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- AI Has Changed the Storage Conversation
- Why Traditional Storage Strategies Fall Short
- Data Readiness Is the First AI Storage Test
- AI Performance Depends on the Right Data in the Right Place
- What Is The Dell AI Data Platform with NVIDIA?
- Which Dell AI Data Platform Offerings Support RAG?
- Why Modularity Matters for AI Data Infrastructure
- Governance and Security Cannot Be Added Later
- The Data Foundation for Dell AI Factory with NVIDIA
- Building a data foundation for scalable AI
- Frequently Asked Questions (FAQs)
AI Has Changed the Storage Conversation
Storage has long been judged by how well it holds, moves, and protects data. AI raises the standard because enterprise data has to support many kinds of workloads without forcing teams to rebuild context each time.
In the eSpeaks episode “The Data Problem That Could Break Your AI,” Vrashank Jain, lead product manager for the Dell AI Data Platform, summed up the challenge plainly: “It’s not a model problem anymore. It’s really data readiness.”
For many organizations, the AI roadblock is not a lack of data. Teams first need a reliable way to find, prepare, govern, and deliver that data in forms AI systems can use. Inspired by the NVIDIA AI Data Platform reference design, AI Data Platforms give that work a clearer structure.
Why Traditional Storage Strategies Fall Short
Conventional storage architectures were designed for predictable enterprise workloads. AI creates a different kind of pressure because data may need to pass through several systems before it becomes useful to a model or application.
Enterprise data is often spread across hybrid environments, and each environment handles data differently. Standalone storage, data lakes, vector databases, and orchestration tools can each solve part of the AI data problem. But when they operate in isolation, the seams between them can create silos, inconsistent pipelines, governance gaps, and operational complexity.
These seams become more visible as AI use cases mature. Training pipelines, retrieval systems, and agentic workflows each depend on different data requirements, from fast access and current indexes to write-back, auditability, and access controls. When those requirements depend on separate toolchains, teams spend more time coordinating systems than advancing the use case.
Pilot projects can hide those weaknesses because small teams can still rely on manual workarounds. At enterprise scale, the same approach breaks down unless the data environment supports repeatable, governed workflows.
Moving GenAI from pilots to production
| Area | Pilot environment | Production environment |
|---|---|---|
| Data sources | Small, controlled dataset | Distributed structure and unstructured data |
| Preparation | Manual or one-time processing | Repeatable ingestion and orchestration |
| Retrieval | Static or limited index | Current search and retrieval across relevant sources |
| Access | Broad project-level access | Role- and policy-based permissions |
| Reliability | Manual monitoring and recovery | Built-in resilience, observability, and recovery processes |
| Scale | One model or use case | Multiple models, RAG applications, or agents |
As organizations move from isolated AI use cases to agentic workflows, the demands on the data layer increase. Agents may retrieve context repeatedly, work across both structured and unstructured sources, use current information, write back to enterprise systems, and operate under different identities and permissions. Their activity also creates operational logs that need to be monitored and governed.
The Dell AI Data Platform can support those requirements through different platform roles: search for grounded retrieval, federated analytics for distributed context, orchestration for repeatable pipelines, and storage engines for scalable file and object data. Governance and cyber-resilience capabilities help control access and protect the data that agents use as those workflows move into production.
Warning signs that an AI storage environment is not production-ready include fragile data pipelines, manual indexing or enrichment, inconsistent data quality across sources, unclear data lineage, access-history gaps, and GPU underutilization caused by slow data delivery.
Traditional Storage vs. AIDP for AI Workloads
Requirement | Traditional storage / adjacent tools | AIDP approach |
| Primary role | Store or manage data in separate systems | Support data across the AI lifecycle |
| Data readiness | Often handled through manual preparation or disconnected tools | Connects storage with preparation, context, and governance |
| Performance | Optimized for predictable workloads | Accounts for throughput, concurrency, data movement, and proximity to compute |
| Governance | Applied across separate systems | Integrated into how data is prepared and used |
| Scale | Can work for pilots or narrow use cases | Supports repeatable workflows for enterprise deployment |
Data Readiness Is the First AI Storage Test
Having data is not the same as having data that is usable for AI. Teams need enough context to understand where information came from, whether it is current, and whether it can be used for the intended use case.
When that context is missing, teams can lose weeks resolving basic questions before a project gains momentum. Strong cataloging and governance foundations help reduce that delay because teams can judge whether data is usable before a project stalls.
For scattered or unlabeled data, the first step is making information discoverable without forcing teams to manually rebuild context. Dell AI Data Platform with NVIDIA supports that work by helping organizations organize, tag, index, govern, and protect data across on-premises, cloud, edge, application, and AI pipeline environments.
AI Performance Depends on the Right Data in the Right Place
AI workload placement should start with the data layer: where the data lives, how sensitive it is, how quickly the workload needs it, and whether moving the data would increase cost, latency, or governance risk.
Jain tied the issue directly to GPU utilization: “GPUs are very fast, but they’re only fast when they’re fed fast.”
When compute waits on data, organizations risk underusing some of the most expensive infrastructure in the AI stack. Performance depends on data location, movement, and proximity to the workload.
| AI workload | Data infrastructure requirement |
| Training | High-throughput access to large data sets |
| Fine-tuning | Curated, governed, domain-specific data with clear lineage |
| Inference | Low-latency retrieval |
| RAG | Indexing, freshness, and access to source content |
| Analytics | Large-scale scans and historical data access |
| Agentic workflows | Write-back, auditability, and access controls |
Workload placement should follow the data. Moving large data sets across cloud, data center, and edge environments can make performance, cost, and governance harder to manage. For sensitive or high-volume data, bringing compute closer to storage may be more effective than moving data repeatedly across environments.
What Is The Dell AI Data Platform with NVIDIA?
The Dell AI Data Platform with NVIDIA is the data layer within Dell AI Factory with NVIDIA. It brings together modular storage, data processing, search, analytics, orchestration, and data protection capabilities to help organizations prepare and use enterprise data for AI.
The platform is designed to make data accessible, usable, governed, and performant across AI workloads, including model training and inference, retrieval-augmented generation (RAG), analytics, and agentic workflows. Its modular approach also allows organizations to add capabilities as requirements change rather than treating the AI data environment as a fixed, standalone stack.
| AIDP pillar | What it means | Relevant Dell offerings | Example workloads |
| Place | Stores and delivers data where AI workloads can access it efficiently | Dell PowerScale and Dell ObjectScale storage engines; Lightning File System for applicable high-performance AI workloads | File-based training data, unstructured content, object data lakes, multimodal datasets |
| Process | Prepares, indexes, searches, enriches, analyzes, and orchestrates enterprise data | Dell Data Processing Engine, Dell Data Search Engine, Dell Data Analytics Engine, and Dell Data Orchestration Engine | RAG, semantic and vector search, data preparation, federated analytics, and batch or streaming pipelines |
| Protect | Helps secure data and maintain resilience across the AI lifecycle | Built-in cyber resiliency and data management services, with Dell Cyber Resilience and Dell PowerProtect capabilities available for applicable AI environments | Sensitive RAG systems, regulated data, recovery, and production AI workloads |
Because the platform is modular and hybrid-ready, organizations can connect AI workloads to the data and infrastructure they already use while adding storage, processing, search, analytics, or orchestration capabilities as requirements grow.
Which Dell AI Data Platform Offerings Support RAG?
RAG workflows can draw on several Dell AI Data Platform storage and data-engine capabilities, depending on where enterprise data resides and how it needs to be prepared, indexed, searched, and retrieved.
| Offering | Role in a RAG workflow |
|---|---|
| Dell PowerScale | Provides high-performance access to file-based and unstructured enterprise content |
| Dell ObjectScale | Provides S3-compatible object storage for large volumes of unstructured and multimodal data |
| MetadataIQ | Helps index and track file-system metadata so relevant or changed content can be identified for downstream processing |
| PowerScale RAG Connector | Connects PowerScale content to RAG workflows and can identify new or modified files that need to be processed |
| Dell Data Search Engine, powered by Elastic | Supports full-text, semantic, vector, and hybrid retrieval for RAG and other AI applications |
| Dell Data Analytics Engine, powered by Starburst | Queries distributed structured data without requiring every source to be copied into a single repository |
| Dell Data Processing Engine, powered by Apache Spark | Cleans, transforms, and enriches data before retrieval or model use |
| Dell Data Orchestration Engine | Coordinates data discovery, preparation, enrichment, and pipelines across AI workflows |
For example, an internal knowledge assistant might need to answer a support question using information that lives in several systems. Product documentation could sit in file storage, while account details and recent case history come from separate business applications.
The Dell AI Data Platform can help prepare that information for retrieval and make the right content available when the assistant needs it. Search can surface relevant unstructured material, while federated analytics can reach structured data that remains in distributed sources. The model then receives context drawn from current enterprise information, with access still governed by the permissions applied to that data.
Why Modularity Matters for AI Data Infrastructure
Few enterprises begin AI modernization with a clean slate. Most need new AI capabilities to work with existing data environments instead of forcing a wholesale rebuild.
Modularity helps different parts of the architecture evolve without creating unnecessary dependency across the whole system. A change in storage, processing, or protection should not create bottlenecks elsewhere.
This is where AIDP can help reduce operational overhead: It gives teams a more coordinated way to manage storage, processing, governance, and protection without rebuilding the data strategy for each new AI workload.
How the Dell AI Data Platform works with existing storage and data environments
The Dell AI Data Platform with NVIDIA can be introduced alongside existing data infrastructure rather than requiring every source to be moved or replaced. Its modular storage and data engines let organizations add capabilities based on the needs of a particular workload.
Federated analytics can reach data across distributed sources, including databases, data lakes, and object stores. PowerScale supports file-based and unstructured data, while ObjectScale provides S3-compatible object storage. Support for open standards such as Apache Iceberg and Delta Lake can also help reduce dependence on proprietary data formats.
This approach supports hybrid environments in which data and AI workloads remain distributed across on-premises, cloud, and edge locations. The exact mix will depend on the existing environment and the requirements of the AI workload.
Open standards also matter as AI architectures evolve. They can make it easier to connect new tools, processing engines, and analytics workflows without tying the data layer too closely to a single proprietary approach. That flexibility becomes more important as organizations move from isolated AI projects to a broader mix of production workloads.
Open and integrated are not opposites. For production AI, enterprises need open tools and standards for flexibility, plus validated infrastructure that reduces the burden of operating AI workloads reliably at scale.
Governance and Security Cannot Be Added Later
AI systems often use sensitive enterprise data, from customer records to intellectual property. As they become more embedded in business workflows, weak governance can create real risk.
Teams need enough visibility to understand how data moves through an AI workflow when something goes wrong.
A RAG system that surfaces relevant documents carries a different risk profile than an agentic workflow that can update records or trigger a business process. As AI systems move from retrieval to action, organizations may need tamper-evident logs, granular limits on what agents can read, write, and execute, and data protection that follows sensitive information through the AI pipeline.
Security and resilience belong inside the AI data architecture, not beside it.
The Data Foundation for Dell AI Factory with NVIDIA
Dell AI Factory with NVIDIA starts with the AI outcomes an enterprise wants to support, then connects the data, infrastructure, software, and services needed to make those outcomes production-ready. Within that broader architecture, Dell AI Data Platform with NVIDIA functions as the data layer that helps ensure data feeding AI workloads is stored where it needs to be, prepared and governed for model use, and protected across its lifecycle.
NVIDIA acceleration supports compute-intensive AI work across training, inference, and retrieval workloads, while Dell’s orchestration layer helps connect those capabilities into validated workflows that enterprise teams can operate and scale.
Building a data foundation for scalable AI
AI has changed the role of enterprise storage. As organizations scale from pilots to production, storage must help teams make data ready, accessible, governed, and protected across the full AI lifecycle. Dell AI Data Platform with NVIDIA gives enterprises a way to approach that challenge as a data-platform decision, not a standalone storage purchase.
The result is a foundation that can support changing AI workloads while fitting into the broader Dell AI Factory with NVIDIA architecture for production AI outcomes.
Frequently Asked Questions (FAQs)
What is Dell AI Data Platform with NVIDIA?
Dell AI Data Platform with NVIDIA is the data layer within Dell AI Factory with NVIDIA. It combines modular storage, data processing, search, analytics, orchestration, and protection capabilities to help organizations make enterprise data usable for AI workloads such as training, inference, RAG, analytics, and agentic workflows.
Can Dell AI Data Platform work with existing storage and data environments?
Dell AI Data Platform can be introduced alongside existing data infrastructure rather than requiring every source to be replaced or consolidated. Its modular architecture supports file and object storage, federated access to distributed data, open standards such as Apache Iceberg and Delta Lake, and hybrid deployment across on-premises, cloud, and edge environments. Compatibility depends on the specific technologies and architecture already in place.
Which Dell AI Data Platform offerings support RAG?
Relevant offerings can include Dell PowerScale and Dell ObjectScale for enterprise content and object data, MetadataIQ and the PowerScale RAG Connector for file metadata and ingestion workflows, Dell Data Search Engine for keyword, semantic, vector, and hybrid retrieval, Dell Data Analytics Engine for querying distributed structured data, Dell Data Processing Engine for data preparation, and Dell Data Orchestration Engine for coordinating data pipelines and AI workflows.
How can organizations build a secure, on-premises knowledge assistant with RAG?
A secure RAG-based knowledge assistant needs governed access to source content, current indexes, clear permissions, and auditability. An AI-ready data platform can support those requirements without forcing sensitive information into unmanaged environments.
What is the best storage for AI workloads?
The best storage for AI workloads is a data foundation that can place, process, protect, and deliver data across the AI lifecycle. Enterprises should evaluate whether storage and data infrastructure can support training, fine-tuning, inference, RAG, analytics, and agentic workflows before comparing capacity, throughput, or cost alone.
Can a knowledge assistant work without sending data to the public cloud?
Yes, depending on the architecture. For sensitive enterprise data, organizations can use a data-locality strategy that keeps information closer to on-premises infrastructure or controlled environments while still supporting retrieval and AI-powered search.
What are the benefits of working with Dell for enterprise AI deployment?
Dell helps organizations approach enterprise AI as an architecture challenge, not a single infrastructure purchase. Dell AI Factory with NVIDIA gives teams a coordinated path for deploying AI use cases with attention to performance, governance, and scale.
Ready to move AI from experimentation to enterprise impact? Explore TechRepublic’s Enterprise Guide to Scalable AI for practical guidance on strategy, data, infrastructure, use cases, and ROI.