Today, resuming operations isn’t enough. True competitiveness depends on how seamlessly an enterprise can withstand, adapt to, and recover from disruption—without compromising business objectives. This evolution marks the shift from recovery to resilience: recovery gets you back up; resilience ensures you never truly fall.
Most enterprises discover the weakness of their disaster recovery only during a crisis. Traditional, reactive recovery creates panic, delays, data inconsistency, and compliance risk. In 2025, resilience has shifted to a prevention-first approach—continuous validation, early detection, built-in compliance, and automated, cross-cloud recovery. The goal is not faster reaction, but predictable continuity without chaos. Datamotive enables this shift by engineering resilience in advance, replacing panic-driven recovery with calm, automated, and consistent outcomes.
In today’s world, it’s super important to keep your business running smoothly, ensuring business continuity and minimizing downtime during disasters. VMware Cloud Disaster Recovery (VCDR) is a great way to do this, but it can be tricky to set up and use. That’s where Datamotive’s EasyHybridDR comes in.
Datamotive has been recognized as a Champion in Info-Tech Research Group’s 2025 Disaster Recovery Orchestration SoftwareReviews Report. The rating is based on strong user feedback and top performance in areas like Ease of Implementation, Vendor Support, and Product Strategy. This recognition highlights Datamotive’s leadership in delivering predictable, automated, and cost-efficient disaster recovery across hybrid and multi-cloud environments. With a unified, agentless platform offering a guaranteed 10-minute SLA for failover and failback, Datamotive continues to help enterprises shift from backup-first to continuity-first strategies. The achievement follows a year of major product advancements in automation, recovery validation, and multi-cloud orchestration.
Failback fatigue is the hidden cost enterprises overlook in disaster recovery planning. As hybrid and multi-cloud adoption grows, challenges like licensing mismatches, data conflicts, and compliance risks make recovery unpredictable and expensive. Learn why traditional DR strategies fail to address failback and how enterprises can reduce downtime, control costs, and achieve predictable recovery outcomes in modern cloud environments.
Backups alone don’t protect enterprises from downtime. The real differentiator is recoverability — the ability to quickly and predictably restore workloads, applications, and compliance. Discover why “good enough” backup is a dangerous myth in today’s hybrid cloud and AI-driven IT landscape, and how forward-looking enterprises are shifting to recovery-first strategies that cut downtime, reduce costs, and safeguard brand trust.
As an IT leader, you're responsible for ensuring business continuity and minimizing downtime. Monitoring key DR metrics is absolutely crucial for achieving these goals. It allows you to identify weaknesses in your plan, measure its performance, and ultimately justify the investment you've made in preparedness.
A key aspect of this responsibility is developing and implementing a disaster recovery (DR) plan that not only restores operations quickly but also adheres to all applicable compliance mandates. This article explores the essential steps IT leaders must take to build a DR strategy that meets both these critical objectives.
As a CIO, you bear the crucial responsibility of ensuring your organization can weather these storms and recover swiftly. This post delves into practical strategies for achieving faster disaster recovery times, minimizing the risk of data loss, and ultimately safeguarding your business's future.
Businesses today depend heavily on IT infrastructure to maintain operations and deliver their services. Unexpected events like natural disasters, cyberattacks, or human error can disrupt these systems, leading to significant downtime and financial losses. To protect themselves, organizations are increasingly using multi-cloud DR strategy for disaster recovery (DR). This means replicating data and applications across multiple cloud environments to keep things running even if one system fails.