DEV Community: Redington Limited

Smart Cities Are Generating Massive Amounts of Data. Can Their Infrastructure Keep Up?

Redington Limited — Mon, 31 Aug 2026 12:50:53 +0000

A traffic camera records an incident. A utility sensor detects an anomaly. A connected vehicle sends location data. A citizen submits a service request.

Now multiply that by thousands—or millions—of devices operating across a city every day.

That is the reality of a modern smart city.

Cities are becoming increasingly connected, but all those connected systems create a challenge that isn't always visible to citizens: where does all that data go, and can the infrastructure process and protect it fast enough?

From intelligent traffic management and public safety to smart utilities, environmental monitoring, and digital citizen services, modern urban operations depend on infrastructure that can handle huge volumes of data without becoming difficult to manage.

This is where hybrid cloud infrastructure is becoming increasingly important.

Smart Cities Are Really Data Platforms

A smart city isn't just a collection of connected devices.

It is essentially a massive data ecosystem.

Traffic signals generate operational data. Surveillance systems produce video. Utility meters continuously report consumption. Environmental sensors monitor air quality and weather conditions. GIS platforms maintain geographic information, while citizen-facing applications generate another constant stream of digital activity.

All of this information needs to be stored, processed, analysed, and protected.

And increasingly, cities want to use that data in real time.

For example, AI can analyse traffic patterns to improve congestion management, identify potential incidents from surveillance feeds, predict infrastructure maintenance requirements, or help optimise energy and water consumption.

But none of that works particularly well if the underlying infrastructure can't keep up.

Why Hybrid Cloud Makes Sense for Smart Cities

A city doesn't necessarily need to put every workload in the public cloud.

Critical municipal applications and sensitive operational data may need to remain within infrastructure that the city directly controls, while cloud resources can provide additional scalability for analytics, collaboration, and digital services.

That's where hybrid cloud comes in.

A hybrid architecture combines private or on-premises infrastructure with public cloud resources, allowing municipalities to decide where different workloads should run based on factors such as performance, security, data requirements, and scalability.

It also means cities don't have to replace everything they already have.

They can modernise existing infrastructure gradually while introducing new cloud-native services where they make the most sense.

Storage Is the Part of the Architecture You Can't Ignore

Compute gets a lot of attention when people talk about smart cities.

Storage should get just as much.

Every connected device generates data, and that data needs somewhere to live.

A modern smart city may need to store everything from databases and application data to surveillance footage, IoT information, analytics datasets, and long-term archives.

That means storage needs to provide more than capacity. It needs to deliver:

High-performance data access
Scalability as data volumes increase
High availability for critical services
Cyber resilience
Simplified management
Support for long-term data retention

If storage becomes a bottleneck, the impact can extend far beyond the IT department.

It can affect the city's ability to deliver services in real time.

Where Dell PowerStore Fits

This is where enterprise storage platforms such as Dell PowerStore can become part of the smart city infrastructure stack.

PowerStore provides enterprise storage designed to support workloads such as databases, virtualisation, analytics, IoT applications, and other mission-critical services from a unified platform.

For a municipality managing hundreds of applications and continuously growing data volumes, the ability to scale storage while keeping management relatively simple becomes increasingly important.

Instead of adding completely separate infrastructure every time a new workload appears, cities can build around a storage platform designed to support multiple enterprise workloads.

A Smart City Needs More Than One Type of Storage

There isn't one type of data in a smart city, so there doesn't necessarily need to be one storage technology for everything.

A broader infrastructure architecture could look something like this:

Dell PowerEdge → Compute
Dell PowerStore → Enterprise block storage
Dell PowerScale → Surveillance and unstructured data
Dell ObjectScale → Archives, analytics, and data lakes

This gives municipalities the flexibility to match different workloads with the infrastructure best suited to them.

The environment can also integrate with platforms such as VMware, Kubernetes, and Red Hat OpenShift, allowing traditional municipal applications to operate alongside newer cloud-native workloads.

AI Changes the Infrastructure Equation

AI is becoming one of the most interesting applications for smart city data.

Cities can use AI to analyse traffic patterns, identify potential public safety incidents, predict infrastructure failures, monitor environmental conditions, optimise waste collection, and improve emergency response.

But AI is only as useful as the data behind it.

These applications need fast access to large amounts of information, often generated continuously by devices across the city.

This is why the combination of compute, storage, networking, and data management becomes so important.

A city may have sophisticated AI models, but if the infrastructure feeding those models is slow, fragmented, or difficult to scale, the benefits are limited.

Don't Forget the Edge

There is another piece of the smart city puzzle: edge computing.

Some decisions simply can't wait for data to travel back to a centralised data center.

Consider a connected intersection or an emergency response system. If an application needs to react within seconds, processing information closer to where it is generated can reduce latency and improve responsiveness.

Edge computing allows cities to process data closer to cameras, sensors, vehicles, intersections, and other endpoints.

Hybrid cloud then provides a way to connect those distributed environments with centralised infrastructure and cloud services.

The result is a more flexible architecture where some workloads can run at the edge while others are processed centrally or in the cloud.

Security and Resilience Matter Just as Much

Smart city infrastructure doesn't just manage interesting datasets.

It supports essential public services.

Transportation systems, utilities, emergency response platforms, government applications, and citizen services all depend on infrastructure being available when people need it.

That makes cyber resilience and disaster recovery critical parts of the architecture.

Modern infrastructure needs to account for backup, replication, recovery, and protection against cyber incidents so that cities can restore services as quickly as possible when something goes wrong.

For municipal IT teams, resilience isn't simply a technical requirement. It directly affects the reliability of public services.

Building the Digital Infrastructure Behind Smarter Cities

The idea of a smart city often focuses on what citizens can see: connected traffic lights, digital services, smart parking, cleaner utilities, or faster emergency response.

But behind every one of those services is an infrastructure layer quietly processing enormous amounts of data.

Hybrid cloud gives cities a way to combine on-premises control with cloud scalability. Edge computing brings processing closer to where data is generated. AI turns that data into actionable insights.

And enterprise storage provides the foundation that allows all of those pieces to work together.

Dell PowerStore can play an important role in that foundation by providing scalable, high-performance storage for the applications and data powering intelligent urban operations.

The goal isn't simply to build a city with more connected devices.

It's to build a city where all that connectivity actually translates into faster decisions, better services, stronger resilience, and a better experience for the people living in it.

That's what makes the infrastructure behind a smart city just as important as the technology citizens see on the surface.

Can Enterprise Storage Keep Up With DevOps?

Redington Limited — Mon, 31 Aug 2026 12:15:57 +0000

The fastest CI/CD pipeline in the world doesn't help much if your application is still waiting for someone to provision its storage.

Modern infrastructure teams have automated much of application delivery. Code moves through CI/CD pipelines, containers are managed through Kubernetes, and infrastructure resources can increasingly be provisioned through APIs and automation tools.

Yet storage can still remain a manual step.

That might not seem like a problem when you're managing a few applications, but at enterprise scale, repeated provisioning, configuration, and capacity requests can quickly become an operational bottleneck.

So the question is simple:

Can enterprise storage become part of the same automated workflow as the rest of the infrastructure?

With Dell PowerStore Elite, it can.

Why Storage Needs to Be Part of the Automation Strategy

Consider a typical application deployment. A developer commits code, the CI/CD pipeline builds and tests it, infrastructure is provisioned, and the application is deployed.

Now imagine the application needs additional storage, but provisioning it requires a separate manual request.

The rest of the process may be automated, but storage becomes the point where everything stops and waits.

This is why storage automation matters. The goal isn't simply to eliminate a few manual steps; it is to make storage another infrastructure resource that can be managed through the same automated processes used elsewhere.

Using REST APIs to Automate Storage

Dell PowerStore Elite provides REST API support, allowing infrastructure teams to interact with storage resources programmatically.

This means storage operations can be incorporated into scripts, orchestration workflows, automation platforms, and internal infrastructure tools instead of always requiring manual intervention.

A simplified automated workflow could look like:

Code → CI/CD → Infrastructure Automation → Storage Provisioning → Application Deployment

The exact implementation will depend on the organization's architecture and tooling, but the important idea is that storage no longer has to sit outside the automation process.

VMware and Kubernetes Integration

Enterprise environments often combine traditional virtualization with cloud-native technologies.

VMware remains an important part of many enterprise environments, while Kubernetes is increasingly used to run containerized applications. Storage therefore needs to work across both types of infrastructure.

Dell PowerStore Elite supports VMware integrations and Kubernetes tooling, helping teams incorporate storage into the environments they already use.

For platform engineering teams, this can also support self-service infrastructure models where developers request the resources their applications need without having to manually manage the underlying storage.

Automation Isn't Just About Speed

Automation is often associated with doing things faster, but consistency is just as important.

Manual processes can introduce differences between environments, particularly when the same task is performed repeatedly by different people. Over time, this can lead to configuration drift and make infrastructure harder to maintain.

Automated workflows provide a repeatable way to perform common operations, helping teams reduce variation and the risk of human error.

In other words, automation isn't just about saving time. It's about creating a more predictable way of managing infrastructure.

When Does Storage Automation Make Sense?

Not every environment needs extensive storage automation. Smaller environments with few applications and infrequent changes may continue to work perfectly well with traditional management.

The benefits become much clearer as infrastructure grows.

Storage automation can be particularly valuable for organisations managing:

Large numbers of applications and environments
Frequent provisioning requests
VMware infrastructure at scale
Kubernetes-based workloads
Hybrid infrastructure
Repetitive storage administration

For these teams, automating routine operations can free up time for higher-value initiatives such as application modernisation, AI adoption, cyber resilience, and hybrid cloud transformation.

Why Dell PowerStore Elite Fits

Dell PowerStore Elite treats storage as part of a broader infrastructure ecosystem rather than an isolated component.

With REST API support, VMware integrations, and Kubernetes tooling, organisations can connect storage more closely with their existing virtualisation, container, DevOps, and automation workflows.

Instead of asking:

“How do we adapt our DevOps processes around storage?”

teams can start asking:

“How can we make storage fit naturally into our DevOps processes?”

That shift becomes increasingly important as infrastructure becomes more software-driven.

The Future of Storage Is More Automated

Applications are being deployed through pipelines, infrastructure is increasingly managed through code, and Kubernetes is changing how modern workloads are operated.

Storage needs to keep pace.

Dell PowerStore Elite provides the APIs and integrations that can help organisations bring storage into modern infrastructure workflows, reducing repetitive administration while improving consistency and scalability.

The goal of automation isn't to remove people from infrastructure. It's to remove the repetitive work that keeps them from focusing on what actually matters.

Why Modern Enterprises Are Rebuilding Infrastructure Around Flexibility and Efficiency

Redington Limited — Thu, 16 Jul 2026 05:35:22 +0000

Private cloud is making a strong comeback — not because organisations want to move away from the cloud, but because they want more control, better performance, and predictable costs.

With AI, analytics, virtualisation, and hybrid cloud becoming part of everyday operations, traditional infrastructure is starting to show its limits. Managing separate storage, compute, and networking environments creates unnecessary complexity, slows deployments, and makes scaling expensive.

Modern enterprises need infrastructure that is flexible enough to grow with the business without becoming harder to manage.

Dell PowerStore, combined with Dell Private Cloud, is designed to meet that need by bringing together intelligent automation, scalable all-flash storage, and software-defined infrastructure in a single platform.

Why Are Enterprises Rethinking Private Cloud?
Business requirements change constantly. New applications, AI initiatives, and growing data volumes mean infrastructure needs to scale quickly without disrupting existing operations.

Traditional environments often require manual provisioning and separate management for storage, compute, and networking. That increases administrative effort and makes it harder for IT teams to respond quickly.

Modern private cloud infrastructure takes a different approach by using automation and centralised management to simplify operations while improving agility.

How Dell PowerStore Helps
Dell PowerStore provides the storage foundation for modern private clouds. Built on an all-flash NVMe architecture, it combines intelligent automation, built-in data reduction, flexible scaling, and seamless VMware integration.Instead of forcing organisations to overprovision infrastructure, PowerStore allows storage to grow as workloads grow, helping businesses improve resource utilisation while maintaining consistent performance across AI, analytics, virtualisation, and hybrid cloud environments.

Simplicity Is Just as Important as Performance
Performance alone isn’t enough anymore.

IT teams are expected to manage increasingly complex environments with limited resources. Automating routine tasks like provisioning, monitoring, and workload optimisation helps reduce operational overhead and allows teams to focus on innovation rather than day-to-day infrastructure management.

Combined with Dell Private Cloud and Dell AIOps, Dell PowerStore delivers centralised visibility, proactive monitoring, and intelligent automation that simplify infrastructure operations from deployment through lifecycle management.

Built for Modern Workloads
Whether organisations are supporting AI models, Kubernetes, analytics platforms, or virtualised applications, infrastructure needs to remain flexible as demands evolve.

PowerStore is designed to support these workloads while maintaining low latency, predictable performance, and efficient resource utilisation. Features such as scale-up and scale-out architecture, built-in automation, and data reduction help organisations expand capacity without adding unnecessary complexity.

Final Thoughts
Private cloud is no longer just about keeping workloads on-premises — it’s about building infrastructure that is flexible, efficient, and ready for whatever comes next.

Dell PowerStore helps organisations simplify storage management, improve infrastructure utilisation, and support modern workloads without sacrificing scalability or operational efficiency. For enterprises looking to modernize their private cloud strategy, flexibility and simplicity are becoming just as valuable as performance itself.

How Dell PowerStore Delivers Industry-Leading Storage Efficiency for the AI Era

Redington Limited — Thu, 16 Jul 2026 04:56:01 +0000

Every organisation is dealing with the same reality today — data is growing much faster than IT budgets.

AI applications, analytics platforms, hybrid cloud environments, virtual machines, and cybersecurity requirements are generating enormous amounts of data every day. Simply adding more storage whenever capacity runs out is no longer a sustainable strategy. The focus has shifted from buying more storage to using existing storage more efficiently.

That’s where data reduction becomes a real business advantage.

Dell PowerStore is designed to help organisations maximise storage utilisation through intelligent data reduction, automation, and scalable architecture. Dell even backs the platform with a 5:1 data reduction guarantee, and independent testing by Principled Technologies found that PowerStore achieved higher data reduction ratios than five competing enterprise storage platforms.

Why Storage Efficiency Matters
Storage efficiency isn’t just about saving disk space anymore. It directly affects infrastructure costs, power consumption, rack space, sustainability goals, and the ability to scale AI and analytics workloads.

Modern workloads generate large amounts of duplicate data. Without technologies like inline deduplication and compression, organisations often end up purchasing additional storage long before it’s actually necessary.By reducing redundant data, enterprises can delay hardware expansion, lower operational costs, and make better use of their existing infrastructure.

Built for Modern Enterprise Workloads
Dell PowerStore was built for organisations running AI, analytics, virtualisation, and hybrid cloud environments where both performance and efficiency matter.

Instead of treating storage as a standalone component, PowerStore combines intelligent automation, advanced data reduction, flexible scalability, and all-inclusive software into a single platform. This helps IT teams spend less time managing storage and more time supporting business growth.

The platform also includes a 3-year satisfaction guarantee, giving organisations additional confidence when making long-term infrastructure investments.

Beyond Cost Savings
The biggest advantage of efficient storage isn’t just reducing hardware purchases — it’s creating infrastructure that can grow with the business.

Higher storage efficiency means organisations can support larger AI datasets, virtualised workloads, and hybrid cloud environments without expanding their storage footprint at the same pace. It also contributes to lower energy consumption, reduced cooling requirements, and improved sustainability outcomes.

As enterprises continue modernising their data centres, these efficiencies become increasingly valuable.

Final Thoughts
Performance will always be important, but it’s no longer the only metric that matters. Organisations also need storage platforms that help them control costs, simplify operations, and scale confidently as data continues to grow.

Dell PowerStore addresses these challenges through intelligent data reduction, automation, and modern enterprise architecture. For organisations preparing for an AI-driven future, improving storage efficiency isn’t simply an optimisation exercise — it’s a smarter way to build infrastructure that can keep pace with the business.

How Large Organisations Can Manage Data Growth Without Losing Performance

Redington Limited — Fri, 10 Jul 2026 02:53:07 +0000

Data is growing faster than ever.

Every AI model, analytics dashboard, customer interaction, IoT device, and business application generates information that needs to be stored, protected, and accessed quickly. For large enterprises, managing this explosion of data has become one of the biggest infrastructure challenges of the decade.

The problem isn't simply about buying more storage.

It's about building a storage strategy that can keep pace with business growth without increasing costs, complexity, or operational overhead.

That's why many organisations are moving away from traditional storage architectures and adopting modern, intelligent storage platforms that are designed for scale.

Executive Summary

Enterprise data growth is accelerating as organizations invest in AI, analytics, hybrid cloud, and digital transformation initiatives. Legacy storage environments often struggle to balance performance, scalability, protection, and cost, leading to higher operational complexity and infrastructure expenses.

This article explores why traditional storage approaches are becoming less effective and how modern platforms such as Dell PowerStore, PowerScale, ObjectScale, and PowerProtect help organisations build a scalable, future-ready storage strategy.

Why Data Growth Has Become a Strategic Challenge
A decade ago, most organisations stored data in centralised environments with relatively predictable growth.

That is no longer the case.

Today, enterprise data is created everywhere—across AI platforms, cloud-native applications, remote work environments, edge devices, collaboration tools, and business applications. At the same time, regulations require organisations to retain data longer while ensuring it remains secure and accessible.

As infrastructure grows, so do the challenges.

Organisations often experience rising storage costs, fragmented environments, longer backup windows, inconsistent application performance, and increasing pressure on IT teams.

Simply adding more storage capacity doesn't solve these problems. In many cases, it makes them worse by increasing operational complexity.

Why Traditional Storage Strategies Fall Short

One of the biggest limitations of legacy storage environments is that they treat all data the same.

Mission-critical databases, AI workloads, archived files, media assets, and historical backups often end up sharing the same infrastructure, even though they have completely different performance requirements.

This approach leads to unnecessary costs because organisations end up using expensive high-performance storage for data that is rarely accessed.

It also limits scalability. As capacity grows, performance and storage expansion are often tightly coupled, making it difficult to scale efficiently without significant infrastructure investment.

Modern enterprises need a smarter way to manage data throughout its lifecycle.

A Smarter Approach: Tiered Enterprise Storage

Instead of storing everything on a single platform, leading organisations are adopting tiered storage strategies.

The idea is simple: place data where it makes the most sense based on how it's used.

Business-critical applications, virtual machines, and AI workloads remain on high-performance storage. Frequently accessed files can be stored on scalable file platforms, while long-term archives move to lower-cost object storage.

This approach delivers several advantages:

Better application performance
Lower infrastructure costs
Improved scalability
Simpler lifecycle management
More efficient use of storage resources

Rather than continuously expanding expensive storage arrays, organisations optimise their infrastructure by matching storage performance to business requirements.

Where Dell PowerStore Fits

Not all workloads have the same priorities.

Applications such as enterprise databases, virtualisation platforms, AI workloads, and analytics environments demand consistently high performance and low latency.

This is where Dell PowerStore plays a critical role.

Built on an NVMe architecture, Dell PowerStore is designed for organisations that need fast, reliable, and scalable storage without increasing operational complexity. Its intelligent automation helps optimise workload performance while reducing the administrative effort required to manage enterprise storage.

Instead of constantly tuning infrastructure manually, IT teams can focus on delivering new services and supporting business growth.

Managing Unstructured Data at Scale

One of the fastest-growing categories of enterprise data is unstructured information.

Documents, images, videos, AI datasets, collaboration files, backups, and application logs continue to grow at an extraordinary pace.

Storing all of this data on high-performance infrastructure isn't practical—or cost-effective.

That's why organisations increasingly combine Dell PowerStore with platforms such as PowerScale for scalable file storage and ObjectScale for cloud-native and archival workloads.

Together, these solutions allow organisations to scale storage without sacrificing accessibility or driving up infrastructure costs.

Protecting Data Is Just as Important as Storing It

As data volumes increase, backup and recovery become significantly more challenging.

Long backup windows, fragmented protection strategies, and growing ransomware threats make resilience a key part of any storage strategy.

Modern data protection platforms such as Dell PowerProtect help organisations centralise backup, disaster recovery, and cyber recovery while simplifying management across distributed environments.

For enterprises, this means better protection without adding unnecessary operational complexity.

Why Scalability Matters

One of the biggest frustrations with traditional storage infrastructure is disruption.

Adding capacity often requires downtime, complex migrations, or major infrastructure changes.

Modern storage platforms are designed differently.

Organisations can expand capacity, support new workloads, and adapt to changing business requirements without interrupting critical operations.

This flexibility becomes increasingly valuable as AI, analytics, and hybrid cloud initiatives continue to evolve.

Building a Storage Strategy for the Future
Managing enterprise data growth is no longer about simply increasing capacity.

It requires a balanced strategy that combines performance, scalability, automation, and resilience.

Organisations that separate workloads intelligently, automate lifecycle management, and modernise storage infrastructure are far better positioned to support future growth without continually increasing operational costs.

Solutions such as Dell PowerStore, PowerScale, ObjectScale, and PowerProtect work together to create that foundation, helping enterprises simplify data management while preparing for the next generation of business applications.

Final Thoughts

Enterprise data will continue to grow.

The question is whether storage infrastructure can grow with it.

Organisations that continue relying on traditional architectures may find themselves dealing with rising costs, operational complexity, and infrastructure that struggles to support modern workloads.

Those investing in intelligent, scalable storage strategies are taking a different approach.

Rather than simply adding more storage, they're building infrastructure that's ready for AI, hybrid cloud, analytics, and whatever comes next.

Because in today's data-driven world, success isn't determined by how much data an organisation stores—it's determined by how effectively it manages it.

Dell PowerStore 9500 vs. Vendor A: Why Performance Density Matters More Than Peak Performance

Redington Limited — Fri, 10 Jul 2026 02:35:11 +0000

For years, enterprise storage conversations revolved around familiar metrics like IOPS, latency, and throughput. If a storage platform delivered higher benchmark numbers, it was often considered the better choice.

That mindset is starting to change.

Today's data centers look very different from the ones organisations were designing five or ten years ago. AI workloads, virtualisation, analytics, and hybrid cloud have transformed the way infrastructure is used. Businesses aren't simply processing more data—they're processing different types of data, across more environments, with much higher expectations for speed and availability.

As a result, storage decisions are becoming less about how fast a platform can perform in a benchmark and more about how efficiently it can support an entire business.

This is where performance density is becoming an increasingly important part of the conversation.

Executive Summary

Modern enterprises need storage platforms that deliver more than raw performance. They need infrastructure that can support growing workloads, reduce operational complexity, and scale without driving up costs.

In this article, we'll look at how Dell PowerStore 9500 compares with Vendor A from the perspective of performance density, workload consolidation, and operational efficiency—and why those factors are becoming just as important as traditional performance metrics when planning for AI, virtualisation, and hybrid cloud.

The Enterprise Storage Conversation Has Changed

Infrastructure teams are under pressure from every direction.

Applications continue to grow. AI projects are moving from proof of concept to production. VMware environments are expanding, and hybrid cloud has become part of everyday operations for many organisations.

At the same time, IT budgets aren't growing at the same pace.

Data center space is limited. Power and cooling costs continue to rise, and infrastructure teams are expected to do more with fewer resources.

That's why many organisations are asking a different question today.

Instead of asking,

"Which platform delivers the highest performance?"

they're asking,

"Which platform helps us run more workloads with the infrastructure we already have?"

That subtle shift changes how enterprise storage is evaluated.

Why Performance Density Has Become So Important

Performance density isn't just another technical metric.

It's a practical way of measuring how efficiently a storage platform delivers performance relative to the space, power, and infrastructure it consumes.

Think about two storage platforms that deliver similar application performance.

If one platform allows you to consolidate more workloads into fewer systems, occupy less rack space, reduce power consumption, and simplify management, it creates value far beyond the storage array itself.

Those efficiencies affect everything from operational costs and sustainability initiatives to future scalability.

For organisations modernising their data centers, performance density is becoming one of the easiest ways to maximise existing infrastructure without continually expanding it.

Dell PowerStore 9500 vs. Vendor A

Both Dell PowerStore 9500 and Vendor A are designed for enterprise environments and are capable of supporting demanding workloads.

The difference lies in how they approach modern infrastructure requirements.

According to independent testing conducted by Principled Technologies, Dell PowerStore 9500 demonstrated stronger performance density, improved workload consolidation, and better rack space efficiency compared to Vendor A. Rather than simply delivering high performance, it enabled organisations to achieve more from the same physical footprint.

That distinction matters because infrastructure decisions today are increasingly driven by long-term efficiency rather than peak benchmark numbers alone.

Infrastructure Efficiency Is Becoming a Business Advantage

Performance improvements are always welcome.

But what many organizations really want is infrastructure that is easier to manage, easier to scale, and less expensive to operate over time.

Higher workload density means more applications can run on fewer storage systems.

Better consolidation reduces hardware sprawl.

Smaller infrastructure footprints can lower power and cooling requirements while delaying expensive data center expansion projects.

These may sound like infrastructure improvements, but they ultimately translate into business outcomes—lower operating costs, improved agility, and more efficient use of IT resources.

That's why conversations about storage are increasingly happening outside the data center as well.

Modern Workloads Need Smarter Storage

Today's enterprise environments rarely consist of a single workload.

Most organisations are supporting a combination of virtual machines, business databases, analytics platforms, AI applications, backup environments, and cloud-connected services—all sharing the same infrastructure.

Managing those workloads efficiently requires more than fast hardware.

It requires storage that can adapt as workloads change.

Dell PowerStore 9500 was designed with this in mind.

Its end-to-end NVMe architecture, intelligent automation, and workload optimisation capabilities help organisations maintain consistent performance while reducing the administrative effort typically associated with managing enterprise storage.

Instead of constantly reacting to changing workloads, IT teams can spend more time focusing on projects that drive business value.

Simplicity Matters More Than Ever

One of the biggest challenges facing enterprise IT teams today isn't performance.

It's complexity.

Every additional management console, manual process, or isolated infrastructure platform increases operational overhead.

Modern infrastructure should simplify operations—not create more work.

Dell PowerStore approaches this challenge by bringing automation and simplified management into everyday storage operations.

That means less time spent on repetitive administrative tasks and more time dedicated to strategic initiatives such as AI adoption, cloud modernisation, and digital transformation.

For lean IT teams, that simplicity is often just as valuable as higher performance.

Which Platform Makes More Sense?

There's no single storage platform that's right for every organisation.

Vendor A continues to serve enterprises with established operational models and traditional storage environments.

However, organisations looking beyond today's requirements—and preparing for AI, VMware modernisation, hybrid cloud, and long-term infrastructure efficiency - may find Dell PowerStore 9500 better aligned with where enterprise IT is heading.

Its focus on performance density, intelligent automation, and operational simplicity reflects the way modern organisations are beginning to evaluate infrastructure investments.

Final Thoughts

Enterprise storage is entering a new phase.

Raw performance will always matter, but it's no longer enough on its own.

Organisations want infrastructure that delivers better business outcomes - not just better benchmark results.

Performance density, operational simplicity, and intelligent workload management are becoming the metrics that matter most because they directly influence scalability, efficiency, and long-term cost.

Dell PowerStore 9500 reflects this shift.

Rather than simply delivering fast storage, it helps organisations build infrastructure that is more efficient, easier to manage, and better prepared for the demands of AI, virtualisation, and hybrid cloud.

As enterprise workloads continue to evolve, that may prove to be the biggest advantage of all.

How Smart Manufacturers Are Building Hybrid Cloud Infrastructure for Industry 4.0

Redington Limited — Thu, 09 Jul 2026 17:30:26 +0000

Manufacturing has always been about efficiency.

For decades, companies have looked for ways to produce more, reduce waste, improve quality, and keep production lines running without interruption. What's changing today isn't the goal—it's the technology making it possible.

Walk into a modern factory, and you'll find machines talking to each other, sensors monitoring every stage of production, AI identifying defects before products leave the assembly line, and dashboards showing live production data from facilities hundreds of kilometres away.

This is Industry 4.0.

But while these technologies often get the spotlight, there's another piece of the puzzle that's just as important—the infrastructure running behind the scenes.

Without the right foundation, even the smartest factory can't deliver on its promise.

That's why more manufacturers are turning to hybrid cloud infrastructure as they modernize their operations.

Manufacturing Is Producing More Data Than Ever Before

Today's factories generate an incredible amount of information.

Every machine, robot, conveyor belt, sensor, and inspection camera continuously creates data.

That data helps answer questions like:

Is a machine showing signs of failure?
Is production running on schedule?
Are there quality issues developing on a particular line?
How much energy is each plant consuming?
Where can efficiency be improved?

The more visibility manufacturers have, the better decisions they can make.

But collecting data is only the beginning.

The real challenge is processing it fast enough to turn it into meaningful action.

Why Traditional Infrastructure Is Starting to Struggle

Many manufacturing companies still rely on infrastructure that was built years ago.

At the time, those systems worked perfectly well because factories weren't generating today's volume of operational data.

Now things are different.

Production environments are expected to support connected machines, AI applications, predictive maintenance, real-time analytics, and multiple factory locations—all at the same time.

Legacy infrastructure often struggles to keep up.

In many cases, increasing storage also means increasing compute, even if extra processing power isn't needed. That makes scaling expensive and adds unnecessary complexity for IT teams.

As manufacturing becomes increasingly digital, companies need infrastructure that's designed to grow with them instead of slowing them down.

Why Hybrid Cloud Makes Sense for Manufacturing

Manufacturers don't have the luxury of downtime.

Production lines need low latency, predictable performance, and systems that continue running around the clock.

That's why moving everything to the public cloud isn't always the right answer.

Hybrid cloud gives manufacturers far more flexibility.

Critical production systems can remain on private infrastructure where performance and security are tightly controlled, while cloud services can be used for analytics, reporting, collaboration, and other workloads that benefit from additional scalability.

Rather than replacing existing infrastructure, hybrid cloud builds on it.

That makes it easier for manufacturers to modernise without disrupting day-to-day operations.

Storage Has Become More Than Just Storage

Storage isn't just where manufacturing data lives anymore.

It's what keeps modern production moving.

Every machine log, production record, quality inspection image, maintenance report, and sensor reading needs to be stored, processed, and retrieved almost instantly.

As factories become more connected, storage directly impacts:

Production performance
Quality control
AI responsiveness
Predictive maintenance
Disaster recovery
Operational efficiency

That's why many manufacturers are modernizing with intelligent storage platforms like Dell PowerStore.

Built on an end-to-end NVMe architecture, Dell PowerStore delivers the performance required for real-time manufacturing workloads while simplifying storage management through intelligent automation and flexible scalability. Whether supporting ERP systems, MES platforms, production databases, or AI-powered analytics, Dell PowerStore helps manufacturers keep pace with growing operational demands without adding unnecessary complexity.

Building a Factory That Can Think for Itself

One of the biggest promises of Industry 4.0 is the ability to make faster and smarter decisions.

Instead of reacting to problems after they happen, manufacturers are beginning to predict them before they occur.

Artificial intelligence plays a huge role in making that possible.

Today's manufacturers are using AI to:

Predict equipment failures before they cause downtime
Detect product defects during production
Forecast inventory requirements
Improve production scheduling
Analyse operational performance
Optimise supply chains

These applications process enormous volumes of operational data and require infrastructure capable of delivering fast, consistent performance.

High-performance storage platforms like Dell PowerStore help support these AI-driven environments by providing rapid access to manufacturing data while enabling businesses to scale infrastructure as production demands continue to grow.

Combined with hybrid cloud, manufacturers gain the flexibility to innovate without sacrificing reliability.

Bringing IT and the Factory Floor Together

For years, operational technology (OT) and enterprise IT operated separately.

Factory equipment ran independently, while business applications lived inside the data centre.

Today those two worlds are coming together.

Connecting production systems with enterprise applications gives manufacturers a complete view of operations, enabling faster decisions based on real-time information.

Modern infrastructure platforms, including Dell PowerStore, help bridge this gap by supporting virtualised environments, business applications, and production workloads from a unified storage foundation.

As manufacturing becomes more connected, cybersecurity also becomes increasingly important.

That's why organisations are investing in infrastructure that not only improves performance but also strengthens backup, disaster recovery, business continuity, and cyber resilience.

Modern factories need to be both connected and protected.

The Shift Toward More Flexible Infrastructure

Another trend gaining momentum is disaggregated infrastructure.

Instead of expanding an entire system every time demand increases, manufacturers can scale compute, storage, and networking independently.

Solutions like Dell PowerStore support this approach by allowing storage resources to grow without forcing unnecessary infrastructure upgrades. This gives manufacturers greater flexibility to support new production lines, additional facilities, and emerging Industry 4.0 applications while maximizing existing investments.

The result is a more efficient and scalable foundation for long-term manufacturing growth.

Looking Ahead

Industry 4.0 isn't a destination - it's an ongoing journey.

As technologies like AI, robotics, industrial IoT, edge computing, and digital twins continue to evolve, the demands placed on manufacturing infrastructure will only increase.

The companies that prepare today will be in the strongest position tomorrow.

Modern infrastructure is no longer just about keeping systems online.

It's becoming the foundation for innovation, operational efficiency, and long-term competitiveness.

Hybrid cloud gives manufacturers the flexibility to embrace new technologies without sacrificing the reliability their production environments depend on.

Combined with intelligent storage platforms like Dell PowerStore, manufacturers can build infrastructure that is high-performing, scalable, and ready to support the next generation of smart factories.

For organisations embracing Industry 4.0, that combination is helping transform digital manufacturing from an ambition into a competitive advantage.

How Indian Healthcare Providers Are Building Hybrid Cloud Infrastructure for Secure Patient Data Management

Redington Limited — Thu, 09 Jul 2026 17:17:09 +0000

Healthcare in India is becoming increasingly digital, and that's changing far more than just the way patients book appointments.

Today, hospitals are managing electronic health records, telemedicine consultations, AI-assisted diagnostics, connected medical devices, and massive volumes of medical imaging data. Doctors expect instant access to patient information, while patients expect faster, more connected healthcare experiences.

Behind all of this sits an enormous amount of infrastructure.

As healthcare organizations continue embracing digital technologies, they're also discovering that traditional data centers weren't built for the scale, speed, and flexibility modern healthcare demands. That's one of the biggest reasons why many providers are investing in hybrid cloud infrastructure.

It's helping hospitals modernise while keeping sensitive patient data secure.

Why Traditional Healthcare Infrastructure Is Reaching Its Limits

Healthcare has always been data-intensive, but the volume of information being generated today is on a completely different level.

Every MRI scan, CT image, pathology report, electronic health record, and telemedicine consultation adds to an ever-growing pool of clinical data.

On top of that, hospitals are increasingly using AI to assist with diagnostics, predictive analytics to improve patient care, and digital platforms to connect doctors, specialists, and patients in real time.

The challenge is that many legacy infrastructure environments simply weren't designed for these workloads.

In traditional environments, expanding storage often means adding additional compute resources as well, even when they're not needed. Over time, this increases infrastructure costs, creates unnecessary complexity, and makes scaling more difficult.

Healthcare providers need infrastructure that grows alongside patient data - not infrastructure that slows innovation down.

Why Hybrid Cloud Is Becoming the Preferred Approach

Many people assume that moving everything to the public cloud is the obvious answer.

For healthcare, it's rarely that simple.

Hospitals manage highly sensitive patient information and must comply with strict data privacy and governance requirements. At the same time, they also need the flexibility to support growing workloads and new digital services.

Hybrid cloud strikes a balance between those needs.

Patient records and mission-critical clinical applications can remain within secure private infrastructure, while public cloud resources can be used for analytics, collaboration, research, or less sensitive workloads.

Instead of forcing healthcare organisations to choose between security and scalability, hybrid cloud allows them to benefit from both.

Why Storage Has Become More Important Than Ever

Storage isn't often discussed outside IT teams, but it's one of the most critical components of modern healthcare infrastructure.

Think about everything that depends on it.

Doctors accessing patient records.

Radiologists reviewing high-resolution MRI scans.

Laboratories processing diagnostic reports.

Telemedicine platforms supporting virtual consultations.

AI systems analysing thousands of medical images.

None of these workloads perform well without fast, reliable, and scalable storage.

As healthcare data continues to grow, storage directly affects:

How quickly clinicians access patient records
Medical imaging performance
Application responsiveness
Disaster recovery capabilities
Long-term data retention
Overall patient experience To support these growing demands, many healthcare providers are modernising their storage infrastructure with platforms like Dell PowerStore.

Built on an end-to-end NVMe architecture, Dell PowerStore delivers the high performance needed for clinical applications while simplifying storage management through intelligent automation and flexible scalability. This enables hospitals to support mission-critical workloads, expand capacity as patient data grows, and maintain uninterrupted access to healthcare information.

What Modern Healthcare Infrastructure Looks Like

Today's hospitals rely on a combination of technologies working together rather than a single infrastructure platform.

High-performance servers run electronic health record systems, virtualisation platforms support clinical applications, and intelligent storage platforms like Dell PowerStore provide fast, reliable access to structured patient data as well as large imaging files.

Many organisations are also adopting technologies such as VMware, Kubernetes, and container platforms to improve application flexibility and simplify deployment.

Automation has become equally important.

Instead of manually provisioning resources or managing infrastructure upgrades, IT teams can automate routine tasks, allowing them to focus on supporting clinicians rather than maintaining hardware.

The objective isn't simply to modernise infrastructure.

It's to create a platform that can continue supporting healthcare innovation for years to come.

AI Is Transforming Healthcare

Artificial intelligence is no longer something hospitals are experimenting with.

It's becoming part of everyday clinical operations.

Healthcare providers are increasingly using AI to:

Analyse medical images
Support clinical decision-making
Predict patient risks
Improve diagnostics
Identify treatment patterns
Automate administrative workflows

These applications process enormous amounts of data and require infrastructure that can deliver consistent performance while maintaining strict security standards.

High-performance storage platforms such as Dell PowerStore help support these AI-driven workloads by providing low-latency access to healthcare data while enabling hospitals to scale infrastructure efficiently as AI adoption continues to grow.

Combined with hybrid cloud, this creates an infrastructure foundation capable of supporting the next generation of intelligent healthcare.

Cybersecurity Has Become a Clinical Priority

Healthcare has become one of the most targeted industries for cyberattacks.

When systems go offline, the consequences extend far beyond financial losses. Clinical operations can be disrupted, patient care may be delayed, and access to critical medical information can become unavailable.

That's why resilience has become just as important as performance.

Modern healthcare infrastructure increasingly includes:

Automated backups
Snapshot-based recovery
Disaster recovery planning
Replication
Business continuity strategies

Modern enterprise storage platforms such as Dell PowerStore contribute to this resilience by supporting continuous data availability and helping organisations recover more quickly from unexpected disruptions while protecting sensitive patient information.

Why More Organisations Are Adopting Disaggregated Infrastructure

One of the biggest infrastructure shifts happening across healthcare is the move toward disaggregated architecture.

Instead of scaling compute and storage together, organizations can expand each resource independently based on actual demand.

Solutions like Dell PowerStore support this modern approach by allowing storage to scale efficiently without requiring unnecessary infrastructure expansion. This gives hospitals greater flexibility to accommodate growing patient records, medical imaging, and AI workloads while keeping operational complexity under control.

The benefits include:

Better resource utilisation
Lower infrastructure costs
Easier expansion as workloads grow
Greater flexibility for different clinical applications
Faster digital transformation

As patient data continues growing, this approach makes infrastructure significantly easier to manage over the long term.

Looking Ahead

Healthcare is becoming increasingly connected, data-driven, and intelligent.

Electronic health records, AI-powered diagnostics, precision medicine, telehealth, and connected medical devices will continue generating larger volumes of data every year.

The organisations that invest in scalable, secure, and flexible hybrid cloud environments - supported by intelligent storage platforms like Dell PowerStore - will be better prepared to support these innovations tomorrow.

Modern infrastructure is no longer simply an IT requirement.

It's becoming a key enabler of better patient care.

Hospitals that can securely manage data, support clinicians with faster access to information, recover quickly from cyber incidents, and adapt to changing technologies will be in a much stronger position to deliver high-quality healthcare in the years ahead.

Hybrid cloud provides the flexibility modern healthcare requires, while Dell PowerStore delivers the performance, automation, and scalability needed to support mission - critical healthcare applications.

Together, they create a resilient infrastructure foundation that enables healthcare organisations to focus on what matters most—delivering better outcomes for every patient.

How Indian Banks Are Building Hybrid Cloud Infrastructure for the Future of Digital Banking

Redington Limited — Thu, 09 Jul 2026 17:02:59 +0000

If you think about how banking has changed over the last decade, it's remarkable.

Not too long ago, visiting a branch or waiting for an OTP felt normal. Today, customers expect to open an account in minutes, transfer money instantly through UPI, receive real-time transaction alerts, and access banking services anytime, from anywhere.

For banks, delivering these experiences isn't just about building better mobile apps. It requires a technology foundation that can handle millions of secure transactions every day while supporting AI, analytics, compliance, and ever-growing customer expectations.

That's exactly why hybrid cloud has become such an important part of digital banking in India.

Rather than being another technology trend, it's quickly becoming the infrastructure model that enables banks to innovate without compromising on security or regulatory control.

Why Legacy Infrastructure Is Starting to Show Its Age

The demands placed on banking infrastructure today are completely different from what they were even five years ago.

Modern banks don't just process deposits and withdrawals anymore. They're running AI-powered fraud detection systems, supporting digital lending platforms, analysing customer behaviour in real time, and processing billions of UPI transactions every month.

On top of that, cybersecurity threats are becoming more sophisticated, regulations continue to evolve, and customers expect services to be available around the clock.

The problem is that many traditional data centres weren't designed for this level of flexibility.

In many legacy environments, adding more storage also means adding more compute - even when the business only needs extra capacity. That approach increases costs, creates unnecessary complexity, and slows down modernisation efforts.

Banks need infrastructure that scales with demand without creating more work for IT teams.

Why Hybrid Cloud Is Becoming the Preferred Model

While public cloud offers incredible scalability, financial institutions can't simply move every workload into it.

Banks deal with highly sensitive customer information, strict compliance requirements, and applications that demand consistent performance.

That's where hybrid cloud offers the best of both worlds.

Critical workloads and sensitive customer data remain within private infrastructure, giving banks the control and security they need. Less sensitive applications and workloads can leverage public cloud resources whenever additional scalability is required.

Instead of forcing organisations to choose between security and flexibility, hybrid cloud allows them to have both.

This balanced approach is one of the biggest reasons why banks across India are accelerating their hybrid cloud strategies.

Storage Is No Longer Just Infrastructure

Storage rarely gets the attention that AI or cloud computing does, but it's one of the most important pieces of the puzzle.

Every digital payment, every customer login, every fraud detection model, every analytics dashboard, and every backup depends on fast, reliable storage.

As banking data continues to grow, storage has a direct impact on:

Transaction performance
Customer experience
AI model responsiveness
Backup and recovery times
Disaster recovery readiness
Overall operational efficiency

To meet these growing demands, many banks are modernising their storage infrastructure with intelligent platforms like Dell PowerStore.

Built on an end-to-end NVMe architecture, Dell PowerStore combines high-performance storage with intelligent automation and flexible scalability. This enables financial institutions to support mission-critical banking applications while simplifying day-to-day storage management and preparing for future growth.

For banks handling millions of daily transactions, having storage that can scale without disrupting operations is becoming just as important as the applications running on top of it.

Building a Modern Banking Platform

Modern banking infrastructure isn't built around a single technology.

It's an ecosystem.

High-performance servers power core banking applications and virtualised environments. Intelligent storage platforms like Dell PowerStore provide the performance and resilience required for transaction-intensive workloads, while virtualisation technologies such as VMware and Kubernetes enable banks to run both traditional and cloud-native applications efficiently.

Automation ties everything together by simplifying deployment, provisioning, workload balancing, and lifecycle management.

The result is infrastructure that's easier to manage, faster to scale, and capable of supporting the next generation of digital banking services.

AI Is Raising the Bar

Artificial intelligence is rapidly becoming part of everyday banking operations.

Banks now rely on AI to detect fraudulent transactions, personalise customer experiences, assess credit risk, automate customer support, and generate business insights from enormous volumes of financial data.

These aren't lightweight workloads.

They require infrastructure that can process data quickly while maintaining consistent performance and availability.

Modern storage platforms such as Dell PowerStore help support these AI-driven environments by delivering the low-latency performance, scalability, and operational simplicity needed for data-intensive workloads. Combined with a hybrid cloud strategy, banks gain the flexibility to expand AI initiatives while maintaining control over sensitive financial data.

As AI adoption continues to accelerate, the underlying infrastructure becomes even more important.

Security and Resilience Have Become Business Priorities

Cybersecurity has always mattered in banking.

Today, it's impossible to separate security from infrastructure planning.

Ransomware attacks, operational outages, and data breaches have shown that protecting systems isn't enough. Banks also need to recover quickly when something goes wrong.

That's why modern infrastructure strategies increasingly include:

Automated backups
Snapshot-based recovery
Disaster recovery planning
Data replication
Business continuity capabilities

Modern enterprise storage platforms, including Dell PowerStore, are designed with resilience in mind, helping organizations strengthen business continuity while protecting critical banking data and reducing recovery times during unexpected incidents.

Why Disaggregated Infrastructure Is Gaining Momentum

Another trend that's reshaping enterprise IT is disaggregated infrastructure.

Traditional environments often force organisations to scale compute and storage together, even when only one resource needs to grow.

That isn't particularly efficient.

Disaggregated infrastructure allows compute, storage, and networking resources to scale independently while continuing to operate as a unified environment.

Solutions like Dell PowerStore support this modern approach by enabling organizations to expand storage resources independently without unnecessary infrastructure upgrades. For banks experiencing unpredictable workload growth, this flexibility improves resource utilization while simplifying long-term capacity planning.

The benefits include:

Better utilisation of existing resources
Lower infrastructure costs
Easier expansion as workloads grow
Greater flexibility for different applications
Faster digital transformation

As digital banking continues to evolve, this flexibility becomes a significant operational advantage.

Looking Ahead

Digital banking isn't slowing down.

If anything, technologies like AI, real-time payments, open banking, and advanced analytics will continue to increase infrastructure demands over the coming years.

Banks that invest in modern, scalable hybrid cloud environments—and intelligent storage platforms like Dell PowerStore—will be better equipped to adapt to whatever comes next.

Infrastructure has evolved from being a back-end IT function to becoming a strategic business asset.

The organisations that modernise early will be able to launch new services faster, improve customer experiences, strengthen cyber resilience, and respond more quickly to changing market demands.

Hybrid cloud provides the flexibility banks need, while Dell PowerStore delivers the high-performance, automated, and scalable storage foundation required to support mission-critical banking operations.

Together, they create an infrastructure that's ready not only for today's digital banking requirements but also for the innovations that will define the future of financial services.

Dell PowerStore vs IBM FlashSystem: Which Enterprise Storage Platform Makes More Sense in 2026?

Redington Limited — Thu, 09 Jul 2026 16:40:22 +0000

If there’s one thing enterprise IT teams have learned over the past few years, it’s that storage is no longer just about capacity and speed.

Today’s infrastructure has to support virtual machines, AI workloads, hybrid cloud, ransomware protection, analytics, and always-on applications — all while IT teams are expected to do more with fewer resources.

That’s why choosing the right storage platform has become a strategic decision instead of simply a hardware purchase.

Two names that consistently come up in enterprise conversations are Dell PowerStore and IBM FlashSystem. Both are powerful all-flash storage platforms designed for business-critical environments, but they take slightly different approaches to solving modern infrastructure challenges.

So which one is the better fit?

Let’s break it down.

Enterprise Storage Has Changed
Not too long ago, storage decisions were mostly driven by performance benchmarks.

Today, the conversation is very different.

Infrastructure teams are managing:

Large VMware clusters
Hybrid and multi-cloud deployments
AI and machine learning projects
Containerised applications
Critical databases
Disaster recovery and cyber resilience Storage now plays a much bigger role in overall business agility.

The questions organisations are asking have shifted from “How fast is it?” to:

How easy is it to manage?
Will it scale with future workloads?
Can it simplify operations?
How well does it integrate with virtualisation and cloud platforms? That’s where the real differences between these two platforms begin to show.

Dell PowerStore: Built for Modern Infrastructure
Dell PowerStore was designed with modernisation in mind.

Instead of focusing only on raw performance, Dell built a platform that combines speed, automation, and operational simplicity into a single solution.

Some of its key capabilities include:

End-to-end NVMe architecture
Unified block and file storage
AI-assisted performance optimisation
Native VMware integration
Flexible scale-up and scale-out architecture
Intelligent automation for routine management tasks One feature that makes PowerStore particularly unique is AppsON, which allows certain applications to run directly on the storage appliance. While not every organisation will use it, it offers additional flexibility for edge deployments and infrastructure consolidation.

PowerStore has become especially popular among organisations modernising VMware environments or moving toward hybrid cloud architectures.

IBM FlashSystem: A Strong Choice for IBM-Centric Environments
IBM FlashSystem is equally capable but is built around a different philosophy.

Its biggest strengths lie in storage virtualisation, enterprise replication, and integration with IBM’s broader infrastructure ecosystem.

Organisations that already use IBM technologies often appreciate features like:

IBM Spectrum Virtualise
FlashCore Modules
Advanced replication
Storage federation
Hybrid cloud data mobility For enterprises with mature IBM environments, FlashSystem offers consistency and deep ecosystem integration that can simplify large-scale storage management.

Performance: Where Dell PowerStore Pulls Ahead
Performance numbers rarely tell the whole story, but they do provide useful insights into how a platform behaves under real enterprise workloads.

Independent testing conducted by Prowess Consulting compared Dell PowerStore with IBM FlashSystem across several common enterprise scenarios.

Snapshot Operations
Snapshots happen constantly behind the scenes.

They’re used for backups, disaster recovery, ransomware protection, and virtual machine recovery.

If snapshot operations introduce latency, applications may slow down during backup windows.

According to the testing, Dell PowerStore delivered up to 52 times lower snapshot latency than IBM FlashSystem.
For organisations running hundreds or thousands of virtual machines, that can translate into smoother backup operations and more consistent application performance.

Storage Efficiency
Storage efficiency has become increasingly important as enterprise data continues to grow.

Better data reduction means organisations can store more data without constantly expanding storage capacity.

The comparison found:

Dell PowerStore achieved up to 6.2:1 data reduction.
IBM FlashSystem achieved around 2.6:1.

While actual numbers always depend on workloads, better data reduction can reduce hardware purchases, lower power consumption, and improve long-term storage economics.

Small-Write Performance
Many business-critical applications rely heavily on small write operations.

Think about:

SQL databases
ERP platforms
Virtual desktop infrastructure (VDI)
VMware environments
Transaction-heavy applications In these scenarios, Dell PowerStore delivered up to 1.66× higher small-write performance during comparative testing.

That can improve responsiveness for applications where latency matters.

VMware Integration Matters More Than Ever
Virtualisation continues to be at the heart of enterprise infrastructure.

This is one area where Dell PowerStore has built a particularly strong reputation.

It offers:

Native VMware integration
Support for VMware vVols
Simplified provisioning
Automated workload optimisation
Streamlined lifecycle management IBM FlashSystem also integrates well with VMware, especially for organisations already leveraging IBM Spectrum Virtualise.

However, for companies primarily focused on VMware modernisation, PowerStore often provides a simpler day-to-day operational experience.

Simplicity Can Be a Competitive Advantage
One aspect that’s often overlooked during storage evaluations is operational complexity.

Infrastructure teams don’t just want powerful storage.

They want storage that’s easy to deploy, monitor, expand, and maintain.

Dell PowerStore was clearly designed with this philosophy.

Its unified management interface and automation capabilities reduce repetitive administrative work, allowing IT teams to spend less time managing storage and more time focusing on business initiatives.

IBM FlashSystem offers extensive enterprise functionality, but because it’s tightly integrated with IBM’s broader software ecosystem, it can involve additional management layers depending on the deployment.

Neither approach is wrong — it simply depends on the environment you’re operating.

Which Platform Should You Choose?
Both platforms are capable enterprise solutions.

The better option depends on your organisation’s priorities.

Dell PowerStore is an excellent choice if you:

Run VMware-heavy environments
Want to simplify storage management
Are building hybrid cloud infrastructure
Need strong storage efficiency
Plan to support AI and analytics workloads
Prefer unified block and file storage

IBM FlashSystem may be a better fit if you:

Already rely heavily on IBM infrastructure
Use IBM Spectrum Virtualise extensively
Need advanced storage federation
Have replication-heavy workloads
Manage large heterogeneous storage environments

Final Thoughts
There isn’t a universal winner because every enterprise environment is different.

IBM FlashSystem remains a mature and highly capable platform, particularly for organisations that have standardised on IBM technologies.

Dell PowerStore, however, stands out for businesses looking to modernise their infrastructure with less operational complexity. Its strong VMware integration, intelligent automation, impressive storage efficiency, and scalable NVMe architecture make it a compelling option for organisations preparing for hybrid cloud and AI-driven workloads.

Ultimately, the best storage platform isn’t simply the one with the highest benchmark scores. It’s the one that aligns with your long-term infrastructure strategy, simplifies day-to-day operations, and gives your business the flexibility to grow without adding unnecessary complexity.

If your modernisation roadmap includes virtualisation, hybrid cloud, AI initiatives, or infrastructure consolidation, Dell PowerStore is well worth considering.

How to Fix Slow-Performing Storage with AI-Driven Infrastructure Optimisation

Redington Limited — Thu, 09 Jul 2026 16:00:19 +0000

Enterprise storage has evolved far beyond simply storing data. Today, it powers everything from AI models and analytics platforms to virtualisation environments, hybrid cloud operations, and mission-critical business applications. As organisations continue to generate larger volumes of data and adopt increasingly demanding workloads, storage performance has become directly linked to business performance.

Yet many enterprises find themselves facing a familiar challenge. Applications that once responded instantly begin slowing down. Analytics take longer to process. Virtual machines experience latency. Backup windows become difficult to meet, and IT teams spend more time troubleshooting infrastructure than enabling innovation.

The immediate response is often to add more storage or upgrade hardware. While this may temporarily relieve performance issues, it rarely addresses the real problem.

In most cases, slow-performing storage is a symptom of deeper infrastructure challenges — limited visibility, uneven workload distribution, outdated architectures, and growing operational complexity. Fixing these issues requires a smarter approach that combines real-time monitoring, intelligent automation, and modern infrastructure designed to adapt as business demands evolve.

Rather than reacting to performance issues after they affect users, organisations are increasingly adopting AI-driven infrastructure optimisation to identify bottlenecks early, improve operational efficiency, and ensure storage keeps pace with modern workloads.

Executive Summary
Modern enterprise workloads — including AI, analytics, virtualisation, and hybrid cloud applications — place significantly greater demands on storage infrastructure than ever before.

This article explores why storage performance degrades over time, the importance of infrastructure visibility, and how organisations can optimise performance through intelligent monitoring, workload balancing, automation, and storage modernisation. It also highlights how Dell AIOps and Dell PowerStore help enterprises simplify operations while building scalable, high-performance infrastructure for future growth.

Why Does Enterprise Storage Slow Down?
Storage rarely becomes slow overnight.

Instead, performance gradually declines as organisations expand their digital operations. New business applications are introduced, virtual machines increase, AI initiatives generate larger datasets, and analytics platforms process more information than ever before.

Every new workload competes for the same infrastructure resources.

Over time, storage systems that once performed efficiently begin experiencing higher latency, inconsistent response times, and resource bottlenecks that affect application performance across the organisation.

Many enterprises are still operating storage environments that were designed years before AI, hybrid cloud, and real-time analytics became everyday business requirements. Although these systems continue to function, they often struggle to deliver the performance and flexibility required by today’s applications.

The result is familiar to many IT teams:

Slower application performance
Delayed analytics and reporting
Reduced virtualisation efficiency
Longer backup and recovery windows
Increased operational complexity
Higher infrastructure management effort

While these symptoms appear to be storage issues, the underlying causes are often spread across the broader infrastructure environment.

Storage Performance Is a Business Issue
A few years ago, storage performance was considered an operational concern handled by infrastructure teams.

Today, it directly influences business outcomes.

Every department within an organisation depends on fast and reliable access to data. Customer-facing applications, ERP platforms, business intelligence tools, AI models, financial systems, and collaboration platforms all rely on storage infrastructure to perform efficiently.

When storage slows down, the effects quickly ripple across the business.

Employees spend more time waiting for applications to respond. Analytics teams lose valuable time generating reports. Developers experience slower testing environments. Customer experiences become inconsistent. Business leaders receive delayed insights that influence strategic decisions.

These issues rarely remain confined to the data center.

They impact productivity, operational efficiency, customer satisfaction, and ultimately the organisation’s ability to innovate.

This is why storage modernisation is increasingly viewed as a business initiative rather than simply an IT upgrade.

Visibility Before Optimisation
One of the most common mistakes organisations make is trying to solve storage performance problems without fully understanding what’s happening inside the infrastructure.

Adding capacity may relieve pressure temporarily, but it doesn’t explain why performance degraded in the first place.

Modern storage environments generate vast amounts of telemetry that reveal how infrastructure behaves in real time. This data provides valuable insight into workload activity, latency trends, capacity utilisation, and resource consumption.

When organisations can see how workloads interact with storage resources, they are able to identify performance bottlenecks far more quickly than relying on traditional troubleshooting methods.

Visibility enables IT teams to answer important questions such as:

Which applications are creating the highest demand?
Where is latency increasing?
Are storage resources being used efficiently?
Which workloads require optimisation?
Is the problem caused by storage, networking, or configuration?

Instead of waiting for users to report slow applications, organisations can identify abnormal behaviour before it becomes a business disruption.

This proactive approach is becoming one of the defining characteristics of modern infrastructure management.

Why AI-Driven Operations Are Changing Storage Management
Enterprise infrastructure has become too complex for manual monitoring alone.

Modern environments often include hundreds or thousands of virtual machines, databases, business applications, storage volumes, and cloud resources operating simultaneously. Identifying the root cause of a performance issue can take hours — or even days — using conventional monitoring tools.

This is where AI-driven operations are transforming infrastructure management.

Solutions like Dell AIOps continuously analyse telemetry collected across the infrastructure, helping organisations detect unusual behaviour, predict potential issues, and provide actionable recommendations before performance is affected.

Rather than simply generating alerts after something has already gone wrong, Dell AIOps enables IT teams to move from reactive troubleshooting to proactive optimisation.

With continuous visibility into infrastructure health, organisations can:

Detect latency before users notice it.
Identify storage bottlenecks faster.
Improve workload placement.
Simplify root cause analysis.
Reduce manual troubleshooting.
Improve overall operational efficiency.
The goal isn’t to replace IT administrators.

It’s to give them the intelligence needed to make better decisions faster.

Not Every Workload Deserves the Same Resources
One of the biggest contributors to poor storage performance is uneven workload distribution.

Applications rarely consume storage equally. AI training environments, large databases, analytics platforms, ERP systems, and virtual desktop environments often require significantly more resources than other workloads.

When these “hot workloads” compete with less demanding applications, overall performance suffers.

Instead of continuously adding infrastructure, organisations should first understand which workloads are consuming the most resources and whether they are running on the most appropriate storage tier.

Modern telemetry platforms make this process significantly easier by identifying workload hotspots and helping administrators balance infrastructure more effectively.
In many cases, smarter workload placement delivers greater performance improvements than simply expanding storage capacity.

Optimising Storage Performance Starts with Smarter Infrastructure Decisions
Once organisations have visibility into their storage environment, the next step is optimisation. This doesn’t always require replacing existing infrastructure. In many cases, significant performance improvements come from making smarter decisions about how storage resources are allocated and managed.

One of the most effective ways to improve performance is by optimising workload placement. Mission-critical applications, AI workloads, transactional databases, and analytics platforms often compete for the same storage resources, even though their performance requirements are very different.

By identifying high-demand workloads and placing them on the most appropriate storage tiers, organisations can reduce latency, improve responsiveness, and make better use of existing infrastructure. This approach not only enhances performance but also postpones unnecessary hardware investments.

At the same time, configuration settings such as Quality of Service (QoS), cache allocation, compression, and data reduction play an important role in maintaining consistent performance. Poorly configured environments can experience resource contention, where one demanding application affects the performance of several others.

Regularly reviewing these settings helps ensure that critical applications receive the resources they need while maintaining balance across the entire storage environment.

Don’t Overlook the Network
When applications begin responding slowly, storage is often the first component blamed.

In reality, storage arrays are only one part of the performance equation.

Network congestion, SAN configuration issues, bandwidth limitations, or replication traffic can all introduce latency that appears to be a storage problem. Without end-to-end visibility, organisations risk spending time optimising storage when the real bottleneck exists elsewhere.

A healthy infrastructure strategy therefore includes continuous monitoring of both storage and network performance. Understanding how these components interact allows IT teams to isolate issues faster and resolve them more effectively.

Modern infrastructure management is no longer about monitoring individual devices — it is about understanding the health of the entire ecosystem.

When Is It Time to Modernise?
Every organisation eventually reaches a point where optimisation alone is no longer enough.

If storage environments continue experiencing high latency, capacity constraints, rising management overhead, or inconsistent application performance despite ongoing tuning, it may be time to consider modernisation.

Legacy storage platforms were built for a very different era. They were designed around predictable business applications, moderate data growth, and relatively static workloads. Today’s enterprise environments are far more dynamic.

AI platforms continuously process large datasets. Analytics engines demand real-time performance. Virtualised environments grow rapidly, and hybrid cloud strategies require infrastructure capable of moving data seamlessly across multiple environments.

Supporting these workloads with legacy infrastructure often results in increasing operational complexity and diminishing returns.

Modernisation is not simply about replacing old hardware. It is about adopting infrastructure that can evolve with the business rather than becoming another limitation.

Why Dell PowerStore Is Built for Modern Enterprise Workloads
As organisations modernise their storage environments, they are looking for solutions that combine performance, automation, scalability, and simplicity within a single platform.

Dell PowerStore has been designed around these priorities.

Built on an all-flash NVMe architecture, it delivers the low-latency performance required for demanding enterprise applications while simplifying day-to-day storage management through intelligent automation.

Rather than requiring administrators to spend hours manually optimising infrastructure, Dell PowerStore continuously helps improve resource utilisation and operational efficiency. This allows IT teams to spend less time maintaining storage and more time supporting business innovation.

Its flexible architecture also makes it well suited for organisations running virtualised environments, AI initiatives, analytics platforms, and hybrid cloud deployments. As workloads evolve, PowerStore provides the scalability needed to grow without introducing unnecessary complexity.

The result is a storage platform that not only improves performance but also supports long-term infrastructure modernisation.

A Practical Approach to Fixing Slow-Performing Storage
Organisations looking to improve storage performance can follow a structured approach:

Assess Infrastructure Health
Begin by collecting telemetry and performance data to understand how storage resources are being utilised and where latency is occurring.

Identify High-Demand Workloads
Determine which applications, databases, or virtual machines are consuming the most resources and evaluate whether workload placement can be improved.

Optimize Configuration
Review QoS policies, cache utilisation, compression, and data reduction settings to ensure infrastructure is operating efficiently.

Validate Network Performance
Confirm that network bandwidth, storage connectivity, and SAN configurations are not contributing to application latency.

Automate Monitoring
Implement AI-driven operations using platforms such as Dell AIOps to continuously monitor infrastructure health, detect anomalies, and simplify troubleshooting.

Modernise Where Necessary
When legacy infrastructure can no longer meet business requirements, transition to modern storage platforms such as Dell PowerStore to support future growth with greater performance and operational simplicity.

Key Takeaways

Storage performance has become a critical business priority as organisations expand AI, analytics, virtualisation, and hybrid cloud initiatives.
Most performance issues are caused by a combination of infrastructure complexity, workload imbalance, limited visibility, and aging systems rather than insufficient capacity alone.
AI-driven monitoring enables organisations to detect performance issues proactively instead of relying on reactive troubleshooting.
Optimising workload placement, QoS policies, cache utilisation, and network health can significantly improve storage performance.
Dell PowerStore combines high-performance NVMe architecture, intelligent automation, and flexible scalability to help organisations modernise storage while simplifying operations.

Accelerating Storage Modernisation with Dell Technologies and Redington.

Improving storage performance is no longer just about deploying faster hardware. Organisations increasingly need partners who can help them understand existing infrastructure, identify optimisation opportunities, and build environments that are ready for future business demands.

Together, Dell Technologies and Redington provide enterprises with the technology, expertise, and implementation support needed to modernise storage infrastructure with confidence.

From AI-driven operations through Dell AIOps to modern all-flash storage with Dell PowerStore, organisations can simplify infrastructure management while preparing for AI, analytics, virtualisation, and hybrid cloud growth.

The combination of intelligent technology and experienced ecosystem support helps businesses reduce complexity, improve operational efficiency, and accelerate digital transformation.

Building High-Performance Infrastructure for the AI Era
Enterprise infrastructure is changing rapidly.

As AI, analytics, and hybrid cloud become central to business strategy, storage performance will continue to influence how effectively organisations innovate and compete.

Fixing slow-performing storage is not about finding a single bottleneck or adding more capacity. It requires a broader strategy built on visibility, intelligent operations, workload optimisation, and modern infrastructure.

Organisations that invest in these capabilities today will be better positioned to support tomorrow’s workloads with greater agility, resilience, and operational efficiency.

Dell AIOps and Dell PowerStore provide the intelligence and performance needed to support this transformation, helping enterprises move beyond reactive infrastructure management and build a storage foundation ready for the future.

Frequently Asked Questions
What causes enterprise storage to slow down?
Common causes include workload imbalance, storage latency, outdated infrastructure, inefficient configuration, network bottlenecks, and increasing operational complexity as environments grow.

Why is infrastructure visibility important?
Visibility allows organisations to identify bottlenecks, monitor workload behaviour, detect latency early, and make informed optimisation decisions before users are affected.

What is Dell AIOps?
Dell AIOps is an AI-driven operations platform that uses telemetry, analytics, and automation to help organisations monitor infrastructure health, identify anomalies, and proactively optimise performance.

How does Dell PowerStore improve storage performance?
Dell PowerStore delivers high-performance all-flash NVMe storage, intelligent automation, flexible scalability, and simplified management, enabling organisations to support modern enterprise workloads more efficiently.

When should organisations modernise their storage infrastructure?
If storage environments consistently experience performance limitations, rising operational complexity, or cannot effectively support AI, analytics, virtualisation, and hybrid cloud workloads, modernisation becomes the most effective long-term solution.

Is Dell PowerStore Elite Good for AI Workloads? Why Modern AI Starts with the Right Storage Foundation

Redington Limited — Sat, 04 Jul 2026 09:54:50 +0000

AI Is Raising the Bar for Enterprise Infrastructure
We know that AI has quickly moved from experimentation to execution.

Across industries, businesses are using it to automate processes, improve customer experiences, uncover insights from data, and support faster decision-making. What was once viewed as an emerging technology is now becoming part of everyday operations.

Behind every successful AI initiative, however, is one common requirement: access to data.

And not just access — but fast, reliable, and consistent access.

As AI models become larger and analytics workloads grow more demanding, infrastructure teams are discovering that storage plays a far greater role than many expected. Conversations about AI readiness are no longer limited to GPUs or compute capacity. Increasingly, they’re about whether the underlying infrastructure can keep pace with the speed at which data needs to move.

For many technology leaders, the question has shifted from “Can we adopt AI?” to “Is our infrastructure ready to support it?”

AI Workloads Demand a Different Kind of Performance
Traditional enterprise applications have always relied on reliable storage, but AI introduces an entirely different pattern of data access.

Instead of handling predictable transactions, AI workloads continuously process, analyze, and move large volumes of information. Add virtual machines, databases, analytics platforms, and modern applications into the same environment, and legacy storage can quickly become a bottleneck.

The symptoms are familiar.

Applications become less responsive. Analytics take longer to complete. Infrastructure teams spend more time investigating performance issues instead of delivering new capabilities.

The challenge isn’t simply processing more data.

It’s ensuring the infrastructure can deliver consistent performance as workloads continue to evolve.

Is Dell PowerStore Elite Good for AI Workloads?
This is where modern storage architecture becomes increasingly important.

Dell PowerStore Elite combines high-speed NVMe architecture with AI-powered automation, making it a strong fit for data-hungry workloads that need fast, predictable performance.

Rather than introducing dedicated infrastructure for AI projects, Organisations can support AI, analytics, virtual machines, databases, and business applications from a unified storage platform.

That means fewer infrastructure silos, simpler operations, and a foundation that’s ready to support both current and future workloads.

Performance Is About More Than Speed

When Organisations evaluate infrastructure for AI, it’s easy to focus on raw performance numbers.

In reality, consistency is often just as important.

A few seconds of additional latency may seem insignificant, but across analytics platforms, AI models, and business-critical applications, those delays can affect productivity, user experience, and decision-making.

Modern infrastructure needs to deliver reliable performance not only during peak demand but as workloads continue to grow.

Dell PowerStore Elite combines high-speed NVMe architecture with intelligent automation to help optimise storage performance continuously. Instead of relying on constant manual tuning, infrastructure teams benefit from a platform that works to maintain predictable performance as environments evolve.

The outcome isn’t simply faster storage — it’s greater confidence that applications will continue performing as the business grows.

One Platform for AI and Everything Around It
Few Organisations are building infrastructure exclusively for AI.

Most are supporting a combination of virtual machines, databases, ERP systems, collaboration platforms, file services, analytics workloads, and increasingly, cloud-native applications.

Adding AI shouldn’t require introducing another storage environment.

Dell PowerStore Elite brings block, file, and container workloads together within a unified architecture, making it easier to consolidate infrastructure while remaining flexible enough to support new technologies as they emerge.

A unified platform allows Organisations to:

Support AI and analytics alongside everyday business applications.
Reduce infrastructure silos across the data center.
Simplify storage management for diverse workloads.
Scale performance and capacity as business needs evolve.
Build a stronger foundation for future innovation.
Instead of redesigning infrastructure every time technology changes, businesses gain a platform that’s built to adapt alongside them.

AI Readiness Also Depends on Operational Simplicity
Performance is only one part of the equation.

As AI adoption increases, infrastructure inevitably becomes more complex. New workloads, larger datasets, and additional applications all place greater demands on technology teams.

The last thing IT leaders need is another platform that requires constant attention.

Dell PowerStore Elite uses AI-powered automation to simplify routine storage operations, helping reduce manual administration while keeping performance optimised in the background.

That allows infrastructure teams to spend less time managing storage and more time supporting the initiatives that move the business forward.

Because successful AI strategies aren’t built on performance alone — they’re built on infrastructure that’s both powerful and practical to manage.

Is Dell PowerStore Elite the Right Choice for AI-Ready Infrastructure?
Organisations investing in AI need infrastructure that can grow alongside their ambitions.

Dell PowerStore Elite is well suited for businesses looking to:

Prepare infrastructure for AI and advanced analytics.
Improve performance for data-intensive workloads.
Consolidate storage across multiple application environments.
Simplify day-to-day infrastructure management.
Scale confidently without increasing operational complexity.
Rather than treating AI as a separate technology initiative, businesses can build a storage foundation that supports innovation acr oss the entire organisation.

Frequently Asked Questions
Is Dell PowerStore Elite good for AI workloads?
Yes. Dell PowerStore Elite combines high-speed NVMe architecture with AI-powered automation, making it a strong fit for data-hungry workloads that require fast, predictable performance.

Why is NVMe important for AI?
AI workloads process large amounts of data at high speed. NVMe architecture helps reduce latency and delivers the fast, consistent performance these workloads require.

Can Dell PowerStore Elite support AI alongside traditional enterprise workloads?
Yes. Dell PowerStore Elite supports AI, analytics, virtual machines, databases, file services, and containerised applications from a single unified platform.

How does AI-powered automation help?
AI-powered automation continuously optimises storage operations, reducing manual management tasks while helping maintain consistent performance as workloads grow.

Looking Ahead
AI is changing the way Organisations build, operate, and innovate — but successful AI initiatives rely on far more than powerful models or advanced algorithms.

They depend on infrastructure that can consistently deliver data where and when it’s needed.

Dell PowerStore Elite combines high-speed NVMe performance with intelligent automation to help Organisations support AI alongside the workloads that already power the business. By simplifying operations while maintaining predictable performance, it creates a storage foundation that’s ready not only for today’s AI initiatives but also for the technologies that will shape tomorrow.

As AI adoption continues to accelerate, the Organisations that gain the greatest advantage will be those whose infrastructure is prepared to evolve just as quickly.