Best Storage Management Software for Amazon Web Services (AWS)

Enhance the efficiency of your databases and virtual environments by utilizing Foglight® to move past mere performance tracking. This tool enables you to swiftly pinpoint and address performance challenges across physical, virtual, and cloud settings. Seamlessly integrating with your current systems, Foglight allows you to monitor and analyze data from virtually any source, all accessible through a unified interface. Additionally, our customizable dashboards empower you to focus on the most critical aspects of your organization and visualize data in ways that align with your business needs, providing essential database insights while increasing overall productivity. With Foglight, you can proactively identify, oversee, manage, and resolve performance issues before they disrupt your operations, ensuring a smoother workflow. Ultimately, adopting Foglight can lead to significant improvements in both performance management and operational efficiency.

WEKA is an advanced data platform that delivers exceptional performance, scalability, and efficiency for AI, machine learning, and high-performance computing applications. By breaking down data silos, WEKA enables seamless integration across cloud and on-premise environments, allowing businesses to manage and analyze vast data sets effortlessly. The platform supports a variety of use cases, including HPC, AI inferencing, and generative AI, with robust infrastructure that accelerates model training and optimizes performance at scale. Additionally, WEKA emphasizes sustainability by reducing energy usage, offering a future-ready solution for data-driven innovation.

IBM Spectrum Virtualize™ and IBM Spectrum Virtualize™ for Public Cloud enable seamless mirroring between on-premises and cloud data centers, as well as between different cloud data centers. You can effortlessly transfer data between on-premises facilities and public cloud environments or across various public cloud platforms. This solution provides a uniform approach to data management, ensuring consistency across on-premises storage and public cloud resources. By integrating with existing on-premises software, you can replicate or migrate data from a vast array of over 500 supported storage systems, allowing you to enhance your hybrid cloud capabilities without incurring significant new expenses. With a flexible monthly pricing model, you only pay for the storage capacity you utilize in the public cloud. Additionally, you can implement effective disaster recovery strategies that span both on-premises and public cloud data centers. Furthermore, the solution facilitates cloud-based DevOps by simplifying the replication of data from local sources, streamlining development and operational processes. This integrated approach not only enhances efficiency but also supports innovation in data management practices.

Lucidity serves as a versatile multi-cloud storage management solution, adept at dynamically adjusting block storage across major platforms like AWS, Azure, and Google Cloud while ensuring zero downtime, which can lead to savings of up to 70% on storage expenses. This innovative platform automates the process of resizing storage volumes in response to real-time data demands, maintaining optimal disk usage levels between 75-80%. Additionally, Lucidity is designed to function independently of specific applications, integrating effortlessly into existing systems without necessitating code alterations or manual provisioning. The AutoScaler feature of Lucidity, accessible via the AWS Marketplace, provides businesses with an automated method to manage live EBS volumes, allowing for expansion or reduction based on workload requirements, all without any interruptions. By enhancing operational efficiency, Lucidity empowers IT and DevOps teams to recover countless hours of work, which can then be redirected towards more impactful projects that foster innovation and improve overall effectiveness. This capability ultimately positions enterprises to better adapt to changing storage needs and optimize resource utilization.