How to Migrate Data Protection to the Cloud and Not Regret It

How to Migrate Data Protection to the Cloud and Not Regret It
Getting your Trinity Audio player ready...

Long-standing models for data protection are being scrutinized more than ever before. This is inevitable given the shift to multi-hybrid cloud architectures, distributed working environments, and ever-more pressing cyber threats – all of which shift the threat landscape and create new requirements for protecting access to, and the security of, our critical information assets.

As a key component of this conversation, we see IT Operations evaluating and embracing cloud-based delivery for data protection functionality. In fact, in our recent Trends in Enterprise Data Protection 2023 study, approximately 80% of respondents indicated using the public cloud for data protection in some way, shape or form. Specifically, half of respondents indicated using the public cloud as a storage target, more than 40% indicated using the public cloud as a DR site, and just under 30% indicated that they are hosting backup software in the public cloud.

This 80% figure is of course very large. It was in fact among the figures that surprised me the most coming out of the study; I knew the shift to the cloud was happening, based on conversations with folks in IT Ops and based on my ongoing observations of the market as a whole, I would not have expected it to already be a reality, at least in some fashion, for more than two-thirds of IT shops.

While, these figures speak to the potential benefits of utilizing the cloud for data protection operations, they certainly do not mean that the public cloud is the most appropriate fit for all scenarios. First off, legacy data protection software has a very long tail of adoption. These are solutions that administrators have built careers around, and that migrating away from carries tremendous complexity, cost, and risk. Not to mention, in many cases, backup data is stored in a proprietary format; that is to say, these backup copies can only be read, and therefore recovered, by the data protection software that they were written by. These technologies are typically not entirely ripped out and replaced, meaning that cloud-delivered data protection software is typically introduced incrementally, to protect specific applications or workloads.

There are a few other, specific key tradeoffs for IT Operations to consider, that we will explore over the course of three additional articles. Specifically, we will explore ease of use/IT simplicity, security/cyber resiliency, and cost economics from the standpoint of advantages and tradeoffs when comparing on- and off-premises data protection implementations.

Disclosure: The Futurum Group is a research and advisory firm that engages or has engaged in research, analysis, and advisory services with many technology companies, including those mentioned in this article. The author does not hold any equity positions with any company mentioned in this article.

Analysis and opinions expressed herein are specific to the analyst individually and data and other information that might have been provided for validation, not those of The Futurum Group as a whole.

Other insights from The Futurum Group:

Nutanix .NEXT 2023: A Focus on Multi-Cloud Puts the New in Nutanix

Red Hat Announces GA of RHEL 9.2 and 8.8: A New Era of Hybrid Cloud Computing

VMware Doubles Down on Cross-Cloud Services

SHARE:

Latest Insights:

Brad Shimmin, VP and Practice Lead at The Futurum Group, examines why investors behind NVIDIA and Meta are backing Hammerspace to remove AI data bottlenecks and improve performance at scale.
Looking Beyond the Dashboard: Tableau Bets Big on AI Grounded in Semantic Data to Define Its Next Chapter
Futurum analysts Brad Shimmin and Keith Kirkpatrick cover the latest developments from Tableau Conference, focused on the new AI and data-management enhancements to the visualization platform.
Colleen Kapase, VP at Google Cloud, joins Tiffani Bova to share insights on enhancing partner opportunities and harnessing AI for growth.
Ericsson Introduces Wireless-First Branch Architecture for Agile, Secure Connectivity to Support AI-Driven Enterprise Innovation
The Futurum Group’s Ron Westfall shares his insights on why Ericsson’s new wireless-first architecture and the E400 fulfill key emerging enterprise trends, such as 5G Advanced, IoT proliferation, and increased reliance on wireless-first implementations.

Book a Demo

Thank you, we received your request, a member of our team will be in contact with you.