Hybrid cloud has become the default operating model for modern enterprises. Applications now run across on-premises data centers, public cloud platforms, SaaS environments, and edge locations. For IT infrastructure leaders, this shift introduces a critical challenge: network predictability.

As environments expand, enterprise networks often shift into a patchwork of connectivity technologies. MPLS circuits, SD-WAN overlays, VPNs, SASE frameworks, private links, and cloud provider on-ramps frequently operate side by side with limited coordination.

Over time, this architecture becomes increasingly difficult to manage. Traffic paths grow unpredictable, network policies vary between locations, and visibility declines as tools operate in silos. What began as a flexible hybrid environment can quickly become an operational liability.

To restore structure and control, many organizations are adopting a unified hybrid cloud backbone, otherwise known as an architectural model that standardizes connectivity across data centers, clouds, and edge environments.

The Cost of Unstructured Hybrid Networking

Before widespread cloud adoption, enterprise networking was relatively centralized. Applications and workloads primarily lived inside corporate data centers, which made routing, segmentation, and policy enforcement easier to maintain.

Hybrid cloud environments fundamentally changed that model. For example today’s applications operate across multiple infrastructure domains simultaneously:

• On-premises data centers
• Public cloud environments
• SaaS ecosystems
• Remote offices and edge locations

Meanwhile, the number of connectivity technologies has increased significantly. Many organizations operate combinations of MPLS, SD-WAN, internet VPNs, and direct cloud connections simultaneously.

When each environment connects independently to every other environment, this leads to network fragmentation. Infrastructure teams often describe this condition as connectivity sprawl, a situation where traffic paths become opaque and governance becomes difficult.

Instead of operating as a cohesive architecture, hybrid cloud networks evolve incrementally as new connections are added for each new project or workload.

The result is an environment that is reactive rather than intentional.

Introducing the Unified Hybrid Cloud Backbone

A unified backbone introduces a standardized connectivity layer that sits in front of distributed environments. Rather than connecting every system to every other system, all environments attach to a shared backbone network.

This architecture introduces several important principles:

• Centralized Connectivity: Instead of building point-to-point connections between environments, organizations route traffic through a centralized backbone layer. This reduces complexity and simplifies traffic management.
• Standardized Connection Models: Every environment—whether a campus network, data center, or cloud region—connects to the backbone using a consistent architecture. This ensures predictable routing behavior.
• Single Logical Access Point: Applications and users connect to the backbone once and gain governed access to services across multiple environments.
• Predictable Traffic Flow: Routing policies remain consistent throughout the architecture, allowing infrastructure teams to understand how traffic moves between locations.

Cloud-Native Management Across the Network Edge

A hybrid cloud backbone only works if infrastructure at the edge aligns with the architecture.

Campus networks, branch offices, and remote environments frequently operate under different configuration models than data center infrastructure. Firmware schedules vary, policy enforcement differs, and monitoring tools often operate independently.

Cloud-native network management platforms address this challenge by introducing centralized control across distributed environments.

Solutions such as Juniper Mist AI and HPE Aruba Networking Central provide unified management for wired, wireless, and edge infrastructure.

These platforms enable infrastructure teams to:

• Manage campus and branch networks through a single interface
• Collect telemetry across users, devices, and applications
• Validate configuration policies continuously
• Integrate networking operations with IT service management platforms

Intent-Based Networking in the Data Center

While edge environments are critical, hybrid cloud predictability ultimately depends on the data center architecture. Traditional data centers often become fragmented over time as manual changes accumulate. Hardware upgrades, configuration updates, and policy adjustments gradually move the environment away from its original design intent.

Intent-based networking solves this challenge by defining the desired operational state of the network and continuously validating the live environment against that state.

Platforms such as Juniper Apstra enable this approach through blueprint-driven infrastructure design.

These blueprints define operational policies related to:

• High availability
• Network segmentation
• Performance thresholds
• Routing and traffic flows

The system continuously verifies whether the live network aligns with the blueprint. If deviations occur, administrators receive alerts before those inconsistencies impact production workloads. Intent-based networking shifts operations away from device-by-device configuration toward policy-driven infrastructure management, a key capability for hybrid cloud environments operating at enterprise scale.

Wireless Infrastructure: The Edge of Hybrid Cloud

While backbone architecture often focuses on data centers and cloud connectivity, the wireless edge has become just as critical to hybrid cloud performance.

Modern enterprises rely heavily on wireless connectivity for collaboration tools, cloud applications, and mobile devices. Employees expect consistent access whether they are working in offices, campuses, or shared environments.

Technologies such as WPA3, Wi-Fi 6E, and Wi-Fi 7 introduce new capabilities that strengthen both performance and security at the edge of the hybrid network.

Stronger Wireless Security: WPA3 introduces stronger encryption and improved authentication compared to previous wireless security protocols.

For enterprise environments, WPA3-Enterprise provides 128-bit AES encryption, along with improved key management and protection against password-related attacks.

This improvement is particularly important for organizations handling sensitive data or meeting regulatory compliance requirements.

Higher Wireless Performance: Wi-Fi 6E expands wireless networking into the 6 GHz spectrum, offering access to a less congested band with additional channels for high-density environments.

Wi-Fi 7 builds on this capability with features such as Multi-Link Operation and wider 320 MHz channels, which improve throughput and reduce latency.

For hybrid cloud applications (especially video collaboration, SaaS platforms, and real-time analytics) these improvements translate into more stable user experiences.

Future-Ready Infrastructure: Upgrading wireless infrastructure ensures that networks can support the growing number of connected devices and bandwidth-intensive workloads in modern enterprises.

Wireless upgrades also prepare organizations for future technologies, automation initiatives, and emerging application demands.

Network-as-a-Service and Hybrid Connectivity

Another emerging component of next-generation hybrid networking is Network-as-a-Service (NaaS).

Traditional WAN architectures often require lengthy circuit provisioning and manual configuration processes. NaaS platforms introduce a more flexible model where connectivity can be provisioned and adjusted through software.

Key advantages include:

• Rapid provisioning of network connections
• Flexible bandwidth adjustments
• Centralized management of network links
• Direct connectivity to major cloud providers

Building a Hybrid Cloud Architecture That Scales

Hybrid cloud networking becomes unpredictable when architecture gives way to incremental expansion.

When each new workload introduces new connections, routing models vary across regions and policies differ between environments. A unified backbone restores order by introducing structure across the entire infrastructure stack.

Key elements include:

• A standardized connectivity backbone
• Cloud-native network management
• Intent-based data center architecture
• Modern wireless infrastructure at the edge
• Flexible connectivity through NaaS models

How WEI Helps Organizations Modernize Hybrid Cloud Networking

Architecting a unified hybrid cloud backbone requires more than deploying new hardware. It requires careful assessment, design, and implementation across the entire infrastructure environment.

From backbone architecture to campus wireless modernization, WEI engineers help transform distributed networks into cohesive environments that support cloud growth, hybrid work, and next-generation applications.

With the right architecture, and the right execution, it becomes a reliable foundation for enterprise innovation. Contact our networking experts today to get started.

Next Steps: As organizations expand across on-prem data centers, public cloud platforms, SaaS ecosystems, and edge environments, connectivity often grows organically rather than architecturally.

This results in a fragmented routing paths, overlapping connectivity technologies, and limited visibility into how traffic moves across environments.

Ìýto learn how aÌýunified hybrid cloud backboneÌýcan restore structureÌýand control across your enterprise network.Ìý

The post Building a Unified Backbone for Next-Generation Hybrid Cloud Networking appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Businesses increasingly adopt and deploy multiple cloud solutions to enhance operations and cost efficiency. While public clouds offer many benefits, they may not always meet the needs of organizations with strict data sovereignty requirements, latency-sensitive applications, or a desire for greater control over their IT infrastructure. This is where private clouds come into play.

An enterprise private cloud provides a tailored solution that combines the cloud’s flexibility with enhanced security and compliance. As more businesses explore private cloud options, let’s dive into the challenges associated with traditional approaches and how modern solutions can address them.

Common Pain Points Of Traditional Private Cloud

Many organizations have turned to private cloud solutions to maintain control over their data, applications, and infrastructure. However, when evaluating their private cloud options, it’s crucial to recognize the common challenges that can arise, especially when scaling and optimizing an enterprise private cloud.

• Data sovereignty and compliance: A key issue with traditional private cloud environments is ensuring data sovereignty. Industries such as finance and healthcare are often bound by strict regulatory requirements, which mandate that data must be stored within specific national borders. Managing data residency in these cases can be complex and costly, especially when compliance must be maintained across multiple jurisdictions. For businesses handling sensitive information, addressing these compliance concerns is essential. Choosing the right business private cloud solution is critical to maintaining full control over where data is stored.
• Latency-sensitive applications: Industries that rely on real-time responsiveness, such as high-frequency trading, real-time analytics, or media streaming, cannot tolerate high latency. In traditional public cloud setups, latency issues arise due to the overlooked fact of the distance between the user and cloud data centers. For businesses operating in latency-sensitive environments, these delays can lead to performance bottlenecks and negatively impact critical applications. Traditional private clouds often struggle to meet real-time performance demands, affecting operations and user experience.
• Complex infrastructure management: Managing an enterprise private cloud often involves substantial overhead, including hardware procurement, software management, and ongoing maintenance. This complexity can be particularly burdensome for businesses without specialized IT teams or the necessary resources to handle intricate cloud operations. Traditional private cloud infrastructures require constant attention to ensure that resources are properly allocated and maintained, leading to inefficiencies and potential operational delays.
• Cost optimization and scalability: Traditional private cloud models typically require significant upfront capital investments in hardware and software, making them expensive to deploy and challenging to scale. Many businesses overprovision resources to avoid performance issues, resulting in wasted spending. Additionally, scaling traditional private cloud environments to meet fluctuating demands is often slow and costly, limiting the flexibility enterprises need. Addressing this lack of scalability and cost optimization is a common pain point for organizations looking to modernize their private cloud environments without incurring excessive expenses.

By addressing compliance, performance, complexity, and cost challenges, organizations can build a more effective and future-proof private cloud environment that aligns with their current needs and long-term goals.

Solving Traditional Challenges Of Private Cloud Environments

Building on its ability to address the limitations of traditional private cloud environments, HPE GreenLake for Private Cloud Business Edition offers a comprehensive solution that brings the agility of the cloud to on-premises infrastructure. This approach allows businesses to enjoy the benefits of private cloud computing, such as enhanced control and security, while maintaining the flexibility and scalability typically associated with public cloud platforms. By tailoring its services to meet specific business needs, HPE GreenLake ensures that organizations across various industries can overcome the challenges of traditional private clouds and optimize their operations for the future.

• Hybrid Cloud Environments: HPE GreenLake enables businesses to seamlessly integrate on-prem infrastructure with public cloud resources, providing a hybrid solution. This is particularly useful for businesses managing workloads that require on-prem data storage while leveraging public cloud scalability.
• Data-Intensive Applications: For industries that deal with vast amounts of data, such as healthcare, finance, or research, HPE GreenLake’s private cloud options provide a secure, scalable platform. Data can be processed locally, ensuring both security and efficiency while meeting the stringent performance requirements of data-intensive applications.
• Seasonal Workloads and Fluctuating Demand: Retailers or online retail platforms often experience seasonal surges in demand, particularly around holidays or special events. Rather than investing in resources that will remain underutilized during off-peak periods, HPE GreenLake allows businesses to scale resources up or down as needed, providing cost-effective operations throughout the year.
• Gaming Industry: For gaming companies launching new titles, infrastructure needs can fluctuate dramatically. With HPE GreenLake, gaming companies can handle unpredictable surges in demand by scaling resources instantly, preventing downtime, and maintaining optimal user experience.Watch: Becoming An Insights-Driven Enterprise With HPE Storage Solutions
  
  
  

  
  

  
  

  
  
  
  

Key Features

HPE GreenLake for Private Cloud Business Edition stands out with several key features:

1. Self-service portal: A user-friendly interface simplifies resource provisioning and management, reducing the burden on IT teams and enabling quicker deployment.
2. Workload-optimized platforms: The platform can be customized to meet the specific performance needs of different workloads, ensuring that businesses optimize their resource utilization.
3. Hybrid cloud integration: HPE GreenLake supports seamless integration with public cloud providers, allowing businesses to create a flexible and scalable hybrid cloud environment.
4. Data protection: Built-in features safeguard sensitive information and ensure compliance with industry regulations.
5. Scalability: Businesses can scale their resources up or down as needed, responding to changing business requirements in real time.
6. Flexible consumption models: One of HPE GreenLake’s most compelling features pertains to what it was founded on – its flexible consumption models. It offers two primary options:
   • Pay Upfront Model: In this traditional model, businesses invest in hardware and configuration upfront, ideal for organizations that prefer to make capital expenditures (CapEx) and have a long-term view of their infrastructure needs.
   • Pay-As-You-Go Model: This operational expenditure (OpEx) model allows businesses to scale their infrastructure based on usage and pay monthly for the resources consumed. This model is highly scalable and particularly useful for organizations dealing with fluctuating demands or seasonal peaks.

HPE GreenLake for Private Cloud Business Edition provides businesses with the tools to build a more efficient and responsive enterprise private cloud.

Final Thoughts

is transforming the way enterprises manage their cloud infrastructure. Whether you’re addressing latency-sensitive applications, data sovereignty concerns, or unpredictable workloads, HPE GreenLake provides a scalable and reliable solution. With its hybrid cloud capabilities and customizable consumption models, this platform empowers businesses to achieve optimal performance and cost efficiency.

As a premier provider of business private cloud services, WEI is committed to delivering tailored solutions that meet the unique needs of our clients. To learn more about how HPE GreenLake can transform your enterprise, contact us today for a personalized consultation.

Next Steps: Discover how HPE GreenLake delivers an intuitive and cost-efficient cloud experience that enables businesses to scale, manage, and protect their virtual machines across hybrid environments. will highlight the following key benefits:

1. 1. 1. Zero Overprovisioning for Better Economics
      2. Performance for Critical Applications at Scale
      3. Faster Time to Value
      4. Seamless Fit for Any IT Environment
      5. End-to-End Data Protection and Security

The post Why Businesses Choose Enterprise Private Cloud Over Traditional Solutions appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

In today’s data-driven era, businesses face the growing challenge of managing IT infrastructure to handle data’s increasing volume and complexity. This challenge is driven by advancements in cloud computing, the Internet of Things (IoT), and artificial intelligence (AI).

Fortunately, advanced data infrastructure platforms are available to provide a unified approach to data management and storage. By harnessing these solutions, businesses can unlock the full potential of their data, accelerate digital transformation, and gain a competitive advantage.

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A Modern IT Infrastructure Solution

HPE addresses the rapid evolution of data-driven environments with its HPE Alletra suite. A comprehensive platform of cloud-native data infrastructure solutions, HPE Alletra tackles the intricate challenges faced by modern organizations. By harnessing the capabilities of cloud and artificial intelligence, this solution equips IT teams to conquer obstacles and streamline data center management.

This innovative platform delivers a cloud-like experience on-premises, enabling businesses to:

• Simplify IT operations: Streamline workload management and reduce administrative overhead through a unified management console.
• Optimize performance and efficiency: Ensure smooth application performance and rapid data access with exceptional performance and scalability.
• Enable hybrid cloud strategies: Facilitate seamless data mobility and robust disaster recovery through integrated cloud capabilities.

HPE Alletra offers three distinct options to cater to diverse business needs and IT environments. Each option is designed to enhance and empower modern IT infrastructure.

1. HPE Alletra 5000 For Agility

If your team and organization are looking to optimize infrastructure while ensuring data reliability and performance, HPE Alletra 5000 provides a robust hybrid cloud data protection platform. It leverages the proven strengths of HPE Nimble Storage to deliver a powerful and efficient hybrid storage platform.

Designed for mainstream enterprise workloads, the Alletra 5000 is a versatile platform capable of handling a wide range of applications by bridging the gap between on-premises storage and the cloud through:

• Cloud-native architecture and HPE GreenLake integration: Simplifying storage management and accelerating deployment with a cloud-centric approach.
• AI-powered HPE InfoSight: Proactively identifying and addressing potential issues, optimize performance, and streamline operations with the help of AI. Transform support experience with 86% of problems are automatically predicted and resolved with HPE InfoSight.
• Accelerated application performance: The Alletra 5000 delivers exceptional application responsiveness by leveraging advanced data reduction techniques and high-performance flash storage. Using intent-based provisioning, you can boost time to value with 99% operational time savings.
• Simplified management: Line of business/database admins can self-provision storage for faster app deployments. Unlike competing solutions that often require multiple consoles and complex scripting, Alletra 5000 provides a unified, user-friendly, and intuitive management console with AI-powered automation to streamline operations and reduce administrative burden.
• Hybrid cloud flexibility: Seamlessly integrate on-premises and cloud environments to optimize data protection and disaster recovery.

HPE Alletra 5000 also excels in balancing high performance, scalability, and cost-effectiveness. It delivers exceptional performance with sub-millisecond latency and up to 25% faster speeds compared to its . Flexible consumption models, including CAPEX and subscription options, are available to accommodate diverse budgetary requirements.

As data resilience is the cornerstone of modern IT, HPE Alletra 5000 prioritizes hybrid cloud data protection that provides the following:

• Guaranteed 6x9s data availability: Ensure business continuity with a reliable and resilient storage platform for general-purpose apps.
• Seamless data protection: Leverage built-in features and HPE Backup and Recovery Service for effortless data protection across environments.

Ideal for smaller businesses and remote offices, the entry-level Alletra 5000 provides cost-effective file sharing, robust data protection, and essential application support. Whether you’re looking to modernize your IT infrastructure or optimize existing resources, the platform’s ability to deliver cloud-like experiences on-premises, coupled with advanced data management capabilities, makes it a more versatile option for a broader range of workloads.

2. HPE Alletra 6000 For Business-Critical Applications

The Alletra 6000 is engineered for demanding business-critical workloads that require high availability, low latency, and powerful data protection. While both Alletra 5000 and Alletra 6000 are designed to deliver cloud-like experiences for on-premises storage, they cater to different performance and capacity needs.

The Alletra 6000 excels in demanding applications such as databases, virtualized environments, and other critical enterprise workloads. Key features of the Alletra 6000 include:

• Unmatched performance: The Alletra 6000 delivers lightning-fast response times thanks to its all-NVMe architecture. Designed to handle demanding workloads such as databases, virtualized environments, and enterprise applications, it boasts sub-millisecond latency and the capacity to process millions of IOPS with its all-flash array. As a result, the Alletra 6000 significantly outperforms traditional storage systems.
• End-to-end data protection: The system offers comprehensive data protection capabilities, including snapshot, replication, and backup to safeguard critical business data. Similar to Alletra 5000, Alletra 6000 offers six nines of availability, ensuring continuous access to data even in the face of catastrophic failures. This comprehensive protection is enhanced by the following interconnected platforms:
  • HPE InfoSight predicts and prevents 86% of issues, thus significantly reducing support tickets by 73% and resolution times by up to 69%.
  • and a focus on flash optimization deliver unmatched performance without compromising data protection.
  • HPE’s program offers investment protection and a unique ownership experience.
• Hybrid cloud integration: Seamlessly extend on-premises data protection to the cloud for enhanced disaster recovery and business continuity.

Positioned as a mid-range scalable storage solution, the Alletra 6000 balances performance and capacity. It is suitable for a wide range of workloads, including general-purpose storage, file sharing, and data protection.

Watch: Refresh Your Infrastructure Playbook With HPE Alletra Storage Updates

3. HPE Alletra 9000 For Robust Performance

The Alletra 9000 is engineered for peak performance, availability, and security applications. Its advanced architecture includes:

• 48 drive slots that look thinner than those of the Alletra 6000.
• More I/O ports in the back than the Alletra 6000 – up to 48 network interface ports.
• Ethernet ports support speeds of 10 or 25 Gbit/s.
• FC ports support speeds of 16 or 32 Gbit/s to provide ample connectivity and bandwidth for demanding workloads.

This substantial increase in capacity and connectivity, compared to its predecessor, the Alletra 6000, positions it as the ideal foundation for mission-critical applications.

The Alletra 9000 excels in meeting the stringent latency and availability requirements of critical workloads due to the following features:

• Cloud-inspired management: The Data Services Cloud Console transforms storage management into a streamlined, user-friendly experience. It offers rapid deployment, AI-driven provisioning powered by HPE InfoSight, and seamless upgrades.
• Robust resiliency: The Alletra 9000 safeguards data availability with multiple layers of protection. Intelligent software proactively detects and corrects silent data corruption, while HPE InfoSight leverages machine learning to predict and prevent disruptions. This combination of features ensures the platform’s 100% Availability Guarantee, providing peace of mind for teams working on mission-critical applications.
• High performance: An all-NVMe architecture and an embedded AI engine ensure real-time application optimization, resulting in predictable performance and ultra-low latency. It also can support up to 96 SAP HANA nodes in a compact 4U form factor.

Additionally, flexible consumption options and flat support pricing make HPE Alletra 9000 a cost-effective and reliable choice for modern IT environments.

With a focus on simplicity and predictability, HPE Alletra 9000 eliminates the complexities associated with traditional storage systems. by combining advanced hardware, intelligent software, and a cloud-centric approach. This empowers IT professionals to confidently address the challenges of today’s complex IT infrastructure while laying the groundwork for future growth.

Final Thoughts

Modern businesses must manage intricate IT infrastructures while ensuring data security and reliability. By carefully evaluating your organization’s specific needs, you can select the ideal HPE Alletra solution to optimize performance, enhance efficiency, and mitigate risks. Investing in advanced data infrastructure solutions and embracing hybrid cloud data protection strategies empowers organizations can unlock the full potential of their data, drive innovation, and gain a competitive edge.

Our team of experts can help you maximize your IT infrastructure and leverage the hybrid cloud. Contact us today to discover how HPE Alletra can transform your IT infrastructure and drive your business forward.

Next Steps: In today’s competitive landscape, becoming a data-driven organization is essential for understanding customer needs, driving strategic decisions, and achieving business growth. Every day, WEI helps businesses leverage advanced analytics, big data, IoT, and cloud computing to gain real-time insights and make agile decisions. This transformation enables companies to tailor their offerings, improve customer acquisition and retention, and drive profitability.

Download this free white paper to discover:

• The definition of data modernization
• The importance of being data-driven
• The power and potential of untapped data
• Why technology should have a human element
• Three cybersecurity challenges for data modernization

The post Achieve Faster, More Secure IT Infrastructure With These Advanced Solutions appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

The advent of 2024 opens a new era, spotlighting the significant strides in cloud adoption and digital transformation that organizations have dramatically pushed forward, some by as much as six years. This rapid progression aims at fostering business innovation, gaining competitive edges, and achieving set business objectives. Looking back reveals a period of not only acceleration, but also substantial expansion. Applications now reside just about everywhere, distributed across traditional data centers, clouds, colocation providers, and computing edges. It is a new landscape that signals a broadened scope of IT infrastructure.

Challenges of Multi-cloud

For starters, the “cloud” is a concept, not a single entity. According to the , 69% of businesses use at least two different cloud providers, with nearly one in five using four or more. That represents a level of complexity that network and cybersecurity teams did not have to contend with in earlier years. The mentioned Fortinet report shows us some of the challenges of managing multiple clouds.

• 32% of those surveyed in the study cited visibility as a challenge. You cannot secure what you cannot see clearly.
• An equal number cited a lack of cohesive security controls to secure everything.
• 37% said that compliancy requirements become more burdensome with the addition of multiple clouds.

However, the primary challenge identified was the shortage of staff proficient in various cloud platforms, perpetuating the siloed workforce that is reminiscent of traditional data center days where roles were divided by specific tool expertise.

Complexity Equates to Risk

The complexity of managing multiple clouds directly increases risk. A lack of visibility and expertise, alongside disjointed security measures, leads to heightened threat perception among organizations. According to survey findings, misconfigurations in cloud settings are seen as the primary risk, triggering a cascade of security issues, from insecure APIs to unauthorized access, culminating in data breaches. This concern is shared by half of the survey respondents, underlining the critical nature of these interconnected threats in multi-cloud environments.

Simplified & Cohesive Security

Threat actors look for security gaps to exploit. The more clouds you utilize, the greater the attack surface. That truth is recognized. The answer to this challenge is not to deter from using multiple clouds, as this strategy allows for a more flexible and tailored IT infrastructure. The answer resides in the implementation of a single cohesive security platform that would offer a consolidated dashboard, enhanced visibility, and streamlined management, while mitigating the need for multiple cloud-specific tools expertise. A resounding 90% of survey participants agreed that this approach would significantly aid in addressing their topmost concerns:

• Preventing cloud misconfigurations
• Securing major cloud apps already in use
• Defending against malware
• Achieving regulatory compliance

Organizations are increasingly looking to adapt multi-layered security models that not only enhance protection across platforms, but also complement native provider capabilities.

Fortinet Security Fabric

If your business is going to integrate with multiple clouds, it only makes sense that your security solution needs to seamlessly integrate with all of them as well. That is what Fortinet’s Security Fabric does. It offers a comprehensive and holistic approach to cloud security that enables enterprise IT leaders to secure all applications, data, and infrastructure from a central location, while also providing the necessary visibility and control to ensure that policies are consistently applied across all environments. By leveraging automation and threat intelligence, can swiftly identify and respond to threats, minimizing risk and enhancing overall security posture within cloud environments.

Seamless Integration with Cloud Platforms and Ecosystems

Fortinet Security Fabric integrates with most cloud platforms to ensure consistent security for all applications, while still allowing your business to enjoy the flexibility scalability and efficiency that a hybrid cloud provides. Let’s explore how Fortinet Security Fabric collaborates with the biggest leading public cloud platforms.

1. Amazon Web Services (AWS)

Fortinet offers SaaS, VM containers, and API-based protection to deliver natively integrated security functionality for AWS. This security solution includes the following to provide a powerful defense against cyber threats:

• Firewalls
• Security Gateways
• Intruder Prevention
• Web Application Security

These features effectively complement existing AWS security tools such as GuardDuty and Security Hub to extend these native capabilities

2. Microsoft Azure

For users of Microsoft Azure and Office 365, the Fortinet Security Fabric enhances security across multi-cloud setups with features such as:

• Comprehensive Protection
• Automated Management
• Native Integration

Fortinet offers advanced threat protection designed for Azure’s hybrid-cloud setups and Office 365, including next-generation firewalls, cloud-based security infrastructure management, and intrusion prevention systems. For Office 365, Fortinet delivers automated defenses against web and email threats, robust identity solutions, and thorough reporting tools for improved cybersecurity visibility and control.

WEI & Fortinet Webinar: Security, Visibility and Control of Public Cloud Infrastructure and Workloads

3. Google Cloud Platform

Fortinet Cloud Security for Google Cloud offers resilient enterprise security for both on-premises data centers and cloud environments. The Security Fabric provides multi-layered protection for cloud-based applications, incorporating network, application, and cloud platform security features.

It integrates seamlessly with Google Cloud’s infrastructure, providing comprehensive security coverage across the cloud environment. This includes protecting against advanced threats, enforcing security policies, and offering detailed visibility and control over cloud resources. This extensive solution is accessible through virtual machines, containers, and SaaS offerings, seamlessly integrating Fortinet Security into the Google Cloud infrastructure.

In addition to Fortinet’s seamless ability to integrate with multiple clouds, the ecosystem brings together technology and threat-sharing collaborations amongst Fortinet partners.

Final Thoughts

Similar to other leading businesses, you have spent the past several years accelerating digital transformative efforts. Now, it is time to accelerate security to eliminate any existing gaps in your expanded IT landscape. Are you ready to take your cloud journey to the next level? Contact our team of experts at WEI, and we’ll be happy to get you started with a thorough assessment of your existing cloud environment.

Next steps: Managing and securing data, applications, and systems has become more arduous and time-consuming with the rise of cloud adoption and the expansion of the digital attack surface. To help remedy this, FortiAnalyzer offers a powerful log management, analytics, and reporting platform that features a single console to manage, orchestrate, and respond. Download our free tech brief below to read.

The post The State Of The Cloud In 2024 appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Disasters come in all shapes and sizes. From natural catastrophes like floods and fires to cyberattacks and hardware failures, unexpected events can cripple a business’s operations. These seismic events cause downtime – which equates to lost revenue, damaged reputations, and a potential competitive disadvantage.

This is where disaster recovery (DR) comes in. Regardless of your business environment – physical, virtual, or cloud-based – we’ll outline how you can craft a well-defined DR plan to ensure you can bounce back quickly from disruptions, and minimize downtime and its associated costs.

Downtime Is Expensive

Unplanned downtime causes significant financial impact in multiple areas of a business. This leads to:

• Lost productivity
• Increased customer dissatisfaction because they can’t access essential services, which could lead to customers switching to a competitor.
• Potential legal repercussions, depending on the nature of your business and the impact of the outage.

Beyond the , as revealed by a Gartner study, downtime inflicts long-term damage on your reputation. This is why a proactive and robust DR strategy is essential to significantly reduce the risks associated with outages.

Tailoring DR Strategies For Optimal Recovery

An effective DR plan goes beyond a one-size-fits-all approach. It hinges on two key elements: prioritizing critical business functions and carefully assessing them. When conducting this assessment, consider classifying your workloads into three tiers.

• Tier 1: Mission-Critical Applications – These are the heart of your business, responsible for core functions like sales processing or financial transactions. Recovery for Tier 1 applications needs to be swift and seamless, often within minutes of an outage.
• Tier 2: Important Applications – These applications support daily operations but aren’t mission-critical. Think of email servers or internal communication tools. Recovery for Tier 2 applications can be less immediate but should still be prioritized.
• Tier 3: Non-Critical Applications – These are applications used infrequently or for non-essential tasks. Backups are sufficient for Tier 3 applications, with recovery times being less time-sensitive.

Categorizing applications allows you to tailor an effective DR strategy. This ensures you focus resources and recovery plans on the most critical applications, enabling a faster and more efficient overall recovery.

Cloud DR: A Cost-Effective And Flexible Solution

Powering public cloud providers such as AWS and Azure, Nutanix offers reliable DR solutions for business continuity. It’s not just limited to cloud-based applications, though, as this solution is also applicable to both physical and virtual business environments.

Cloud DR solutions offer seamless integration with virtual environments. This means your virtual machines (VMs) can be easily replicated and activated in the cloud during a disaster. This ensures a swift recovery of your applications and data.

For physical environments, cloud DR utilizes software agents installed on physical servers. These agents continuously replicate server data to the cloud, guaranteeing a recent copy is always available for restoration in case of an outage at your physical location.

Some cloud providers even offer bare metal recovery options. This allows you to recover your physical servers onto virtual machines (VMs) hosted in the cloud. This approach is flexible and gets your physical systems back online faster.

Regardless of the business environment, cloud-based disaster recovery (DR) offers several advantages that transform your strategy:

• Effortless Scaling: Cloud resources can be adjusted on-demand to meet specific recovery needs. This eliminates the need for excess on-premises infrastructure, saving you money during normal operations.
• Cost-Optimization: The cloud’s pay-as-you-go model eliminates upfront capital expenditure on hardware and DR infrastructure. You only pay for the resources you use, leading to significant cost savings.
• Geo-dispersed Protection: Cloud providers offer data centers scattered across various geographical locations. This allows for swift failover to a secondary site in case of a disaster, minimizing downtime.
• Remote Management Flexibility: DR sites hosted in the cloud can be set up and managed remotely. This eliminates the need for dedicated IT staff at the secondary location, streamlining your DR operations.

Overall, cloud DR offers a versatile solution for protecting both physical, virtual, and cloud-based business environments. It simplifies DR management, reduces costs, and ensures faster recovery times during disruptions.

Nutanix Clusters And NC2 For Seamless DR

Nutanix, through Nutanix Clusters and Nutanix Cloud Clusters (NC2), is a terrific option for disaster recovery because it offers several advantages over other cloud providers. Nutanix Clusters is the core offering that provides an on-premise hyperconverged infrastructure (HCI) solution combining computing, storage, and virtualization.

Meanwhile, NC2 allows you to run Nutanix Clusters not just on-site, but also in the cloud, with consistent management experience across both environments. This lets you leverage the familiar Nutanix functionality even when expanding your infrastructure to the public cloud.

The benefits of utilizing both Nutanix Clusters and NC2 are:

• Simplified Disaster Recovery to Public Clouds: NC2 extends the Nutanix environment to public clouds like AWS and Azure, creating a hybrid multi-cloud platform. This makes it easy to replicate your data and failover to the cloud in case of a disaster. Nutanix DR solutions use a tool called Nutanix Cloud Connector (NCC) to handle this process smoothly. NCC orchestrates the failover between your on-site environment and the public cloud you’re using for DR.
• Perfect for Cloud Migration: The familiar Nutanix platform simplifies the transition and minimizes disruption to existing processes. Businesses leverage their existing Nutanix expertise to manage their cloud DR environment.

Beyond The Cloud DR Tools

While cloud resources like Nutanix can be a powerful DR tool, a successful plan requires more than just the adoption of technology. Each organization should also consider the following best practices:

• Identity And Access Management (IAM): Strong IAM protocols ensure that only authorized users can access critical systems during a disaster recovery event. Multi-factor authentication and least-privilege access controls are crucial for safeguarding your data.
• Network Connectivity: Reliable and secure network connections between your on-premises environment and the cloud are essential for seamless failover. Our team of experts at WEI can assist you in designing and implementing a resilient network infrastructure to support your DR strategy.
• Cloud Security: Implement robust security measures to protect your data in the cloud, including encryption and access controls.

Final Thoughts

highlight the importance of protecting your business and data. Cloud-based DR tools offer significant benefits, but they are most effective when paired with meticulous planning.

WEI understands that an effective DR strategy requires a solid foundation as our team simplifies cloud DR. We tailor solutions that seamlessly integrate with your existing infrastructure, handling the intricate setup process for a smooth transition. Our services also extend beyond DR to cover , data center modernization, and more.

WEI’s deep technical bench is equipped to assess your specific requirements and assist you in choosing the optimal solution from our diverse cloud DR portfolio. Contact us today to schedule a consultation with our experts and ensure business continuity in the face of any unforeseen disruption.

Next Steps: When considering the implementation of unified storage, WEI has identified two main options for enterprises to consider: a web-based sandbox or rolling out on-prem. Each approach offers distinct advantages, and businesses should choose the option that best aligns with specific needs and business objectives. Listen as WEI’s Senior Architect & Virtualization Ambassador, explains. 

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With generative text programs and image generators doing things many never thought possible, many industry leaders have focused on the application of AI technologies in content creation. Unfortunately, there is a darker application for artificial intelligence technologies. Ultimately, these complex systems are tools, and – like any tool – they can do a lot of damage in the wrong hands. In no place is that truer than in the practice of cybersecurity.

Cybersecurity is more of an arms race than ever before, and if your enterprise can’t stay ahead of cyber criminals, a malicious event is around the corner. For that reason, it is important for businesses and IT teams to step up protection as technology and attacks evolve.

Thankfully, longstanding cybersecurity providers like Fortinet offer a unifying AI-based security operating system to span the entire distributed security fabric. The latest FortiOS 7.4 eliminates the need to choose between performance and protection, allowing organizations to focus on innovation while maintaining safety. The system’s AI-based threat detection provides extensive control throughout the extended attack surface, guaranteeing secure operations and reducing risk.

Let’s examine the features that make FortiOS 7.4 an essential part of your network security strategy.

Unified Hybrid Network Security Management

As networks and hybrid environments evolve, so too should your secure networking approaches. To maintain optimal and unified security, organizations must explore cutting-edge technologies like hybrid mesh firewalls to provide a converged approach that delivers comprehensive security policy controls between workloads and users.

According to Gartner, the adoption rate of hybrid mesh firewalls is expected to increase, as of organizations will employ multiple firewall deployments by 2026. As such, it is important to rely on a provider that offers a centralized management solution – such as – to oversee the enterprise network across various firewall deployments, both on-premises and in the cloud. This kind of solution should deliver consistent security, management, and analytics throughout the hybrid network and integrate Secure SD-WAN, Secure WLAN/LAN, Universal ZTNA, and a comprehensive SASE solution.

Early Detection And Real-Time Responses To Cyberattacks

Enterprise hybrid network security has evolved from relying on error-prone human intelligence. AI-powered threat intelligence platforms offer capabilities to identify and fix vulnerabilities and misconfigurations across a network. These capabilities are designed to meet current and future cyber threats.

In addition to AI-powered threat intelligence, the latest innovations in endpoint security, SOC automation, and application security have better enabled businesses to build their own self-defending hybrid network ecosystems. These enhancements allow businesses to defend against even the most sophisticated and fast-moving cyber-attacks such as targeted ransomware and advanced persistent threats. These comprehensive solutions ensure companies stay ahead of attackers and provide data and reputation protection against weaponized AI.

Access To An Efficient Risk Reduction Solution

Staying updated with state-of-the-art cyber-physical and industrial control system (ICS) risk reduction solutions enable various OT and SOC teams to effectively analyze and respond to any threat quickly. One solution, for example, comes from FortiOS 7.4’s which offers a dedicated dashboard to view real-time threat visibility features aligned to the MITRE ATT&CK for ICS and OT-specific threat analysis. The result is a faster response time for converged OT and IT environments, keeping your organization ahead of constantly evolving cyber threats.

Fortinet’s Comprehensive Hybrid Network Security Solution

As cyberattacks continue to grow in number and sophistication, businesses need a security solution that supports their digital innovation strategy while keeping pace with cyber threats. is designed to provide an automatic and multi-pronged response to cyber threats. Through years of experience and constant research and development, Fortinet continues to innovate and provide robust protection and improved performance in secure networking and management.

For a comprehensive cybersecurity measure, WEI recommends FortiOS 7.4 to enterprises seeking to secure their hybrid networks. Contact us today and let our team of experts empower your business to achieve your hybrid network security goals.

Next steps: Curious about what your business can do right now to make the most of your hybrid workforce? Download our to learn more about how you can improve the efficiency of your team.

The post FortiOS 7.4: Unpacking The New Hybrid Network Security Update appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

In today’s digital landscape, managing computing infrastructure has become an increasingly complex and challenging task. As more businesses move their data and applications to the cloud, concerns around cloud security and compliance have become increasingly prevalent. Public cloud providers, such as Amazon Web Services (AWS), Microsoft Azure and Google Cloud Platform (GCP), offer a range of security features and tools to protect their customers’ data. Despite these efforts, breaches may occur and businesses face limitations of liabilities from third-party providers in such events. One solution that addresses these concerns originates from HPE GreenLake.

With HPE GreenLake, businesses can access a range of services that offer a unique approach to cloud computing: combining the benefits of a public cloud with the security and control of a private cloud.

1. Unified Management Solution For Your Cloud Environments

HPE GreenLake for provides a unified compute management solution that enables IT professionals to manage thousands of servers located anywhere. Whether it’s remote sites or edge systems, data centers, or hybrid cloud environments, HPE GreenLake PCE delivers a cloud experience that accelerates time to market with policy-based automation and simplifies lifecycle operations.

For example, an organization might use a public cloud environment for non-sensitive workloads that require high scalability and flexibility while using a private cloud environment for sensitive data and mission-critical applications. makes it easy to manage and optimize these cloud environments, providing a single dashboard that allows organizations to monitor and manage their resources across multiple clouds.

There’s also a comprehensive monitoring and analysis tool that enables system administrators to track server health status and firmware compliance. With its intelligent capabilities, the tool delivers insights that empower users to drive the next actions and make informed decisions.

2. Cost-Efficient Cloud Computing Platform

Businesses are always concerned about IT costs, and HPE GreenLake Private Cloud Enterprise is a game-changer for companies looking to optimize their IT operations. The system eliminates the need for on-premise hardware and software purchases and maintenance. The HPE GreenLake Private Cloud solution provides a secure and reliable platform that can be customized to meet the most demanding business requirements. Businesses no longer need to worry about managing complex IT infrastructure, allowing them to focus on what really matters: innovation and growth.

Gone are the days of centralized data lakes. HPE GreenLake PCE is pre-assembled and ready to run, delivering an all-in-one cloud computing management solution that can be hosted in a colocation for a more complete experience. Additionally, businesses don’t need to worry about hidden charges, as PCE users can take advantage of a self-serve and pay-per-use solution that enables companies to free up capital, boost operational and financial flexibility, and maximize manpower to accelerate innovation.

3. Cloud Agility

One of the key advantages of HPE GreenLake is its ability to securely bring cloud agility to distributed computing infrastructure. This eliminates the need for manual tasks like updating firmware and provides automated notifications that give users workload optimization guidance that can be easily implemented. The dashboard enables users to see which hardware needs updating or servicing.

4. Enhanced Cloud Computing Security And Compliance

HPE GreenLake is engineered with enterprise DNA and zero-trust security to bring the cloud to you. Unlike public cloud providers, this platform offers businesses the ability to customize their security policies and controls, ensuring that their data is protected according to their specific requirements. Additionally, HPE GreenLake is equipped with compliance certifications such as HIPAA and PCI-DSS, which demonstrate that their services meet the highest standards of security and compliance.

Final Thoughts

HPE GreenLake is ultimately an innovative solution providing IT professionals with the flexibility and agility needed to respond to business needs. As a trusted HPE partner for over a decade, WEI is uniquely positioned to help businesses navigate the complexities of cloud adoption. Our team of experts can conduct cloud assessments to determine the optimal mix of cloud and on-premises resources to meet your specific business requirements.

Contact us today and let WEI empower your business to reach its full potential with modernized, efficient, and cost-effective cloud computing management.

Next Steps: Experts from Hewlett Packard Enterprise and WEI HPE GreenLake, powered by HPE ProLiant Gen11 Servers with 4th Gen Intel Xeon Scalable processors, delivers:

• Simplified compute operations
• Compute resources for any workload
• Built-in buffer capacity for scalability

The post Four Reasons Why HPE GreenLake Is Ideal For Optimal Cloud Compute Management appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

There is an ongoing shift to hybrid multi-cloud infrastructure, requiring businesses to adopt agile and seamless approaches to workload management across multiple clouds. IT professionals managing enterprise and legacy applications may initially consider virtual machines for on-premise cloud solutions. However, it may be more beneficial to refactor applications using cloud-native technologies like containers, rather than relying on the lift and shift approach.

A lift and shift method may involve moving from traditional VM environments to cloud-based environments like EC2, EBS, or Azure. However, for most modern businesses, a hybrid approach is the best option. , a pioneer in hybrid cloud infrastructure, offers a viable solution to maintain and streamline operations while meeting business needs.

Introducing The Nutanix Cloud Platform

The Nutanix Cloud Platform is a comprehensive enterprise-grade solution that allows enterprises to build a hybrid multi-cloud infrastructure and support workloads and use cases across private and public clouds. The platform is designed to simplify hybrid cloud management, reduce operational costs, and provide a consistent experience across all clouds. It delivers powerful tools and capabilities that enable IT teams to manage, orchestrate, and automate their cloud operations from a single dashboard.

In this blog post, we explore how the Nutanix Cloud Platform helps organizations accelerate value in multiple cloud environments and build a successful hybrid multi-cloud infrastructure.

Reducing Hybrid Cloud Complexity, Costs

Managing a hybrid cloud can be complicated, lengthy, and costly depending on the state of your existing IT infrastructure. Nutanix Cloud Clusters (NC2), an extension of the Nutanix Cloud Platform, offers a multi-cloud solution, eliminating the need for third-party cloud management. NC2 enables IT professionals to oversee their workloads in both private and public clouds through a single dashboard, streamlining administration while providing a comprehensive infrastructure view. It’s primarily designed to accelerate your hybrid cloud initiative.

NC2 also provides a range of other benefits, including:

• Simplified Deployment: The pre-configured infrastructure is easy to deploy and can be set up in no more than one hour, allowing you to start running workloads quickly.
• Reduced Costs: NC2 provides a portable license for your business and enables a single management system for private and public clouds, thereby reducing costs and the need for multiple management tools. No more cloud lock ins! IT also helps soften the impact of common hidden cloud costs such as:
  • Cloud instance network performance limits require larger instances
  • Egress out from cloud is greater than anticipated
  • Disk performance requires provisioned IOPS, overallocation of disk, or ultra disk
• Improved Performance: Enable consistent performance across private and public clouds, ensuring that workloads always run at peak efficiency.

Improved Risk Management

The Nutanix Cloud Platform offers comprehensive security features such as encryption, access management, and network security to keep data safe and secure in both private and public clouds. This is crucial in light of increasing cyber threats and helps businesses manage risks in hybrid cloud operations.

Additionally, the platform automates management tasks, reducing the need for manual intervention, and ensuring a seamless and up-to-date cloud infrastructure. It also provides tools such as automation, orchestration, and workload mobility to improve efficiency and reduce downtime and costs.

Accelerating Value In The Public Cloud

The Nutanix Cloud Platform offers businesses a consistent management experience across all clouds, allowing for efficient deployment of workloads and applications. This enables companies to leverage the scalability and flexibility of public clouds without compromising performance or security. Additionally, the platform’s automation and orchestration capabilities enable IT teams to optimize cloud operations, automate common tasks, and focus on strategic initiatives.

Nutanix can accelerate your public cloud journey while maintaining security and compliance standards, offering a 30% cost reduction and decreased risk compared to traditional native cloud solutions. The platform provides additional benefits, including:

• Cloud Bursting: The Nutanix Cloud Platform allows you to quickly scale workloads to the public cloud, providing additional capacity when needed.
• Streamlined Migration: It provides tools to simplify the migration of workloads from on-premises to the public cloud. This reduces the time and effort required to move workloads, ensuring a faster time to value.
• Multi-Cloud Management: The platform provides a single management plane for private and public clouds, simplifying the management of workloads across multiple environments.

Final Thoughts

In a world where enterprises are driven to keep up with ever-evolving market dynamics, the Nutanix Cloud Platform provides the necessary hybrid multi-cloud infrastructure for businesses. It simplifies management and reduces operational costs while improving efficiency by aggregating private, public, and edge clouds into one control plane, thereby eradicating the need for multiple cloud solutions. Furthermore, organizations can benefit from NC2’s comprehensive suite of services that emphasize agility without sacrificing security or compliance requirements.

As a Nutanix partner for over a decade, WEI specializes in pre-sales, design, architecture, deployments, and works closely with clients to ensure a seamless hybrid cloud deployment experience. By utilizing Nutanix products, businesses can achieve increased efficiency, improved visibility, cost-effectiveness, and enhanced security for their critical data. Ultimately, WEI and Nutanix make trustworthy partners for any organization seeking resilient hybrid cloud solutions.

If you’re ready to make the necessary changes to your systems, contact our account team at WEI for more information and a comprehensive hybrid cloud demonstration.

Next steps: WEI recently welcomed Nutanix Systems Engineering Director Michael Berthiaume to discuss how the Nutanix Cloud Platform can help build your hybrid multi-cloud infrastructure. He also identified how it can support workloads and use cases across private and public clouds. Here’s a snippet of the conversation:

The post Unify Hybrid Cloud Deployments With Nutanix Cloud Platform appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Today, enterprises need to quickly adapt to ever-changing market and consumer demands in order to achieve a successful (and robust) digital transformation. Adopting a hybrid cloud strategy will allow you to meet the evolving expectations of customers and drive your organization further forward.

In this article, we discuss current cloud environment challenges, identify a key solution that meets modern-day demands and expectations, and touch on how the solution supports your organization’s strategies for the future.

Modern Cloud Solution Challenges

With organizations attempting to achieve digital transformation in the post-pandemic era, many IT environments currently consist of both cloud-native and legacy assets. This creates additional challenges for IT departments as some workloads aren’t appropriate for public cloud and edge-in solutions. In addition, many enterprises need greater space for their assets and want to move away from data center management and the rising costs associated with it.

According to (TBR), many enterprises have adopted a holistic infrastructure strategy that unifies on-premises and cloud-based assets. This moves them to an outcomes-focused strategy that enables organizations to rapidly turn raw data into key insights that support larger operational goals.

The Hybrid Cloud Solution

Whether your enterprise is moving to an outcome-focused strategy or prefers a more conservative approach focused on keeping high-security, high-value workloads on-premises, chances are you’re seeking a cost-effective as-a-Service consumption model. HPE GreenLake with Equinix provides your enterprise with access to the foundational infrastructure needed to scale and achieve optimal performance, speed, and flexibility. Additionally, HPE GreenLake with Equinix delivers a consistent hybrid cloud experience with hardware infrastructure, adaptable services, APIs, management, and operations – regardless of your enterprise’s current cloud maturity.

According to TBR infrastructure and platform customer research, 38% of respondents are optimizing their existing IT infrastructure by integrating and interconnecting it with cloud services. Transitioning from strictly on-premises to a cloud model gives you a significant advantage, as enables you to modernize workloads and reap the benefits of a cloud experience without upfront investments. HPE with Equinix helps you evaluate your individualized, strategic hybrid cloud road map, and cost management, enabling evolution and transformation that meet your on-demand needs and expectations. Additionally, the solution allows you to build infrastructures adjacent to the clouds and networks you need, thus creating a best-of-breed hybrid cloud architecture.

How You Can Drive Digital Transformation In Your Organization

To achieve digital transformation for your organization, HPE GreenLake with Equinix provides a fully managed option that enables your IT department to move from data to insights quickly, while optimizing overall infrastructure usage to support cost savings and performance improvements. Your enterprise can consume infrastructure in a cloud-like model while driving strategic business outcomes that will allow your IT department to fast-track its digital advantage.

How HPE And Equinix Support A Future-Proof Digital Strategy

cloud services provide your team with a powerful foundation to drive digital transformation through an elastic as-a-Service platform that can run on-premises, at the edge, or in a colocation facility.

enables you to access all the right places, partners, and possibilities you need to accelerate business decisions and growth. Your enterprise can scale with agility, speed the launch of digital services, deliver world-class experiences, and multiply your business’s value.

The combination of HPE and Equinix allows your enterprise to future-proof your IT investments by building vendor-neutral architectures that:

• Remove data lock-in from an egress cost perspective
• Comply with regulations around privacy through in-region data handling
• Provide better performance and manageability with proximity to ecosystems and multiple clouds
• Ensure secure and private access to their infrastructure with an optimized network design
• Provide access to data marketplaces for enhancing enterprise AI models or monetizing corporate data sets

Interested In Cloud Solutions?

With everything IT departments need in cloud-based models, it’s important to find the solution that best fits your organization. When it comes to cloud-based options, WEI is a trusted, independent resource to help vet cloud technologies, architectures, and the growing world of service providers. Contact us at WEI to discover which specific cloud method will be most successful for your organization.

Next Steps: WEI can help you ask the right questions to get the right answers in strategizing creative ways to fund your IT transformation. You can start this process by identifying the middle ground between OpEx and CapEx.

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