Reading Time: 5 minutesNAS consolidation and storage standardization may sound dry but it's a critical issue for any organization grappling with the modern data landscape.
Let's face it: we're all dealing with a deluge of data. Organizations are drowning in information, often scattered across Window file server silos. This leads to a frightening lack of visibility. IT teams frequently have no clue what they're actually storing, and the fear of deleting anything fuels exponential data growth. Then there’s the ever-present threats of cybersecurity breaches, the complexities of global file synchronization, and the daunting task of keeping up with evolving regulations, and you have a recipe for disaster.
And let's not forget AI. The "garbage in, garbage out" principle has never been more relevant. How can you leverage AI effectively if you can't even get a handle on your unstructured data?
In this blog, we'll explore the pitfalls of multiple file servers, outline the characteristics of effective file services, and explain why the cloud alone isn't the silver bullet. We'll then delve into practical strategies for bridging the cloud gap, including data and NAS consolidation, global file synchronization, enhanced data resilience, and cost reduction.
The Pain Points of Data Dispersal
The numbers are staggering. Statista predicts 394 zettabytes of data by 2028, with enterprise storage needs growing by over 40% annually. This relentless growth is exacerbated by outdated data management practices.
Think about it: multiple file servers lead to version control nightmares, constant storage refreshes, and rampant data replication. You’re creating multiple copies of everything, just to back it all up again. This vulnerability makes you a prime target for ransomware and insider threats, with recovery times for data damage stretching into days or even weeks.
Against this backdrop, data governance becomes a Herculean task. Without centralized control, compliance violations slip through the cracks, and sensitive data can easily leak to unauthorized locations both within file directories and into file servers in other geographic locations. AI further complicates matters, with models demanding access to vast datasets, often leading to even more data replication.
Scaling becomes a costly and inefficient exercise, often resulting in simply adding more storage arrays. Performance suffers as users are increasingly distant from their data, leading to slow access and frustrated employees. And let’s not forget the constant struggle with file synchronization between sites. The result? Data corruption in the form of inconsistent and outdated files.
All of this culminates in exorbitant costs, not just in infrastructure, but in the time spent managing these disparate systems. IT teams — often home to some of the smartest minds in the business — are bogged down in operational tasks, stifling innovation and strategic initiatives.
The Ideal Scenario: Centralized, Standardized Enterprise Data Storage
What if you could break free from this cycle? Imagine a world where file data, regardless of its origin, is housed in a centralized, standardized storage at enterprise scale — object storage in the cloud or on-premises. This would enable fast access for all users and processes, eliminating the need for redundant copies.
This centralized data would be resilient against ransomware and other threats, with rapid recovery capabilities. A unified console would provide complete visibility, and business continuity would be assured, minimizing disruption and downtime.
The Cloud: A Piece of the Puzzle, Not the Whole Picture
While the cloud offers centralized management, seemingly lower costs, and increased flexibility, it's not a standalone solution. Many organizations find cloud storage becomes just another silo. File functionality, such as file locking to prevent users overwriting each other, often disappears, leading to version control chaos. And of course, data remains vulnerable to attacks.
The Rise of Cyberstorage and Hybrid Cloud File Services Platforms
We're now seeing the emergence of cyberstorage, hybrid cloud storage, and distributed or global file systems as mainstream solutions. Cyberstorage integrates security directly into storage devices, protecting against ransomware and data exfiltration. Hybrid cloud storage addresses latency issues by caching frequently accessed data locally, while still leveraging the cloud's scalability.
Distributed file systems are now recognized as the solution as enterprises seek to break down silos and improve performance. These systems, when combined with enterprise-grade reliability, offer a powerful solution for global data management — if they can achieve a level of performance that empowers productivity regardless of distance.
Once, these solutions were disparate systems and tools. Now, they’re consolidated into hybrid cloud file platforms that combine the speed and performance of local storage with the scale and flexibility of cloud storage. And, they bring file power to the table with file services capabilities that help IT teams protect data, detect threats, manage data governance, and rapidly recover on demand.
Panzura CloudFS: A Hybrid Cloud File Platform
This is where Panzura CloudFS steps in. This hybrid cloud file services platform consolidates unstructured, file data into centralized object storage, deduplicates it on the fly, and distributes centralized files to users and processes across the globe. CloudFS makes file operations so fast it enables co-editing or co-authoring for seamless cross-site collaboration, with users working on files as if they were under the same roof.
CloudFS makes data immutable, secures it with military-grade encryption, and even offers cloud mirroring for enhanced availability. It's compatible with all leading object stores both in the cloud and on-premises, giving you the flexibility to choose the unstructured data storage that best suits your needs for security and cost.
NAS Consolidation and Deduplication: The Key to Efficiency
To make the best use of object storage, CloudFS transforms files into objects. To users, they still look and behave like files always have. Behind the scenes, they’re blocks that are compared to every other block in the file system as they’re created, eliminating duplicate data blocks before they ever reach the object store. This granular deduplication, done at just 128kb, squeezes every byte of efficiency from your data, resulting in significant storage savings.
Take a 10MB PowerPoint presentation for example. Siloed Windows file servers would store it and every other similar presentation as a full 10MB. These would all be backed up and then replicated yet again for longer-term backup. By contrast, CloudFS stores the core blocks that comprise that file, then makes new blocks out of data that hasn’t been before. This incremental approach can strip up to 80% out of overall data volumes.
Global File Distribution: Bridging the Distance Gap
The core of the hybrid cloud file platform is a global cloud file system. CloudFS's unique architecture features a hub, spoke, and mesh network, allowing locations to connect directly to each other and to the object store. This eliminates dependencies on syncing to the object store for every file change, enabling near-instantaneous file consistency globally.
Data is held in the object store — the hub. Each location — the spokes — has a Panzura node, a virtual appliance that acts as a local cache for actively used files and maintains a complete copy of the file system's metadata. This ensures that every location has a complete, up to date view of the file system and users always have access to the latest file changes, regardless of when the changes were made and how far away they are from the user who made them.
Ransomware Resilience and Data Protection
CloudFS's immutable data is further bolstered with immutable snapshots that provide a global recovery point objective (RPO) of 60 seconds or less, minimizing data loss in the event of a ransomware attack. Reverting to a clean file is as simple as reverting to a previous snapshot. Individual files or the entire file system can be restored to a precise point in time in just moments, providing rapid recovery without losing data.
Looking Ahead: Embracing the Future of Hybrid Cloud Data Management
The data landscape is evolving rapidly. It’s often said that nobody gets fired for buying more of the storage arrays they’ve always bought but this approach is becoming ever more costly. It’s not just the cost of the storage and data management to consider.
Widening the attack surface increases vulnerability to attack and in an AI-powered world, the cost of lost opportunity mounts rapidly for organizations that struggle to find, consolidate, and securely serve up quality unstructured data for AI models to work with.
The era of fragmented data and siloed storage is fading. By embracing NAS consolidation and a strategic hybrid cloud approach, you're not just solving today's data challenges; you're building a resilient, agile foundation for future innovation. In an AI-driven landscape, the ability to seamlessly access, manage, and secure your unstructured data is no longer a luxury — it's a competitive imperative.
The future belongs to those who adapt. Take control of your unstructured data and build a future where data moves you ahead instead of burying you in complexity.
