
Compliance-Focused Data Protection
Healthcare, financial services, legal, and government organizations face specific data protection mandates. HIPAA requires recoverable data within a defined RPO; PCI-DSS requires daily backups of cardholder data; GDPR imposes obligations around data residency, deletion, and breach notification timelines. Compliance-focused backup specialists design and document architectures that satisfy these requirements and produce audit-ready reports demonstrating ongoing compliance posture.
Backup and DR Solution Costs and Pricing
Backup and DR pricing spans a wide range depending on data volumes, recovery SLAs, number of systems protected, and whether a company wants a fully managed service or just implementation support.
- Backup assessment and design engagements: A comprehensive backup and DR assessment for a mid-size organization typically costs $3,000-$12,000 as a one-time project, producing a documented gap analysis, BCP/DR plan, and recommended architecture. Some MSPs include this as part of onboarding for managed backup clients.
- Managed backup services: Fully managed backup services for SMBs commonly range from $500-$3,000 per month depending on the number of servers, total protected data volume, and SLA tier. Per-VM pricing models typically run $50-$150 per VM per month including cloud storage for a 30-day retention window.
- DRaaS pricing: Disaster Recovery as a Service for mission-critical environments is priced based on protected VMs, data volume, and RTO tier. Expect $1,000-$5,000 per month for small DRaaS deployments (10-30 VMs with 15-minute RTO), scaling to $10,000-$30,000+ per month for large enterprise DR environments with sub-5-minute RTOs and full failover orchestration.
- Veeam and similar platform licensing: Veeam Backup and Replication v12 licensing runs approximately $800-$1,600 per socket or $300-$600 per VM annually, depending on edition (Foundation, Advanced, Premium). Partners often bundle licensing with implementation and management for a single monthly fee.
- Cloud storage costs for backup retention: Azure Blob Storage GRS (geo-redundant) costs approximately $0.023 per GB/month for hot tier and $0.001 per GB/month for archive tier. A 10 TB backup repository stored for 90 days on archive tier adds roughly $10-$30/month in storage costs - often a small fraction of total service cost but worth clarifying in any managed backup proposal.
How to Choose a Backup and Disaster Recovery Company
Backup and DR is one of the highest-stakes vendor decisions an organization makes - you will only know if you chose correctly when you actually need to recover. These criteria reduce the risk of a poor selection.
- Require documented RTOs and RPOs in the contract: Any backup or DR company worth engaging will commit to specific recovery time and recovery point objectives in writing. Vague language like "fast recovery" or "minimal data loss" is not enforceable. Insist on hours or minutes, not adjectives.
- Verify vendor certifications for the platforms they deploy: Ask whether engineers hold current Veeam VMCE, Rubrik RCSA, Cohesity CDAS, or equivalent platform certifications. Vendor-certified engineers have demonstrated hands-on knowledge of the specific platforms they are deploying, not just general familiarity.
- Ask how often they perform and document recovery testing: A backup that is never tested is a liability, not an asset. Any managed backup provider should conduct documented recovery tests at a defined frequency - quarterly at minimum for critical systems - and provide you with test reports that confirm successful restores.
- Evaluate ransomware-specific protections: Ask explicitly how the proposed solution handles ransomware scenarios. The answer should include immutable storage, air-gap options, anomaly detection, and a documented incident response process for ransomware events. If the answer is only "we back up daily," the architecture is insufficient for the current threat landscape.
- Assess geographic and compliance fit: If your organization has data residency requirements (GDPR, CCPA, HIPAA), confirm the provider can maintain backups within approved geographic boundaries and demonstrate documented compliance. Ask for sample audit reports from existing clients in your industry.
- Understand the offboarding and data portability process: Before signing, ask what happens to your backup data if you terminate the contract. Data held in proprietary formats or cloud accounts controlled by the vendor creates lock-in risk. Preferred providers store backups in industry-standard formats (VHDX, OVF, native cloud storage) in customer-owned accounts.
Backup and Disaster Recovery - Frequently Asked Questions
What is the difference between backup and disaster recovery?▼
Backup refers to copying data to a secondary location so it can be restored after loss or corruption. Disaster recovery (DR) is broader - it encompasses the processes, systems, and plans required to restore full business operations after a disruptive event, including not just data but infrastructure, applications, and connectivity. A backup answers "can we get our files back?" A disaster recovery plan answers "can we resume operations within our required timeframe?" Organizations need both, but they are not interchangeable. A backup stored on a NAS device in the same building as your servers is not a disaster recovery solution - it offers no protection against fire, flood, or ransomware that simultaneously hits both the primary and backup systems.
How does immutable backup storage protect against ransomware?▼
Immutable backup storage means backup data cannot be modified, overwritten, or deleted for a defined retention period, even by an administrator account. This is enforced at the storage layer using features like AWS S3 Object Lock, Azure Blob Storage immutability policies, or physical media controls. When ransomware compromises a network - including backup servers and admin accounts - immutable storage ensures attackers cannot encrypt or delete your backup copies. The protection relies on strict separation: the storage immutability setting must be configured at the cloud storage account level before an attack occurs, with write-once-read-many (WORM) retention applied. Paired with air-gapped copies (physically or logically disconnected from the production network), immutable storage forms the foundation of ransomware-resilient backup architecture.
What RTO and RPO should we target for our business-critical systems?▼
RTO (Recovery Time Objective) and RPO (Recovery Point Objective) should be driven by a business impact analysis (BIA) that quantifies the cost of downtime and acceptable data loss for each system. For e-commerce and financial transaction systems, RTOs of 15-30 minutes and RPOs of minutes are common requirements. For internal productivity tools, 4-8 hour RTOs and 24-hour RPOs may be acceptable. The critical mistake organizations make is setting aspirational targets without aligning them to the technical architecture and budget required to achieve them - a 15-minute RTO requires continuous replication or near-synchronous mirroring, which costs significantly more than a nightly backup with a 24-hour RTO. Any reputable backup and DR partner will help you build a tiered recovery model that prioritizes spend on the systems where downtime is most costly.
Should I back up Microsoft 365 data (Exchange Online, SharePoint, Teams)?▼
Yes. Microsoft's shared responsibility model makes clear that while Microsoft is responsible for service availability, data protection and recovery responsibility rests with the customer. Microsoft 365 retention policies are not backups - they are compliance tools with limitations on granular item recovery, point-in-time restores, and long-term archival. Common scenarios where M365 backup is critical include accidental or malicious deletion beyond the 93-day recycle bin window, ransomware encryption of SharePoint and OneDrive files, departed employee data recovery after license removal, and legal hold scenarios requiring specific data snapshots. Purpose-built Microsoft 365 backup tools from vendors such as Veeam Backup for Microsoft 365 (now included in Veeam Data Platform v12), Acronis, Backupify, and Dropsuite provide granular restore capabilities that Microsoft's native tools do not.
How often should we test our disaster recovery plan?▼
Industry frameworks including NIST SP 800-34 and ISO 22301 recommend testing DR plans at least annually for all systems and quarterly for critical systems. Most organizations actually test far less frequently due to the operational disruption involved in traditional DR tests. Modern DRaaS platforms and tools like Azure Site Recovery and Zerto support non-disruptive failover testing in isolated sandbox environments, which removes the operational barrier and makes quarterly or even monthly testing feasible without impacting production systems. The most important principle is that untested recovery plans routinely fail when actually needed - documentation rot, configuration drift, and dependency changes accumulate silently between tests. A DR partner who cannot demonstrate recent, documented test results for their managed clients is a significant risk signal.