Opsio - Cloud and AI Solutions
Disaster Recovery

Disaster Recovery Service Provider

Every minute of downtime costs money — $5,600 per minute on average according to Gartner. Yet most organisations have untested recovery plans, manual failover procedures, and backup strategies that have never been validated under realistic conditions. Opsio designs, implements, and tests disaster recovery solutions that actually work when disaster strikes.

Trusted by 100+ organisations across 6 countries

<15min

RTO Achievable

<1min

RPO Achievable

100%

Test Success Rate

24/7

DR Monitoring

AWS Resilience Hub
Azure Site Recovery
Zerto
Veeam
ISO 22301
SOC 2

Part of Cloud Solutions

What is Disaster Recovery Service Provider?

A disaster recovery service provider is a third-party organisation that designs, deploys, and manages the processes, infrastructure, and tooling required to restore an enterprise's IT systems and data following an unplanned outage, cyberattack, or physical disruption. Core responsibilities typically include recovery time objective and recovery point objective definition and contractual guarantee, automated failover orchestration across geographically separated cloud regions, continuous asynchronous or synchronous replication of critical workloads, regular disaster recovery testing and runbook validation under realistic failure conditions, business continuity planning aligned to frameworks such as ISO 22301 and NIST SP 800-34, and root-cause reporting after every declared incident. Practitioners commonly leverage infrastructure-as-code tooling such as Terraform and AWS CloudFormation to keep recovery environments in a provably consistent state, pair replication with AWS Elastic Disaster Recovery or Azure Site Recovery for near-zero RPO targets, and integrate monitoring stacks including Amazon CloudWatch and Grafana to detect failure events before manual escalation becomes necessary. Pricing for managed DRaaS engagements varies considerably by protected workload size and SLA tier; analyst estimates place mid-market contracts broadly in the range of USD 20,000 to USD 150,000 annually, with per-VM replication costs often cited between USD 25 and USD 100 per month. Leading vendors assessed in this space include Zerto, VMware, Acronis, Veeam, and Druva, alongside hyperscaler-native offerings from AWS and Microsoft Azure. Opsio, an AWS Advanced Tier Services Partner holding AWS Migration Competency and both Microsoft and Google Cloud partnerships, delivers disaster recovery engagements from its ISO 27001-certified Bangalore delivery centre supported by a 24/7 NOC, backed by a 99.9% uptime SLA, with over 50 certified engineers and more than 3,000 projects delivered since 2022 serving mid-market and Nordic enterprise clients.

Protect Your Business With Proven Recovery Capability

Most disaster recovery plans are theoretical — written once, filed away, and never tested under realistic conditions. When disaster actually strikes — a ransomware attack encrypting production databases, a cloud region outage taking down customer-facing services, or a catastrophic hardware failure destroying on-premises infrastructure — organisations discover that their backup strategy has gaps, their failover procedures are outdated, and their recovery takes days instead of hours. The result is extended downtime, data loss, customer impact, and in regulated industries, compliance violations. Opsio's disaster recovery services replace hope with certainty. We design DR architectures using AWS Elastic Disaster Recovery, Azure Site Recovery, Zerto, or Veeam that provide continuous replication with defined recovery time objectives (RTO) and recovery point objectives (RPO). For critical workloads, we implement active-active architectures with sub-minute RPO and near-zero RTO. For cost-sensitive workloads, we design pilot-light or warm-standby configurations that balance recovery speed with infrastructure cost.

Testing is where our approach differs fundamentally. We conduct quarterly DR tests — not tabletop discussions but actual failover exercises that validate recovery of every protected workload. Each test is documented with timing metrics, issues discovered, and improvements implemented. When you need to demonstrate DR capability to auditors, insurance underwriters, or board members, you have concrete evidence that your recovery plan works — not just a document that claims it will. Featured reading from our knowledge base: Why Is Disaster Recovery Important in IT and Cloud Environments?, Why Do Organizations Need Disaster Recovery?, and What Are the Key Goals of a Disaster Recovery Plan?. Related Opsio services: Azure Disaster Recovery as a Service — DRaaS, Cloud Disaster Recovery in India — DRaaS with 1h RTO, Cloud Managed Services Provider, and Cloud Migration Service Provider.

DR Architecture DesignDisaster Recovery
Automated Replication & FailoverDisaster Recovery
Ransomware RecoveryDisaster Recovery
DR Testing & ValidationDisaster Recovery
Business Continuity PlanningDisaster Recovery
AWS Resilience HubDisaster Recovery
Azure Site RecoveryDisaster Recovery
ZertoDisaster Recovery
DR Architecture DesignDisaster Recovery
Automated Replication & FailoverDisaster Recovery
Ransomware RecoveryDisaster Recovery
DR Testing & ValidationDisaster Recovery
Business Continuity PlanningDisaster Recovery
AWS Resilience HubDisaster Recovery
Azure Site RecoveryDisaster Recovery
ZertoDisaster Recovery

Service Deliverables

DR Architecture Design

Design of disaster recovery architectures tailored to your RTO/RPO requirements and budget. Active-active for mission-critical systems, warm standby for important workloads, and pilot-light for cost-optimized recovery. Multi-region and multi-cloud DR strategies for maximum resilience.

Automated Replication & Failover

Implementation of continuous data replication using AWS DRS, Azure Site Recovery, Zerto, or Veeam with automated failover orchestration. Recovery plans that execute with a single click — sequencing server startups, updating DNS, and validating application health automatically.

Ransomware Recovery

Immutable backup strategies with air-gapped copies that cannot be encrypted by ransomware. Recovery procedures specifically designed for ransomware scenarios including clean-room recovery, integrity validation, and forensic-safe evidence preservation before restoration.

DR Testing & Validation

Quarterly failover tests that exercise complete recovery of all protected workloads. Non-disruptive testing in isolated environments that validates recovery without impacting production. Documented results with timing metrics and improvement tracking.

Business Continuity Planning

Business impact analysis identifying critical systems and acceptable downtime thresholds. Business continuity plans covering IT recovery, communication procedures, alternative work arrangements, and regulatory notification requirements.

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