Commvault Boosts Multi-Cloud Data Resilience with Expanded Azure Recovery

Commvault has announced a significant expansion of its Cloud Rewind service, tripling its coverage to include 62% of relevant Microsoft Azure resource types. This enhancement, made public on August 18, 2026, is designed to drastically cut down the time enterprises spend recovering cloud applications and their underlying infrastructure following disruptions such as cyberattacks or outages. The Cloud Rewind service, which leverages technology from the acquired Appranix Inc., focuses on continuously discovering cloud resources, mapping their dependencies, and orchestrating the rebuild of applications, infrastructure, and configurations. Key new features include Protection Groups, which unify application data and cloud configuration into a single air-gapped recovery workflow, and policy-based protection, enabling automatic enrollment of newly discovered resources across multiple clouds based on tags, regions, and types. This development is profoundly important for cloud architects, SREs, and DevOps teams navigating the complexities of multi-cloud environments. The ability to automatically protect a wider array of Azure configurations and manage this protection through a unified workflow across multiple clouds directly tackles the challenges of manual, error-prone recovery processes. For organizations running critical applications across hybrid or multi-cloud setups, this translates into significantly improved Recovery Time Objectives (RTOs) and enhanced resilience against both accidental data loss and malicious attacks. It empowers practitioners to transition from reactive, labor-intensive recovery efforts to proactive, automated resilience strategies, thereby safeguarding application availability and data integrity more effectively. The expansion of Commvault's Cloud Rewind service is a timely response to the broader industry movement towards sophisticated multi-cloud management and resilience. As enterprises increasingly adopt multi-cloud strategies to mitigate vendor lock-in, enhance reliability, and optimize costs, the challenge of maintaining consistent data protection and disaster recovery across disparate cloud providers becomes paramount. The growing market for multi-cloud management solutions underscores the critical need for tools that can unify operations, governance, and security across these complex landscapes. Furthermore, with the increasing adoption of AI workloads, organizations are re-evaluating their infrastructure strategies, often opting for hybrid approaches that necessitate robust, flexible protection mechanisms across diverse environments. Commvault's move is a direct answer to the demand for more automated and comprehensive solutions capable of managing the intricate dependencies of modern, distributed cloud-native applications. In practice, practitioners should seize this opportunity to critically assess and potentially overhaul their existing multi-cloud disaster recovery frameworks. The introduction of Protection Groups and policy-based enrollment means that cloud architects and SREs can now define recovery policies that seamlessly span various cloud services, ensuring that even newly provisioned resources are automatically incorporated into backup and recovery plans. This significantly reduces the risk of unprotected assets and simplifies compliance efforts. Organizations should thoroughly investigate how Cloud Rewind's expanded Azure coverage integrates with their broader multi-cloud footprint and consider its potential to streamline both recovery simulations and actual incident response. While the immediate focus is on Azure, the inherent multi-cloud workflow capability signals a strategic shift towards comprehensive, vendor-agnostic resilience. The ultimate goal for practitioners is to leverage such advanced tools to evolve beyond fragmented cloud protection towards a unified, automated approach that can effectively counter the escalating sophistication of cyber threats and the inherent complexities of contemporary multi-cloud architectures.