List of the Top Software-Defined Storage (SDS) in 2025 - Page 2

Cloud-native technology has become a pivotal component in the design of modern cloud infrastructures, praised for its lightweight characteristics and exceptional portability. It significantly boosts the effectiveness of development and operations (DevOps), allowing for swift service launches and encouraging innovation within businesses. In an effort to accelerate the transition to cloud-native ecosystems while maintaining cost efficiency, QCT has assessed the performance and service quality of both the Red Hat® OpenShift Container Platform and the Kubernetes Platform. The QCT QxStack featuring the Cloud-Native Platform is a powerful Platform as a Service (PaaS) solution that utilizes the Red Hat® OpenShift® Container Platform, enhanced by Intel Enhanced Platform Awareness (EPA) technology. This offering is tailored for production-grade performance and includes a Hyper Converged Infrastructure (HCI) design that supports the simultaneous operation of virtual machines and containers, which promotes effective resource utilization. Additionally, this solution boasts excellent network performance and reliability, ensuring that capital expenditure (CAPEX) and operational expenditure (OPEX) are optimized throughout all stages of new technology implementation. As a result, businesses can strategically position themselves to thrive in a fast-paced market environment, securing a competitive advantage.

The intersection of high-performance computing (HPC) and machine learning is imposing extraordinary demands on storage technologies, given the significantly varying input/output requirements of these two different workloads. This transformation is currently underway, with a recent study by the independent firm Intersect360 indicating that an impressive 63% of HPC users are now incorporating machine learning applications into their systems. Additionally, Hyperion Research anticipates that, if current trends persist, spending on HPC storage by public sector organizations and businesses will grow at a pace 57% quicker than investments in HPC computing over the next three years. In light of these changes, Seymour Cray famously remarked, "Anyone can build a fast CPU; the trick is to build a fast system." In the context of HPC and artificial intelligence, while it may appear simple to create rapid file storage solutions, the real challenge is in designing a storage system that is not only swift but also cost-effective and capable of scaling efficiently. We achieve this by incorporating leading parallel file systems into HPE's parallel storage solutions, ensuring that our approach prioritizes cost efficiency. This methodology not only addresses the immediate needs of users but also strategically positions us for future advancements in the field, allowing us to remain agile in a rapidly evolving technological landscape.

NetApp ONTAP Select offers robust enterprise storage solutions that can be easily deployed on your chosen commodity hardware within your data center. By combining the agility and precise capacity scaling of cloud services with the flexibility, resilience, and proximity of local storage, it fosters a highly effective hybrid environment. This innovative system converts a server’s internal disk drives—whether NVMe, SSD, or HDD—alongside HCI and external array storage, into a flexible and adaptable storage infrastructure, providing numerous advantages similar to dedicated storage systems powered by NetApp® ONTAP® data management software. Users can swiftly initiate storage resources with the efficiency of cloud services, moving from initial setup to active data serving in just minutes. It facilitates seamless data movement and replication, ensuring consistent management across your data fabric. You can dynamically expand capacity and boost performance to meet changing business needs. Moreover, it supports Extreme Edge deployments, making it suitable for mobile or autonomous vehicles, remote industrial environments, and tactical field operations, thus broadening its range of applications. This versatility makes it an optimal choice for organizations aiming to enhance their storage strategy across a variety of operational contexts, ultimately leading to improved efficiency and resource utilization.

The IBM Elastic Storage System (ESS) is a sophisticated solution for software-defined storage, facilitating the implementation of rapid and scalable storage options specifically created for AI and big data use cases. It employs state-of-the-art NVMe storage technology known for its low latency and remarkable performance, in conjunction with the vast 8YB global file system and extensive data services that IBM Spectrum Scale provides. Both the ESS 3200 and ESS 5000 nodes can scale to YB configurations within a cohesive global storage framework that connects edge, core data centers, and even the public cloud. By merging storage demands and eliminating silos across different platforms like Kubernetes and Red Hat OpenShift, IBM ESS not only boosts efficiency but also reduces acquisition expenses and streamlines the management of storage assets. This system is crafted to accommodate a wide array of intensive workloads, ensuring that organizations achieve optimal performance throughout their operations. Additionally, the adaptability and scalability of the IBM ESS position it as an excellent option for enterprises aiming to meet the changing demands of data storage, thereby future-proofing their infrastructure. Ultimately, this empowers businesses to remain competitive in a data-driven landscape.

GlusterFS is a flexible network filesystem tailored for high-performance applications, such as cloud storage and media streaming services. Being both open source and free, it is designed to work seamlessly with standard hardware. This software serves as a scalable, distributed file system that integrates storage resources from multiple servers into a single global namespace. Organizations can easily adjust their storage capacity, performance, and availability as their needs grow, without being locked into a particular vendor, whether they are utilizing on-premises infrastructure, public cloud environments, or hybrid configurations. A variety of industries, including media, healthcare, government, education, web 2.0, and financial services, have successfully implemented GlusterFS within their production workflows. The system can effectively scale to several petabytes and adeptly handle thousands of clients while maintaining POSIX compliance. It runs on standard commodity hardware and is compatible with any on-disk filesystem that permits extended attributes. Additionally, GlusterFS can be accessed through popular protocols such as NFS and SMB, and it boasts vital features like replication, quotas, geo-replication, snapshots, and bitrot detection, all of which contribute to ensuring data integrity and availability. The combination of its versatility and powerful features positions GlusterFS as an appealing option for organizations striving to enhance their data storage solutions. With its ability to adapt to various technological landscapes, GlusterFS continues to be a valuable asset for businesses looking to innovate in their data management strategies.

Red Hat® OpenShift® Data Foundation, previously referred to as Red Hat OpenShift Container Storage, is a versatile software-defined storage solution specifically designed for container environments. Serving as the core platform for data and storage services within Red Hat OpenShift, it allows teams to develop and deploy applications quickly and efficiently across multiple cloud platforms. Developers, even those with limited expertise in storage, can easily provision storage directly through Red Hat OpenShift, maintaining focus on their main interface without any interruptions. This solution supports a variety of data formats, including files, blocks, and objects, meeting the diverse needs of enterprise Kubernetes workloads. Furthermore, our dedicated technical team is on hand to work alongside you in crafting a strategy that meets your specific storage needs for both hybrid and multicloud container environments, ensuring that your infrastructure is fine-tuned for optimal performance and scalability. By leveraging this robust platform, organizations can enhance their operational efficiency and responsiveness in the ever-evolving cloud landscape.

We help our clients achieve remarkable operational efficiency and cost savings for both private and public cloud storage solutions. Our cutting-edge software-defined block storage solution, Lightbits, enables organizations to effortlessly scale their operations, improve IT workflows, and reduce costs, all while harnessing the speed of local flash technology. This innovative solution severs the conventional connection between computing and storage, enabling independent resource allocation that brings the adaptability and effectiveness of cloud computing to on-premises setups. Our technology not only guarantees low latency and outstanding performance but also ensures high availability for distributed databases and cloud-native applications, including SQL, NoSQL, and in-memory systems. As data centers grow, a major challenge persists: applications and services that operate at scale must remain stateful during their migrations within the data center to ensure consistent accessibility and efficiency, even in the face of frequent failures. This level of adaptability is crucial for upholding operational stability and maximizing resource utilization in a constantly changing digital environment. Moreover, our commitment to innovation means we continually refine our solutions to meet the evolving needs of businesses in this dynamic landscape.

Burlywood FlashOS™ introduces an innovative flash storage framework that evaluates application performance at the flash controller level, enhancing SSD capabilities and aligning them with the unique requirements of various applications, thereby delivering significant benefits for users of cloud storage, all-flash arrays, and hyper-converged solutions. This advanced FlashOS™ controller technology lays the groundwork for the next generation of SSDs meticulously crafted for data center environments. As the pioneering software-defined SSD solution, it addresses the challenges posed by contemporary cloud applications. By providing thorough analysis and insights into your storage ecosystem, we equip you with a versatile software business model that allows for effective management of both the supply chain and associated costs. This offering is distinguished as the sole adaptable, application-focused solution for storage needs, accompanied by all-encompassing technical and strategic support throughout its entire lifecycle. In an industry that is constantly changing, traditional storage systems are increasingly inadequate to satisfy the requirements of today's sophisticated cloud applications. Thus, companies must adapt their storage strategies to maintain a competitive edge and enhance their operational efficiency, ensuring they are well-prepared for future advancements.

StoneFly's StoneFusion™ transforms bare-metal servers into an all-encompassing enterprise solution, offering functionalities such as iSCSI SAN, NAS, S3 object storage, or a unified storage appliance, along with integrated ransomware protection, enhanced storage optimization capabilities, and data monitoring services. Furthermore, StoneFusion is compatible with Azure, AWS, and StoneFly cloud environments, ensuring versatility for a range of deployment requirements. This adaptability makes it an ideal choice for businesses looking to streamline their storage solutions while maintaining robust security measures.

VaultFS, developed by Swiss Vault Global, is an innovative data archiving solution designed to provide exceptional durability, scalability, and efficiency for long-term storage needs. By employing advanced erasure coding methods, VaultFS divides data into fragments, adding extra redundant parts and distributing them across various storage locations to ensure that reconstruction is possible even if some fragments are lost or damaged. This approach significantly cuts down on hardware expenses, resulting in lower initial investments and reduced ongoing maintenance costs. Moreover, the peer-to-peer architecture of VaultFS eliminates any single points of failure, and its automated regeneration capabilities allow for rapid recovery of corrupted data, ensuring consistent access. The system is also highly flexible and supports easy scalability, enabling organizations to add additional disks or nodes seamlessly without disrupting their operations. Consequently, VaultFS stands out as a reliable and state-of-the-art choice for businesses seeking advanced data storage solutions that can evolve alongside their needs, ensuring the long-term management of their vital data assets. Organizations can thus focus on their core operations with the confidence that their data is secure and accessible at all times.

StorPool offers a comprehensive managed primary storage platform that enables enterprises to run essential workloads from their own data centers. Our solution simplifies the transformation of standard servers equipped with NVMe SSDs into high-performance storage systems that scale linearly. As an advanced alternative to high-end SANs and All-Flash Arrays (AFA), as well as mid-range SANs, StorPool is ideal for organizations looking to develop either private or public clouds. Our platform stands out for its reliability, agility, speed, and cost-effectiveness compared to other primary storage solutions available on the market. Additionally, it serves as an excellent substitute for outdated storage architectures, including both mid-range and high-end primary arrays. By integrating StorPool into your cloud computing strategy, you can expect outstanding performance, dependability, and an enhanced return on investment. Ultimately, this makes StorPool a game-changer for businesses aiming to modernize their storage infrastructures.

SwiftStack offers a flexible solution for data storage and management, tailored for applications and workflows that depend heavily on data, facilitating easy access to information across both private and public cloud environments. Its on-premises component, SwiftStack Storage, provides a scalable object and file storage system that starts from tens of terabytes and can expand to accommodate hundreds of petabytes. By integrating existing enterprise data into the SwiftStack platform, organizations can improve accessibility for modern cloud-native applications without undergoing a cumbersome storage migration, making effective use of their current tier 1 storage. Additionally, SwiftStack 1space enhances data management by distributing information across multiple clouds, in accordance with policies set by operators, which brings users and applications closer to the data they require. This system establishes a unified addressable namespace, ensuring that the movement of data within the platform is both seamless and transparent to users and applications, thereby improving the efficiency of data access and management. Furthermore, this strategy alleviates the challenges associated with handling data in multi-cloud settings, allowing organizations to concentrate on their primary business functions while enjoying streamlined data operations. The result is a more integrated and user-friendly environment for managing vast amounts of data.

Stratoscale enables IT departments to act as internal cloud service providers, allowing for the instant and effortless acquisition of resources alongside managed open-source solutions, which leads to response times similar to those of public cloud offerings. Their hybrid multi-cloud platform delivers a true infrastructure-as-a-service experience, making it especially advantageous for DevOps methodologies and Infrastructure-as-Code automation practices. By offering a centralized dashboard for the monitoring and scaling of all resources and services, as well as automating the entire lifecycle of open-source technologies, IT teams can devote more time to fostering innovation that meets business requirements and ensuring governance and compliance. While APIs serve as the optimal means for leveraging open-source technologies, the diverse APIs found in various cloud environments introduce additional complexity, which can impede DevOps professionals from reaching their full potential. Stratoscale counters this issue by delivering both Infrastructure-as-a-Service (IaaS) and Database-as-a-Service (DBaaS), which simplifies application management and deployment across multiple platforms. This forward-thinking strategy empowers organizations to fully leverage cloud technologies while enhancing their operational efficiency. Moreover, as businesses increasingly adopt cloud solutions, Stratoscale’s offerings provide the adaptability needed to stay competitive in a rapidly evolving technological landscape.

Acronis Cyber Infrastructure addresses the demands of modern IT by delivering a hyper-converged, multi-tenant infrastructure solution focused on cyber security. This innovative approach not only reduces total cost of ownership (TCO) but also boosts productivity by providing a dependable IT framework that adeptly manages disaster recovery and secures backup information. Designed for smooth compatibility with Acronis Cyber Cloud’s diverse product offerings, Acronis Cyber Infrastructure supports a variety of business models by separating software from hardware and providing flexible licensing options such as pay-as-you-go. It guarantees operational consistency through proactive system monitoring, enabling prompt troubleshooting before problems can impact users or external systems. Coupled with intuitive management and oversight features, this solution effectively addresses data integrity challenges, protecting your assets with Acronis CloudRAID and Acronis Notary, which leverage blockchain technology for data authentication. Furthermore, Acronis Cyber Infrastructure equips organizations to uphold strong cyber defenses and operational efficiency, ensuring tranquility in an ever-evolving digital environment. As such, it stands as a comprehensive solution for businesses seeking to navigate the complexities of today’s technological landscape.

The convergence of major technological progress and market dynamics necessitates a fresh strategy for optimizing high-efficiency input/output operations. As various non-volatile memory (NVM) technologies continue to emerge alongside the exponential growth of media capacities, the increasing adoption of many-core processor architectures is intensifying I/O demands and complicating requirements. Meanwhile, high-value sectors are utilizing analytics and machine learning to further test the boundaries of performance. Traditional file systems are finding it difficult to effectively manage flash storage at scale, while the effectiveness of hard disk drives declines with heightened concurrency levels. In light of these challenges, IME provides steady job performance, boosts computation for large data sets that surpass memory limits, accelerates applications that are I/O-intensive, and offers a dependable, economical, and space-efficient method for handling varying data loads. This innovative approach is critical for addressing the evolving challenges associated with contemporary data processing requirements. Furthermore, adapting to these shifts will allow organizations to remain competitive and efficient in an increasingly data-driven landscape.

The IntelliFlash systems from DDN and Tintri combine high-performance features with affordability to establish a sophisticated intelligent storage framework that adeptly adjusts SSD-to-HDD ratios independently while delivering scalable performance. Their management capabilities are crafted to optimize time usage and provide excellent support for enterprise applications, facilitating the integration of varied workloads with concurrent multiprotocol support for block, file, object storage, and virtual machines, all within a single cohesive platform. Moreover, these systems enhance cost-effectiveness through cutting-edge data reduction technologies, rapid backup solutions, reliable disaster recovery strategies, and robust analytics software that speeds up data insights. These advanced systems also tackle the complexities of unstructured data management effectively with DDN's A³I solution, catering to the heavy demands of data-intensive applications. This architecture not only accommodates unstructured data but also boosts the performance and scalability for structured data types, such as call records, transaction logs, and consumer behavior analytics, ensuring that organizations can adeptly handle a wide array of data. Consequently, companies can realize improved operational efficiency and retain flexibility in their storage strategies, ultimately driving better business outcomes. With the ability to streamline processes and adapt to changing data needs, these storage solutions empower organizations to thrive in a data-driven environment.

Microsoft Azure StorSimple is crafted to meet the needs of applications that emphasize both performance and storage capacity, providing a robust hybrid cloud storage solution specifically designed for businesses. It merges the benefits of traditional physical arrays suitable for data center applications with virtual arrays that are perfect for smaller business environments like branch offices that require network-attached storage (NAS). This flexible infrastructure reduces the necessity for costly on-premises hardware for unique projects or new ventures. Moreover, users can enhance performance by utilizing local storage, allowing them to maintain all volume data locally for faster access. StorSimple also empowers organizations to efficiently manage data growth by automatically archiving inactive primary data from local servers to the cloud, thereby simplifying capacity expansion. In addition, you can eliminate the need for separate backup systems by implementing cloud snapshots, which provide off-site data protection while also negating the need for remote data replication to a secondary data center through cloud storage options. This forward-thinking strategy not only optimizes data management but also significantly improves operational efficiency throughout the organization. By embracing this hybrid approach, businesses can focus on innovation while ensuring their data infrastructure is both scalable and resilient.