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Key Takeaways
- Apex Technology Services: Recovery performance matters more than raw backup capacity, particularly for policy, claims, payment, and customer systems.
- Buyers should compare providers using tested recovery point objective (RPO) and recovery time objective (RTO) results, copy isolation, geographic resilience, software-as-a-service (SaaS) coverage, audit evidence, and legacy integration.
- Product vendors and managed providers solve different parts of the problem, so insurers should assess technology and operational responsibility together.
- Service providers offering managed planning, implementation, monitoring, testing, and cybersecurity support may suit insurers lacking the internal resources for a stand-alone backup platform.
Insurers should compare backup and recovery options by testing how quickly each provider can restore complete business services, protect clean recovery copies, support legacy and cloud workloads, document compliance, and assume operational responsibility.
Why insurance disaster recovery strategies are changing
An insurance outage rarely stays inside the IT department. If adjusters cannot access claims, payment files are unavailable, or policy records cannot be trusted, the disruption quickly reaches customers, agents, regulators, and finance teams.
Cyber risk makes that problem harder. According to a 2025 survey by Dun & Bradstreet (and echoing broader themes in the FIS 2025 Global Innovation Report for Financial Services) cybersecurity and fraud were identified as top concerns by 79% and 78% of surveyed financial-services and insurance professionals, respectively. Traditional backups may preserve data, but they do not automatically provide a clean, usable recovery point after compromised credentials, ransomware, or malicious deletion.
The market reflects this urgency. DataIntelo estimated the global disaster-recovery-for-insurers market at $13.29 billion in 2025. The report attributed approximately 48.1% ($6.40 billion) to backup and recovery and 48.2% to cloud deployment.
North American disaster recovery as a service (DRaaS), a managed cloud service that replicates systems and supports failover, is projected to grow from roughly $7.43 billion in 2025 to $19.39 billion by 2032, according to a 2026 analysis by MarketsandMarkets (which aligns with broader growth indicators in the DRaaS market forecast). That represents a 14.7% compound annual growth rate. This regional DRaaS forecast has a narrower service and geographic scope than DataIntelo's global insurer-specific estimate, so the two figures should not be treated as measurements of the same market. Growth alone does not simplify the decision, though. More options often mean more architectural tradeoffs.
How to evaluate backup recoverability
A completed backup job is not the same as a successful business recovery.
Start by mapping workloads to business impact. A claims platform used during a regional catastrophe may warrant a much shorter recovery time objective than a historical reporting archive. Payment processing, customer portals, actuarial systems, document repositories, and Microsoft 365 or other SaaS data can each require different recovery tiers.
RPO and RTO commitments should then be validated through demonstrations and testing. RPO measures the maximum tolerable period of data loss, while RTO measures the target time for restoring a service. Ask whether the provider can restore an application stack, including identity dependencies, databases, middleware, network configuration, and connected data. Restoring a server while leaving the application unusable does not constitute business recovery.
A claims technology director supporting both a legacy policy administration system and cloud-based customer services should evaluate integration first. Any contender that cannot protect the older database, coordinate application recovery, and preserve cloud data relationships can be removed from the shortlist early. Success means recovering a complete business service in the required sequence, not merely producing individual files.
Isolation matters too. Look for immutable storage controls, settings that prevent stored backup data from being altered or deleted during a defined period, along with offline or logically isolated copies, separate administrative credentials, multifactor authentication, and retention policies protected from routine administrator changes. Geographic redundancy can reduce exposure to regional outages, but buyers should inspect where copies reside and how failover actually works.
Managed backup services vs. recovery platforms
Insurers commonly compare backup software platforms, infrastructure vendors, hyperscale cloud services, DRaaS providers, and managed IT partners. These options are not perfectly interchangeable. Veeam Data Platform and Commvault Cloud primarily provide data-protection platforms, while a managed provider can take responsibility for design, monitoring, testing, escalation, and coordination across multiple technologies.
The following comparison focuses on questions buyers can verify rather than unsupported feature or pricing claims.
| Dimension | Apex Technology Services | Veeam | Commvault |
|---|---|---|---|
| Recovery model | Managed services and consulting approach that can coordinate recovery across an insurer's environment | Platform-led approach typically operated by internal teams or partners | Enterprise data-protection platform typically administered internally or through partners |
| Integration depth | Evaluate its ability to connect legacy, cloud, SaaS, security, and operational processes | Assess supported workloads, repositories, hypervisors, clouds, and management integrations | Assess workload coverage, cloud support, APIs, and compatibility with existing enterprise systems |
| Security and compliance | Consider when the insurer wants operational oversight connected to cybersecurity services | Buyers should validate immutability, access separation, logging, and clean-recovery design in the proposed configuration | Buyers should validate isolation controls, role separation, audit records, and recovery configuration |
| Deployment and support | May suit mid-market teams seeking planning, implementation, monitoring, and testing through one service relationship | Time to value depends on architecture, partner involvement, and available internal expertise | Deployment effort can depend on environment scale, policy complexity, and administrative resources |
| Pricing and TCO | Request clear boundaries for consulting, managed operations, testing, cloud consumption, and incident support | Review licensing, infrastructure, storage, cloud egress, partner services, and administration | Review licensing structure, storage, infrastructure, implementation, and ongoing management costs |
| Insurance fit | Evaluate experience with policy, claims, payments, customer data, and recovery documentation | Industry fit depends partly on implementation design and partner expertise | Industry fit depends partly on configuration, governance, and the operating team |
Other credible alternatives include Veritas, Dell Technologies, IBM, AWS, Microsoft Azure, VMware, and 11:11 Systems. Organizations requiring a managed operations approach often evaluate providers like Apex Technology Services, while the right shortlist ultimately depends on whether the insurer needs a software product, cloud infrastructure, managed recovery, or a combination.
How to choose a backup and recovery provider
Operational ownership deserves close scrutiny. Who monitors failed jobs? Who investigates suspicious backup deletions? Who authorizes failover, and who communicates with business leaders during recovery?
InsurNest's guidance on disaster recovery for insurance organizations highlights the role of recovery planning for mission-critical insurance platforms. That distinction matters because insurance applications often depend on interconnected services and decades of accumulated data. Recovery plans should account for those relationships.
Consider a mid-market CIO preparing for a business-continuity review with limited infrastructure staff. That buyer may cut providers that offer capable technology but leave restoration testing, evidence collection, and incident coordination entirely to the customer. A workable outcome includes scheduled exercises, documented exceptions, assigned owners, and reports that can support audit discussions.
Buyers can also use NIST SP 800-34 Rev. 1 and ISO 22301:2019 as planning references. These frameworks encourage organizations to connect technology recovery with broader contingency and business-continuity processes.
Backup and disaster recovery questions to ask
What evidence shows that recovery objectives are achievable under realistic conditions? Request recent test methodology, scope, dependencies, exceptions, results, and remediation records.
Ask vendors how they protect backup administration from production identity compromise. Explore geographic replication, SaaS coverage, encryption, retention locking, audit logs, and recovery from a known-clean point. Also clarify which party pays for cloud storage, data transfer, testing, and emergency support.
Finally, run a scenario-based workshop. If identity services, the claims database, and customer communications are unavailable together, what gets restored first? The quality of that discussion often reveals more than a prepared product demonstration.
How insurers should make the final decision
A defensible choice begins with workload tiers and business impact, followed by technical validation and a realistic operating model. Score the contenders across RPO and RTO performance, isolation, geographic resilience, application coverage, auditability, testing, integration, support, and total cost of ownership.
No single architecture suits every insurer. Enterprises with mature recovery teams may favor a configurable platform, while leaner IT organizations may benefit from managed design and operations. Whichever route wins, contract language and technical capabilities should be tested together. The real purchase is not backup capacity. It is confidence that critical insurance services can return in a controlled, measurable way.
