Shared Storage Users Email List — Companies using Shared Storage in 2026
List of Companies Using Shared Storage in 2026 — 623,844 Verified Customers
A complete intelligence report on the 623,000 organizations worldwide using enterprise shared storage systems from Pure Storage, NetApp, Dell EMC, HPE, and IBM — with verified IT and infrastructure decision-maker contacts at every account.
Shared Storage Users by Revenue Size
Our Shared Storage users list covers companies across all revenue bands — from fast-growing SMBs to Fortune 500 enterprises.
Growing companies adopting Shared Storage for the first time
Established businesses scaling Shared Storage across departments
Complex organisations with multi-entity Shared Storage deployments
Fortune 500 and multinational Shared Storage installations
How to Use the Shared Storage Users List
Four proven channels to reach Shared Storage decision-makers and drive pipeline.
Email Marketing
Send targeted campaigns directly to verified decision-maker inboxes with 97% deliverability.
Cold Calling
Reach prospects via direct dials — bypass gatekeepers and connect with budget holders directly.
Social Media Marketing
Match contacts to LinkedIn and run hyper-targeted account-based advertising campaigns.
Direct Mail
Stand out with physical mail campaigns to verified business addresses of key decision-makers.
Who Can Buy the Shared Storage Users List?
Any B2B organisation targeting companies that run Shared Storage as part of their technology stack.
ISVs / Software Vendors
Sell complementary tools and integrations to existing users
System Integrators (SIs)
Win implementation, customisation and rollout projects
Consulting Firms
Offer advisory, optimisation and migration services
Resellers & Channel Partners
Upsell and cross-sell through established relationships
Training & Certification Providers
Deliver specialist training programmes to user organisations
Competitors
Run competitive displacement and switching campaigns
Recruitment & Staffing Firms
Place certified consultants and specialists
Cloud Migration Vendors
Target on-premise users evaluating cloud upgrades
Data, BI & Analytics Vendors
Sell complementary reporting and analytics tools
Managed Service Providers (MSPs)
Offer ongoing support, maintenance and managed services
What Is Enterprise Shared Storage and Why Do Organizations Deploy It?
Enterprise shared storage refers to centralized data storage infrastructure that allows multiple servers, applications, and users to access the same storage pool simultaneously across a high-speed network. Unlike direct-attached storage that connects a single hard drive to a single server, shared storage systems are built specifically to serve entire data center environments, providing high performance, high availability, and scalable capacity to hundreds or thousands of connected workloads at the same time. In 2026, shared storage is a foundational component of every serious enterprise data center, cloud-adjacent infrastructure deployment, and AI workload environment worldwide.
The enterprise shared storage market is dominated by four major platform categories. Storage Area Networks, commonly called SANs, provide block-level storage over dedicated high-speed Fibre Channel or iSCSI networks, primarily serving database workloads, virtual machine environments, and transactional applications that require deterministic low-latency access to storage data. Network Attached Storage, commonly called NAS, provides file-level storage access over standard Ethernet networks and is widely used for unstructured data including documents, media files, engineering data, and shared team collaboration storage. All-Flash Arrays have replaced traditional spinning disk arrays for performance-sensitive workloads, delivering microsecond latency that was impossible with earlier mechanical storage technologies. Object Storage has emerged as the standard for storing massive volumes of unstructured data including backup repositories, media archives, AI training datasets, and log data in environments where raw capacity and cost per terabyte matter more than access latency.
The organizations deploying enterprise shared storage systems are almost exclusively large or mid-size enterprises with substantial on-premise data center investments or hybrid cloud architectures that combine on-premise storage with public cloud storage tiers. Healthcare organizations storing medical imaging data, financial services firms maintaining trade data archives, manufacturing companies running CAD and simulation workloads, media companies managing petabytes of video content, and technology companies supporting AI model training all rely on enterprise shared storage infrastructure as a non-negotiable foundation of their operations.
The market for enterprise shared storage is experiencing a significant transformation driven by three forces simultaneously. The artificial intelligence infrastructure build-out is creating explosive demand for high-throughput shared storage capable of feeding GPU clusters with training data at the speeds required for large-scale model training programs. The all-flash transition continues as organizations replace aging hybrid and spinning-disk storage arrays with modern all-flash platforms that offer dramatically better performance, smaller physical footprint, and lower power consumption. And the hybrid cloud model is reshaping how organizations think about storage architecture, creating demand for shared storage systems that can seamlessly tier data between on-premise infrastructure and cloud storage services without disrupting application performance or data governance requirements.
Major Enterprise Shared Storage Platforms in 2026
Top 15 Companies Using Enterprise Shared Storage in 2026
These organizations represent the scale, industry diversity, and infrastructure complexity of the enterprise shared storage installed base. Each relies on mission-critical shared storage systems to support business operations, AI workloads, virtual machine environments, database platforms, and the massive data management requirements of running a global enterprise in 2026.
| Company | Industry | Headquarters | Storage Platform | Primary Use Case |
|---|---|---|---|---|
| JPMorgan Chase | Financial Services | New York, NY | Pure Storage, NetApp | Trade data, risk analytics storage |
| Mayo Clinic | Healthcare | Rochester, MN | Pure Storage FlashArray | Medical imaging and EHR storage |
| Boeing | Aerospace Manufacturing | Arlington, VA | Dell EMC, NetApp | CAD engineering data, simulations |
| Warner Bros Discovery | Media and Entertainment | New York, NY | Dell EMC Isilon | Petabyte video content archive |
| Chevron Corporation | Energy | San Ramon, CA | HPE Alletra, NetApp | Seismic data, reservoir simulation |
| Bank of New York Mellon | Asset Management | New York, NY | Pure Storage, IBM | Custody data and compliance archives |
| Stanford University | Higher Education | Stanford, CA | NetApp, Dell EMC | Research data, AI training datasets |
| Volkswagen Group | Automotive | Wolfsburg, Germany | Dell EMC PowerStore | Manufacturing data and VMs |
| Cleveland Clinic | Healthcare | Cleveland, OH | Pure Storage FlashBlade | Genomics and medical AI workloads |
| Deutsche Bank | Banking | Frankfurt, Germany | NetApp ONTAP, IBM | Core banking data and DR |
| Lockheed Martin | Defense | Bethesda, MD | Dell EMC, Pure Storage | Classified data and simulation |
| Nationwide Insurance | Insurance | Columbus, OH | Pure Storage, HPE | Claims data and analytics storage |
| National Grid | Utilities | London, UK | NetApp, Dell EMC | Grid operations and SCADA data |
| Pfizer Inc. | Pharmaceuticals | New York, NY | IBM, NetApp | Drug research and genomics data |
| NTT Data | IT Services | Tokyo, Japan | Pure Storage, Hitachi | Managed storage services for clients |
Industry Breakdown: Who Uses Shared Storage Most in 2026?
Enterprise shared storage is deployed across every data-intensive industry, with particularly high concentrations in sectors where massive datasets, regulatory data retention requirements, real-time transactional performance, and mission-critical availability are simultaneously required. The following breakdown reflects the distribution of shared storage users across industries in the ELP Data verified database of 623,844 organizations worldwide.
Shared Storage Users by Industry — 623,844 Organizations
Financial Services and Banking — 22%
Banks, capital markets firms, insurance companies, and asset managers are among the most demanding shared storage users in any industry. Financial services organizations require the absolute lowest possible storage latency for trading systems, risk analytics, and real-time fraud detection workloads. Financial regulatory requirements mandate 7-plus years of transaction data retention, creating enormous archive storage needs alongside performance-sensitive primary storage. Pure Storage and IBM FlashSystem are particularly dominant in this vertical where microsecond latency and six-nines availability are non-negotiable requirements.
Healthcare and Life Sciences — 20%
Healthcare organizations generate some of the largest and most rapidly growing data volumes in any industry. A single hospital system can produce hundreds of terabytes of DICOM medical imaging data each year, while genomics programs generate petabytes of sequencing data. Electronic health records, clinical trial data, pathology imaging, and radiology archives all require shared storage systems that deliver consistent performance, maintain strict access controls, and provide comprehensive audit trails to satisfy HIPAA compliance requirements.
Manufacturing and Engineering — 18%
Automotive, aerospace, semiconductor, and industrial manufacturers rely on high-capacity shared storage for CAD design files, computational fluid dynamics simulations, finite element analysis models, and the increasingly large machine learning datasets generated by connected manufacturing equipment and digital twin programs. Boeing, Airbus, General Motors, and Samsung are among the largest enterprise storage consumers in the manufacturing sector.
Technology and Cloud Services — 16%
Technology companies, managed service providers, cloud hosting companies, and IT services firms deploy enterprise shared storage as foundational infrastructure for customer-facing services. Organizations in this segment demand storage systems with the highest possible throughput for AI and machine learning workloads, combined with flexible consumption models that allow storage capacity to expand without requiring large upfront capital commitments.
Media and Entertainment — 12%
Studios, broadcasters, streaming platforms, and post-production houses use high-bandwidth shared storage for video editing workflows, visual effects rendering, color grading, and content archive management. The shift to 4K and 8K production formats has multiplied per-project storage requirements dramatically, making high-performance shared storage a critical capital investment for media organizations.
Government and Defense — 12%
Government agencies, defense contractors, intelligence organizations, and military branches deploy enterprise shared storage for geospatial intelligence data processing, satellite imagery archives, and secure collaboration environments. Government storage deployments require data sovereignty, air-gapped network support, and compliance with FedRAMP, DISA STIG, and IL-5 authorization requirements that constrain vendor selection significantly.
Geographic Distribution of Shared Storage Users Worldwide
Enterprise shared storage deployments are concentrated in regions with the largest enterprise data center footprints, highest technology spending per organization, and greatest density of data-intensive industries. North America dominates the installed base, followed by Western Europe and the Asia-Pacific region where enterprise data center investment has grown rapidly over the past decade to support local digital transformation programs.
The United States is overwhelmingly the largest enterprise shared storage market globally, representing nearly half of all enterprise shared storage deployments in the ELP Data database. American financial services, healthcare, technology, and defense sectors drive the highest-value storage purchases, with the concentration of AI computing infrastructure investment in the United States creating a new wave of high-throughput shared storage demand from hyperscaler-adjacent enterprise deployments throughout 2025 and 2026.
The United Kingdom is the second largest enterprise storage market, driven by its concentration of global financial services organizations in London, major NHS healthcare digitization programs, and a growing technology sector that is among the most active enterprise IT investors in Europe. UK organizations are particularly active in purchasing all-flash storage systems to support cloud-adjacent architectures that connect on-premise data centers with AWS, Azure, and Google Cloud workloads.
Germany is the largest enterprise storage market in continental Europe and an important base for Dell EMC, NetApp, and Hitachi storage sales. German manufacturing companies including Volkswagen, Siemens, and BASF maintain among the largest on-premise data center footprints in Europe, generating substantial enterprise storage demand from manufacturing execution systems, CAD engineering platforms, and the industrial IoT sensor data lakes that are becoming standard infrastructure in German industrial organizations.
Japan maintains the second largest enterprise storage market in Asia-Pacific after China, with Hitachi Vantara and NEC providing strong domestic competition to international vendors including Pure Storage, NetApp, and Dell EMC. Japanese financial services organizations, manufacturers, and telecommunications companies are among the most conservative enterprise technology buyers globally, creating a large installed base of mature storage systems that are candidates for technology refresh cycles over the coming three to five years.
Canadian enterprise storage demand is driven by its financial services sector concentrated in Toronto, resource extraction companies in Calgary and Vancouver with large seismic data storage requirements, and a rapidly growing technology sector in Toronto and Vancouver that is investing heavily in AI infrastructure. Canadian healthcare organizations are undertaking major data center modernization programs that include significant shared storage investment to support provincial electronic health record deployment programs across multiple provinces.
The remaining 22 percent of enterprise shared storage users are distributed across Australia, France, Netherlands, Singapore, South Korea, India, Brazil, and the Middle East. India and Singapore in particular are experiencing rapid growth in enterprise storage investment as technology multinationals build major data center presences in both countries and domestic enterprises begin substantial digital infrastructure investment programs to support their own cloud transformation initiatives and AI deployment plans.
Decision-Maker Titles at Shared Storage User Organizations
Enterprise shared storage purchases involve a buying group that spans IT infrastructure leadership, application teams, and increasingly the executive levels of organizations where AI infrastructure investment is being driven from the top down. These are the professionals who evaluate, specify, purchase, and manage shared storage systems at enterprise organizations worldwide. ELP Data provides verified contact data for all of these decision-maker titles at shared storage user companies.
IT Directors and VPs of Infrastructure own the overall data center strategy and are the primary budget holders and final approvers for enterprise storage purchases above the threshold requiring executive sign-off. They define the storage architecture direction, select the vendor evaluation shortlist, and are typically the executive sponsor of major storage refresh or AI infrastructure build-out programs at their organizations.
Storage Architects and Storage Managers are the technical decision-makers who evaluate specific storage platforms, run proof-of-concept programs, write the technical requirements documentation, and provide the technical recommendation that guides final vendor selection. They have deep expertise in storage protocols, data protection techniques, and the performance characteristics of different storage platforms and are highly influential in determining which vendors reach the final shortlist in competitive storage evaluations.
CTOs are increasingly involved in storage purchasing decisions at organizations where AI infrastructure investment has elevated storage from operational infrastructure to strategic capability. When a company is building a significant AI compute infrastructure program, the CTO typically sponsors the storage investment alongside the compute investment, making them a critical target for storage vendors positioning on AI-optimized storage performance for GPU cluster feeding.
Data Center Managers and Directors manage the physical and operational aspects of enterprise data center environments including storage infrastructure deployment, capacity planning, and refresh cycle management. They are budget owners for data center capital expenditure and are active buyers of storage systems during technology refresh programs, data center consolidation projects, and capacity expansion initiatives driven by growth in data volumes and computing requirements.
Database Administrators and Architects are highly influential in storage purchasing decisions because database performance is almost always the primary driver of storage performance requirements. DBAs define the IOPS, throughput, and latency requirements that storage systems must meet, conduct performance testing, and are among the most vocal advocates for storage technology changes when aging storage infrastructure is limiting database performance for business-critical applications running in production environments.
Latest News: What Is Happening in Enterprise Shared Storage in 2026?
The enterprise shared storage market is being fundamentally reshaped by the artificial intelligence infrastructure build-out, vendor platform consolidation, and the rapid acceleration of all-flash adoption across industries that previously relied on hybrid and spinning disk storage systems. Here is what is driving the market right now and what it means for vendors, resellers, and IT leaders evaluating storage investments.
Pure Storage Reports 16 Percent YoY Revenue Growth and Rebrands Around AI Infrastructure
Pure Storage reported 16 percent year-over-year revenue growth in its fiscal year 2025 results and simultaneously unveiled a major rebranding initiative positioning the company as an AI infrastructure provider rather than simply a storage vendor. Pure Storage CEO Charlie Giancarlo announced that AI-driven storage demand is the most significant growth catalyst the company has experienced in its history, with new enterprise customers purchasing Pure Storage specifically to support GPU cluster infrastructure rather than traditional database and virtualization workloads. The company reported its FlashBlade storage platform for AI workloads grew faster than any other product in the Pure Storage portfolio, and announced partnerships with NVIDIA, Microsoft, and Google Cloud to embed Pure Storage as preferred on-premise storage infrastructure in AI deployment reference architectures distributed to enterprise buyers undertaking AI infrastructure build-outs.
NetApp Reports 4.1 Billion Dollar All-Flash ARR and Launches AIDE AI Storage Management Platform
NetApp announced in May 2025 that its all-flash storage portfolio had reached 4.1 billion dollars in annual recurring revenue, crossing a major milestone that confirmed the company successful pivot from hybrid storage toward all-flash and cloud-connected storage solutions. Simultaneously, NetApp launched AIDE, its artificial intelligence-driven storage management platform that uses machine learning to predict storage performance degradation before it impacts applications, automate capacity optimization decisions, and recommend data tiering actions based on actual application access patterns rather than administrator-defined policies. NetApp CEO George Kurian stated that AIDE represented the most significant storage management innovation the company had delivered in over a decade and was expected to dramatically reduce the operational burden on storage teams managing large and complex NetApp ONTAP environments across hybrid cloud architectures.
Dell Technologies Unveils Lightning File System for AI at NVIDIA GTC 2026
Dell Technologies unveiled Lightning, a purpose-built parallel file system for AI training workloads, at NVIDIA GTC 2026 in March. Lightning is specifically engineered to eliminate the storage performance bottleneck that most enterprises encounter when trying to feed large GPU clusters with training data fast enough to keep the GPUs fully utilized during model training runs. Dell demonstrated Lightning delivering over 700 gigabytes per second of sequential read throughput to a 64-GPU NVIDIA DGX SuperPOD cluster in a live benchmark at GTC, a performance level that competing storage solutions were unable to match in the same configuration. Dell also announced that Lightning integrates directly with NVIDIA GPUDirect Storage technology, allowing GPU memory to read data from storage arrays without passing through CPU memory — a critical architectural requirement for the highest-performance AI training environments being deployed by enterprises investing in on-premise AI infrastructure in 2026.
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Key Challenges Facing Shared Storage Users in 2026
Understanding the specific challenges that enterprise shared storage users face is essential for any vendor targeting IT infrastructure buyers. These pain points drive technology refresh decisions, new platform evaluations, and adjacent product purchases that create substantial revenue opportunities for storage vendors, integrators, software companies, and infrastructure service providers serving the enterprise market.
01 — Storage Performance for AI Workloads
The most significant challenge facing enterprise storage teams in 2026 is feeding GPU clusters fast enough to maintain high GPU utilization during AI model training and inference workloads. Traditional storage systems designed for database and virtual machine workloads cannot deliver the sustained sequential throughput that modern AI workloads demand. This challenge is driving urgent storage refresh investments at organizations deploying NVIDIA H100, H200, and B200 GPU clusters who discover that their existing storage infrastructure is the primary bottleneck limiting AI training efficiency and return on their GPU capital investment.
02 — Explosive Data Growth and Capacity Planning
Enterprise data volumes continue growing at 40 to 60 percent annually in most organizations, driven by AI training datasets, unstructured data from connected devices and SaaS applications, regulatory retention requirements, and the increasing digitization of business processes. Storage teams struggle to maintain accurate capacity forecasts and often find themselves in reactive procurement cycles rather than proactive capacity management programs. This challenge creates demand for storage analytics platforms, automated tiering solutions, and as-a-service storage consumption models that can absorb unexpected capacity growth without requiring long procurement cycles.
03 — Ransomware Protection and Data Recovery
Ransomware attacks targeting enterprise storage infrastructure have become dramatically more sophisticated in 2025 and 2026, with attackers specifically targeting backup repositories and snapshot mechanisms to prevent recovery after an attack. Enterprise storage teams are investing heavily in immutable snapshot capabilities, air-gapped backup infrastructure, and storage-level anomaly detection that can identify ransomware encryption activity before it spreads across the entire storage environment. This challenge drives demand for cyber recovery vaults, immutable backup appliances, and storage security scanning tools that monitor for ransomware behavioral signatures at the storage infrastructure layer.
04 — Hybrid Cloud Storage Complexity
Organizations operating hybrid cloud architectures face significant complexity in managing data that spans on-premise storage arrays and public cloud storage services simultaneously. Maintaining data consistency, enforcing data governance policies, managing cloud egress costs, and achieving predictable performance for applications that span on-premise and cloud storage creates operational complexity that many IT teams are under-resourced to manage effectively. This complexity drives demand for hybrid cloud data management platforms, cloud gateway appliances, and professional services engagements that help organizations design and operate coherent hybrid storage architectures.
05 — Technology Refresh Cycle Acceleration
The pace of storage technology innovation has accelerated dramatically with the AI infrastructure build-out, making three-to-five-year-old storage systems feel significantly obsolete relative to the performance and efficiency of current generation all-flash platforms. Organizations face pressure to accelerate storage refresh cycles to capture the energy efficiency, performance density, and AI acceleration capabilities of modern storage platforms, but traditional capex procurement models create long evaluation and approval cycles that delay access to technology that is already delivering measurable business benefits at competing organizations in the same industry.
06 — Storage Skills Gap and Operational Complexity
The pool of experienced storage engineers who understand Fibre Channel SAN architecture, ONTAP data management, and enterprise backup integration is shrinking as older storage administrators retire and newer IT professionals focus their career development on cloud and DevOps technologies rather than traditional infrastructure skills. This skills gap creates operational risk for organizations running complex storage environments and drives demand for managed storage services, as-a-service storage consumption models that simplify operational management, and AI-driven storage management tools that reduce the level of expertise required to maintain enterprise storage infrastructure effectively.
How to Use the Shared Storage Users List to Drive Revenue
The shared storage users list from ELP Data enables six powerful go-to-market strategies for storage vendors, channel partners, cloud providers, cybersecurity companies, and professional services firms targeting enterprise IT infrastructure buyers. Each strategy maps to a specific buyer motivation that is active and measurable among storage user organizations in the current market environment.
Target IT Leaders at Storage User Companies
Build a list of CTO, IT Director, VP Infrastructure, and Storage Architect contacts at organizations currently running shared storage systems from Pure Storage, NetApp, Dell EMC, or HPE. These are the professionals evaluating storage refresh purchases, AI infrastructure investments, and adjacent technology solutions that connect with their storage environment. For any vendor targeting enterprise IT infrastructure, a filtered shared storage users list provides direct access to decision-makers with active budgets and proven propensity to spend on infrastructure technology.
AI Storage Upgrade Campaigns
Target organizations with storage systems more than three years old with messaging about AI-optimized storage performance, GPU cluster feeding throughput benchmarks, and storage bottleneck removal for AI training workloads. Organizations investing in NVIDIA GPU clusters who discover their existing storage cannot feed the GPUs fast enough are in urgent purchasing mode, making storage upgrade messaging particularly effective when paired with benchmark data that quantifies the performance gap between the target organization likely storage generation and your current platform capabilities.
Ransomware and Data Protection Outreach
Storage users are among the highest-value targets for cybersecurity vendors offering ransomware protection, immutable backup, and cyber recovery solutions because storage is both the attack surface and the recovery mechanism in ransomware scenarios. Targeting storage administrators and IT security teams at shared storage user organizations with messaging about immutable snapshots, air-gapped recovery vaults, and storage-level anomaly detection consistently generates high response rates from IT buyers who are actively evaluating data protection improvements after reviewing their current ransomware exposure posture.
Hybrid Cloud Integration Solutions
If your platform provides hybrid cloud storage management, cloud tiering, data mobility between on-premise and cloud storage, or cloud-based storage analytics that connect with on-premise arrays, the shared storage users list gives you direct access to the IT leaders managing exactly these hybrid architectures. Position your solution specifically against the operational complexity of managing data that spans on-premise shared storage and cloud storage simultaneously, addressing the data governance, performance predictability, and cost control challenges that are top-of-mind for hybrid storage operations teams.
Industry-Specific Storage Campaigns
Segment the shared storage users list by industry to run campaigns tailored to healthcare medical imaging storage challenges, financial services latency requirements, media and entertainment high-throughput workflow needs, or manufacturing CAD and simulation data management requirements. Industry-specific storage messaging that demonstrates deep understanding of the data types, compliance requirements, and performance standards of each vertical dramatically outperforms generic storage positioning and positions your solution as the specialist choice for buyers who evaluate vendors based on vertical expertise as much as technology capability.
Competitive Displacement Campaigns
Filter the shared storage users list by incumbent vendor to identify organizations running aging storage systems from specific vendors that are candidates for competitive displacement. Organizations running storage systems more than four years old from vendors who have been acquired, reduced investment in product development, or lost performance leadership to newer platforms are in active evaluation mode for replacement. Competitive displacement campaigns that lead with specific performance benchmarks, total cost of ownership comparisons, and reference customers who made the switch from the target incumbent consistently generate the highest conversion rates in enterprise storage sales motions.
What ELP Data Provides in the Shared Storage Users List
ELP Data delivers one of the most comprehensive and accurately verified enterprise shared storage user contact databases available in the market today. Our shared storage users list is built from thousands of legitimate data sources including technology deployment detection signals from network scanning and certificate analysis, industry conference and certification registration data, professional directory records, job posting analysis that reveals active storage technology deployments, and proprietary research networks that track enterprise storage procurement and deployment signals across organizations worldwide.
Every contact record in our shared storage users list passes through a rigorous multi-stage verification process that includes automated email format validation, domain verification confirming the organization remains active and is the correct employer for the contact, SMTP verification confirming the specific email address accepts incoming messages, and manual review for all IT Director, VP, and C-suite level contacts at enterprise accounts. We maintain a 90 percent or higher email deliverability guarantee across all shared storage user records delivered to clients regardless of geography or industry sector.
Our shared storage database segments users by specific platform and vendor, allowing clients to target Pure Storage users separately from NetApp customers, Dell EMC accounts, HPE deployments, or IBM storage installations. This vendor-level segmentation is critical for competitive displacement campaigns, integration partner programs, and channel partner outreach where the specific storage platform running at the target account determines the relevance of your solution and the messaging strategy required to resonate with the buyer.
Data Fields Included in Every Record
Frequently Asked Questions About the Shared Storage Users List
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Companies Using Shared Storage in 2026
A verified sample of companies using Shared Storage in 2026 from ELP Data's database of 623,844+ confirmed Shared Storage customers. Every record includes direct email, phone, LinkedIn, job title, and firmographics.
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