Commvault Boosts Multi-Cloud Resiliency with Expanded Azure Cloud Rewind Capabilities

Commvault has announced a significant expansion of its Cloud Rewind service, tripling its coverage for Microsoft Azure resources. This update is designed to enhance the protection and recovery capabilities for enterprises operating in multi-cloud environments, specifically targeting the configuration data of cloud applications rather than just the application data itself. The expanded service now covers 62% of Azure resource types deemed relevant for enterprise deployments. Alongside this, Commvault is introducing 'Protection Groups' to unify application data and cloud configuration into a single, air-gapped recovery workflow, and policy-based protection that automatically enrolls newly discovered resources across multiple clouds based on tags, regions, and types. This development is particularly significant for DevOps and cloud engineers who are constantly challenged with maintaining application uptime and data integrity across complex, distributed infrastructures. The ability to rapidly reconstruct cloud applications, including their intricate configurations and dependencies, is paramount in an era of increasing cyber threats and operational incidents. Traditional recovery methods, often manual, are notoriously slow; a recent survey cited by Commvault indicated that 57% of Chief Information Security Officers took over 4.5 days to fully recover from an attack or incident, with none restoring operations within a single day. This expansion directly addresses that pain point, offering a more automated and integrated approach to disaster recovery and business continuity. The context for this announcement lies in the accelerating trend towards multi-cloud and hybrid cloud adoption, where organizations leverage services from multiple providers to optimize for cost, performance, and resilience. As applications become more distributed and interconnected across various cloud platforms, the complexity of managing and protecting these environments escalates. The demand for robust, unified data protection and recovery solutions that can span diverse cloud ecosystems is higher than ever. This move by Commvault reflects a broader industry push towards more intelligent, automated, and comprehensive resiliency strategies that can cope with the inherent complexities of modern cloud architectures. In practice, this means that cloud practitioners should re-evaluate their current multi-cloud disaster recovery strategies. The introduction of unified protection groups and policy-based enrollment suggests a shift towards more proactive and less reactive recovery postures. Teams should explore how such integrated solutions can reduce their mean time to recovery (MTTR) and improve their overall resilience against outages and cyberattacks. Furthermore, the focus on configuration data highlights the importance of protecting the entire application stack, not just the data volumes. Practitioners should consider adopting platforms that offer continuous discovery of cloud resources and dependency mapping, enabling them to simulate recoveries and ensure that their applications can be rebuilt reliably and quickly across their multi-cloud footprint.