What is your primary use case for Dell EMC PowerScale (Isilon)?

We are using Dell PowerScale (Isilon) for CCTV storage purposes.

We primarily use Dell PowerScale for storage in our data management operations.

We use the solution to store all our unstructured data.

We are migrating all of the state agencies' data into one environment, onto Dell PowerScale, and doing the cluster environment to have redundancy with backups to restore and move data faster. Some of the agencies were using old equipment and since the change, they have seen a huge uplift in performance related to retrieving data, security, and locking data down.

I use the solution in my company for our customers who are from the media, and as per the vendor, I can say that the tool is scalable for data storage.

Dell PowerScale (Isilon) is mostly used for CCTV and unstructured data storage.

We use the solution to organize the data structure. Some of its applications are geared towards companies in the oil and gas sector. For instance, it supports SIP solutions that conduct scanning and comprehensive Seismographic analysis. Additionally, other customers include broadcast companies with vast historical assets. Essentially, they aim to manage their content libraries efficiently. It primarily focuses on data management and storage solutions.

We use Dell PowerScale for SMB-based storage and NFS-based storage.

I rely on Dell PowerScale to manage and store manufacturing data from NES systems. It is great for handling big data, offers scalability, and ensures data security, simplifying the storage and retrieval of manufacturing information.

We use the product for ETA data storage.

We use the solution for high-performance storage.

We utilize Dell PowerScale for storing files as it is the sole solution that possesses advanced features that meet our customer's needs. Dell PowerScale can be deployed on-prem and in the cloud but I prefer a Hybrid model and primarily use AWS, Azure, and Oracle.

My customers are using the solution in a few areas, such as DFSA and pharma, for their application.

We're using 95% of data for user access and 5% percent for the NFS mount point. We're a startup and customer of Dell.

We use this solution to manage large data sets. It makes it easy for us to consolidate data storage and multiple applications into a single platform for easier manageability. It means we only need to manage a minimal number of clusters. The solution is very flexible in supporting various data workloads while keeping them protected. It scales well with different performance node types. In terms of data protection, it replicates easily with the replication features of sync IQ. We have multiple clusters across two data centers and have two two main teams; our enterprise storage services, and our HPC who recently purchased a bunch of capacity from Iceland. When it comes to Powerscale Cybersecurity and ransomware protection, we use a third party solution called Superna. It is still important to us that Powerscale helps secure our data from cyber attacks. An attack can happen very quickly and be very damaging. Large data sets are difficult to protect, replicate and recover.

PowerScale (formerly Isilon) is effectively a giant NAS. We have two clusters, one for production workloads and one for Disaster Recovery and Business Continuity purposes. These clusters are installed in separate data-centers, physically located in two different places in the country. Both clusters were deployed at the same time when we first adopted the solution, and we have been growing them at an almost equal rate ever since. Our production cluster is attached to our High-Performance Computing (HPC) environment, and this was the primary use case in the beginning: to provide scale-out storage for the Bioinformatics team, who do omics analysis on plant and seafood organisms that we do scientific research on. As time went on, we expanded our use of the platform for other user groups in the organization. Eventually, PowerScale became the de-facto solution for anything related to unstructured data or file-based storage. Today, we also use the platform to host users’ home directories, large media files, and really any kind of data that doesn't really fit anywhere else, such as in a SharePoint library or a structured database. Nowadays, almost everyone in the organisation is a direct or indirect user of the platform. The bulk of the storage, however, continues to be consumed by our HPC environment, and Bioinformaticians continue to be our largest users. But we also have data scientists, system modellers, chemists, and machine-learning engineers, to name a few. Our company has multiple sites throughout the country and overseas, with the two primary data-centers supporting our Head Office and most of the smaller sites. Some of these sites, however, have a need for local storage, so our DR/BCP PowerScale cluster receives replicated data from both our production cluster as well as these other file servers.

Our primary use case is unstructured file storage. It is pretty simplistic and architected in a very simple way. The product centralizes all of our subsurface digital data. It also includes normal PDFs and Word documentation that we have.

We are a nonprofit biomedical research institute. Our focus is primarily on genomics, translating discoveries in the field of genomics into treatments for patients. It is central to our data storage of scientific data. We sequence the human genomes of folks with different diseases, primarily cancer but also other disorders, e.g., rare childhood disorders and people with mitochondrial diseases as well as neurological diseases. When you do this, it generates a lot of data. Each time that you run a whole genome sequence, you generate anywhere from four to eight terabytes of data per RAM. For example, if you are looking at 1,000 patients, that is anywhere from four to eight petabytes. Currently, we have about seven petabytes of storage being used for storing these genomes, which is a fair amount. It is an on-prem, scale-out storage. Their nodes are linked together through a back-end interconnect. We are running current versions of software on the node. It has versions now. The nomenclature is sometimes not the easiest to follow, because they still like to rebrand things.

We are using it for storage of video files, with casual access to them. We needed as much storage as we could get for the best price. If you are looking for a hybrid type of situation, when you want low latency for transactional things, and higher-latency storage for archival things, you can get the hybrid nodes. Each of our two clusters has the same disk sizes, etc. We did that for interchangeability, in case we wanted to move shelves between the clusters. They act independently, but they replicate between the two. We love the system. That's why we continue to upgrade and buy it.

We are using Dell EMC PowerScale as a central storage for our virtual HPC infrastructure based on VMware. We have several silos today, as our HPC infrastructure is typically divided between bare-metal and virtual configurations. The storage that we use on various infrastructures is different, as we are typically using a storage style that is different from any production facility. Until now the request from our internal users was to keep the data separated in different storage silos, and converging in central storage facility while on the virtual HPC is the new request. Therefore, we are experimenting how it works. We have five nodes of F200s.

We’re the world-leaders in webcam technology, content, and services. We do high-resolution imaging from cameras. We have millions of camera images a month coming into our network from our systems in the field. We store all of that image data, and then we edit those images into time-lapse movies.

We use it for storage in a scale-out data processing system. It is a physical storage platform. We have several different nodes that all act as one large storage cluster.

* Research data * Departmental file shares * Data centre storage: NFS We have two data centres in our university. We have Cisco UCS, Pure Storage, and are heavily virtualised with VMware. PowerScale is our unstructured data storage platform. It provides scaled-out storage and our high-level NFS across applications. It also provides all the storage for our researchers and business areas, as well as students, on the network. With the exception of block workloads, which is primarily VMware, Oracle Databases, etc., everything else it is on PowerScale. It definitely has allowed us to consolidate the ease of management.

We used it originally for archiving our video storage, and then we expanded it to include user shares. All of our unstructured data has been moved to PowerScale.

The solution is primarily used by companies with extremely large file systems to manage. They typically have one or two petabytes of files and usually a lot of videos as well.