Without AI-driven networking, organizations often lack the visibility to connect infrastructure performance to business outcomes. For enterprise IT leaders, traditional metrics like uptime and throughput no longer capture the full impact of network performance. The true cost of a poor network experience shows up in lost productivity, missed revenue opportunities, and weakened customer trust. This is where the self-driving networks and intent-based networking reshape how organizations approach network investments.

Traditional network management focuses on infrastructure status rather than user impact. However, the gap between those perspectives is where the business risk emerges. By adopting AI-driven networking you can shift from reactive troubleshooting to proactive, outcome-driven operations.

The Hidden Cost of Poor Network Experience Without AI-driven Networking

Across industries, poor network experience creates measurable business impact. In retail, unreliable connectivity can directly affect revenue. If customers cannot access in-store Wi-Fi or kiosks, transactions may be delayed or lost. Many organizations only discover these issues after user complaints, limiting insight into lost opportunities.

In banking, network performance underpins digital services. Without intent-based networking, inconsistent connectivity can disrupt transactions and slow workflows.

Healthcare environments face even greater operational risks. Networks support connected medical devices and clinical workflows, where even small issues can delay care. With thousands of devices across facilities, identifying problems manually becomes impractical. A self-driving network helps manage this complexity.

These examples reinforce that poor network experience is not just an IT issue. It is a business issue that directly impacts revenue, customer satisfaction, and operational effectiveness. Addressing it requires AI-driven networking, not only as a technical upgrade but as a strategic investment that enables IT to align with business goals, support digital initiatives, and deliver measurable outcomes across the enterprise.

Why Traditional Networks Fall Short Without Intent-based Networking

Legacy network models rely on manual troubleshooting and disconnected tools, limiting the value of intent-based networking and slowing progress toward a self-driving network.

When issues occur, IT teams must manually correlate data across multiple systems, often after a user reports a problem. This reactive approach introduces hidden costs:

• Time spent diagnosing issues instead of strategic work
• Inconsistent experiences across locations
• Increased operational overhead from fragmented tools
• Delayed resolution of business-impacting incidents

Even with strong infrastructure investment, organizations often struggle to align operations with business priorities. 

Enter AI-driven Networking

AI-driven networking transforms this model by analyzing telemetry to detect, diagnose, and resolve issues in real time, forming the foundation of a self-driving network.

Instead of waiting for problems to surface, AI-driven networking enables:

• Early identification of issues
• Correlation between network and application performance
• Automated remediation for common problems
• Clear insights for IT teams

For example, AI can detect faulty cables, misconfigured VLANs, or underperforming devices without manual intervention. These capabilities reduce troubleshooting time and support intent-based networking.

From Reactive to Autonomous: The Self-driving Network

In practice, a self-driving network can:

• Correct configuration issues automatically
• Restart malfunctioning devices
• Adjust behavior based on real-time conditions
• Maintain consistent user experience across environments

Per HPE, one enterprise deployment reported a 90 percent reduction in trouble tickets and a 70 percent decrease in operational costs after adopting a self-driving network. These gains allow IT teams to focus on higher-value work.

The Role of Intent-based Networking

Intent-based networking ensures network operations align with business intent. Instead of manually configuring policies, IT teams define outcomes, and the network enforces them. When combined with AI-driven networking, intent-based networking enables:

• Consistent policy enforcement across environments
• Faster deployment of services
• Alignment between IT operations and business goals

This ensures that network investments directly support organizational priorities.

Aligning Network Strategy with Business Outcomes

To realize these benefits, organizations need more than technology. They need a strategic partner to align strategy with execution across AI-driven networking, intent-based networking, and self-driving network initiatives.

As an experienced AI infrastructure partner, WEI helps enterprises bridge the gap between technology innovation and measurable business outcomes. Through AI infrastructure consulting for enterprises, WEI designs architectures that support current operations and future growth.

By leveraging best enterprise AI integration services, organizations can accelerate AI time to value while ensuring that network investments deliver results.

Final Thoughts

The hidden cost of poor network experience is too significant to ignore. With AI-driven networking, organizations can move beyond reactive operations and align IT with business success. As a trusted expert in deploying enterprise networking strategies WEI helps organizations move beyond reactive operations and fully realize the value of AI-driven networking. Contact WEI to learn how we can transform your intent-based networking strategy and support your business outcomes.

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.

 to learn how a unified hybrid cloud backbone can restore structure and control across your enterprise network. 

The post AI-driven Networking: Stop Losing Revenue to Network Issues appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

HPE Aruba Networking has launched its next-generation Aruba Central platform as the for enterprise network management. While Classic Aruba Central remains available, many organizations are now actively planning their transition and reassessing their Aruba Central setup. For executive IT leaders, this represents a structural shift that directly impacts how your network is configured, managed, and aligned with broader digital and AI initiatives across distributed environments.

The platform introduces a unified operational model across wireless access points, Aruba CX switching, and gateways. Configuration is organized within a structured hierarchy that separates global standards from site-level settings, reducing duplication and improving governance.

The result:

• Reduced duplication
• Cleaner overrides
• Scalable multi-site management

Why Legacy Aruba Central Setup Models Are Reaching Their Limits

Many enterprises run stable networks but struggle with the management layer. Teams often deal with configuration sprawl, fragmented policies, and limited historical insight during incidents.

Organizations relying on legacy tools may find their Aruba Central setup is already slowing operations. Manual processes and duplicated configurations make it harder to align your infrastructure with priorities like AI adoption and automation. Without modernization, networks become a constraint instead of a driver of innovation and long-term digital transformation goals.

What Changes with New Aruba Central Features

The next-generation Aruba Central introduces a unified architecture that brings wireless, switching, and gateway management into a single operational model. You can define intent once and apply it across your environment, reducing inconsistencies and administrative overhead.Ěý

Key Aruba Central features include:

• A single operational view across environments
• Hierarchical configuration separating global and local policies
• AI-driven insights to guide troubleshooting
• Dynamic topology visualization for deeper operational context

Subscription and Licensing Considerations

Next-generation Aruba Central introduces a simplified Aruba Central subscription model. Licensing is aligned per device, and Aruba Central support is included.

This approach provides more predictable budgeting and clearer lifecycle planning. At the same time, organizations should evaluate how Aruba Central support fits into their broader support strategy to ensure consistent coverage across their environment.

A well-structured Aruba Central subscription strategy also helps align costs with long-term infrastructure investments and AI initiatives, especially as consumption-based IT models continue to gain traction.

Technical Advantages of the New Architecture

In addition to licensing simplification, new Central offers a unified operational model across wireless access points, Aruba CX switching, and gateways. 

• True Single Pane of Glass: A consistent configuration and operational experience across infrastructure.
• Configuration Intelligence: Structured hierarchy separates global standards from site-specific settings, reducing duplication.
• Intent-Based Orchestration: Define policy once and apply it across distributed environments with precision.

Security & Future Proofing

Wi-Fi 6E and Wi-Fi 7 introduce stronger baseline requirements in the 6 GHz spectrum, where WPA3 and Enhanced Open are increasingly part of modern design frameworks.

This transition becomes a natural checkpoint to:

• Evaluate WPA3 readiness
• Validate 6 GHz RF strategy
• Align subscription licensing under the new per-device model
• Coordinate hardware refresh cycles with long-term operational goals

Migration Requires a Structured Approach

Organizations should not treat this transition as a simple upgrade. This transition represents an architectural transformation requiring planning and coordination.  Aruba Central setup must align with the new hierarchical and intent-based model. It’s necessary to translate configurations, redesign policies, and train teams on new workflows. A phased approach with validation checkpoints helps maintain stability. A strategic migration approach helps organizations unlock the full value of Aruba Central features without introducing unnecessary risk or operational disruption.

Choosing an AI Infrastructure Partner to Maximize Aruba Central Features

As networks become more integrated with AI-driven operations, organizations benefit from working with an experienced AI infrastructure partner. Through AI infrastructure consulting for enterprises, it’s possible to align network transformation with broader business goals. This ensures Aruba Central features support your automation, analytics, and innovation initiatives. The right partner, such as WEI, helps organizations accelerate AI time to value while avoiding common pitfalls and ensuring long-term architectural alignment.

Final Thoughts

The shift to the next-generation Aruba Central platform provides a clear opportunity to modernize how your network supports business growth and AI initiatives. Success depends on how effectively you plan and execute this transition.

WEI brings deep expertise in enterprise network transformation and serves as a trusted AI infrastructure partner. From optimizing your Aruba Central subscription to guiding your Aruba Central setup and ensuring reliable Aruba Central support, WEI delivers the expertise you need to accelerate AI time to value.

Contact WEI today to build a structured migration strategy and position your organization for long-term success.

Next Steps: The transition to the new HPE Aruba Networking Central platform is an opportunity to modernize your management architecture with clarity and control. Whether you begin with aĚýĚýor a structuredĚý, the objective is the same: define your path forward with precision.

The post Aruba Central Setup for Enterprises: Navigating Refreshed Features appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

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.

Ěýto learn how aĚýunified hybrid cloud backboneĚýcan restore structureĚýand control across your enterprise network.Ěý

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

Enterprises are investing heavily in AI initiatives including in GPU clusters, model training pipelines, and inference environments that must deliver measurable outcomes. Yet many organizations discover that AI workloads strain data center networks in ways traditional traffic never did. AI models rely on synchronized GPU communication, high bandwidth density, and predictable job completion times. When networks fall short, costly compute resources sit idle and AI programs lose momentum.

This is where AI for networking solutions have become essential. Networking today directly shapes how quickly you can deploy, train, and operationalize AI models.

Why AI and ML Workloads Redefine AI for Networking Solutions

AI and ML workloads introduce traffic patterns that challenge conventional data center design. Training jobs generate large elephant flows with low entropy, often driven by RDMA traffic between GPUs rather than TCP. These flows start simultaneously and are highly sensitive to jitter and packet loss. A single delayed flow can slow the entire training job.

Dell’Oro Group reports that backend AI data center switching reached $3 billion in 2023 and is growing at a 65 percent CAGR through 2027, underscoring the network’s expanding role in AI outcomes

AI-Native Networking and Juniper Apstra Support from Campus to Data Center

AI pipelines span campus, branch, WAN, and data center domains. Meanwhile, Juniper’s AI-Native Networking Platform extends Mist AI and the Marvis Virtual Network Assistant into the data center alongside Juniper Apstra intent-based networking.

Juniper Apstra enables deterministic control across multivendor fabrics using intent-based design, validation, and closed-loop operations. For organizations adopting AI for networking solutions, this model aligns networking behavior with AI workload requirements rather than reacting to issues after the fact.

Cloud-Based Intelligence and Juniper Apstra On-premises Control

Juniper Apstra Cloud Services deliver application and service awareness by enriching the network knowledge graph with real application context. Impact Analysis uses ML to correlate network events with application behavior, helping teams isolate root causes across network, storage, and compute layers.

At the same time, many enterprises rely on Juniper Apstra on-premises deployments for deterministic control, telemetry, and flow analysis within the data center. This hybrid approach supports governance and operational preferences while integrating cloud-based insights. In these environments, Juniper Apstra support aligns local control with broader operational intelligence.

Supporting the AI Model Lifecycle With Juniper Apstra On-premises

AI initiatives follow a continuous lifecycle, from data preparation to training, inference, and refinement. Each phase introduces distinct traffic patterns and operational pressures.

Juniper Apstra intent-based networking, combined with Mist AIOps, supports this lifecycle by aligning network behavior with AI workflows. This approach appeals to enterprises seeking an AI infrastructure partner that treats networking as part of the AI system, not a separate layer. Large-scale training environments continue to benefit from Juniper Apstra on-premises deployments that deliver predictable outcomes.

Multivendor Automation and Juniper Apstra Support Without Lock-In

Vendor concentration remains a concern for executive decision makers. Apstra supports a broad ecosystem of switches and operating systems, enabling AI infrastructure consulting for enterprises that prioritizes long-term architectural choice.

Intent-based automation and AI-driven operations help organizations align infrastructure behavior with business goals such as faster deployment and better GPU utilization. This approach helps accelerate AI time to value while maintaining operational control. For many teams, Juniper Apstra support becomes a foundation for consistent operations across backend, frontend, and storage fabrics.

Final Thoughts

AI initiatives succeed when infrastructure supports the realities of AI workloads. Intent-based networking, AI-driven operations, and multivendor automation are becoming foundational for enterprises investing in AI at scale. Solutions that combine AI for networking solutions, Juniper Apstra on-premises, and comprehensive Juniper Apstra support align networking with AI outcomes across the full lifecycle.

WEI brings deep experience as an AI infrastructure partner, delivering best enterprise AI integration services through proven architectures. If you are evaluating AI infrastructure consulting for enterprises or looking to accelerate AI time to value, contact WEI to discuss how your data center network can support your AI strategy.

Next Steps: Whether you’re supporting real-time collaboration, expanding to edge locations, or future-proofing your security investments with WPA3 and 6 GHz spectrum, the WEI tech brief, , will guide your next step. The brief outlines the business case for migrating to Wi-Fi 7, including:

• Use cases for ruggedized, high-density, and secure environments
• How Wi-Fi 7 delivers up to 36 Gbps aggregate throughput
• The operational benefits of AI-managed networks with Juniper Mist AI

, courtesy of WEI and HPE Juniper Networking!

The post Solving Enterprise AI Networking Challenges with Juniper Apstra for AI Data Centers appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Enterprise networks are under unprecedented pressure as user demands, device counts, and application requirements continue to grow. Traditional WLAN controllers were never designed for this level of complexity. They were built more than a decade ago, before smartphones, IoT devices, and cloud applications reshaped how your organization communicates. HPE Juniper Networking notes that these controllers lack the horsepower, cross-location data, and data science needed to support AIOps for networking at scale. Only a modern microservices cloud can deliver the real-time analysis your teams need to make faster and more dependable operational decisions.Ěý

Every central device and system involved in delivering, securing, and managing your enterprise network is controlled by the real-time insights and automated actions AIOps provides. Transitioning to an AI-driven operational model enables IT leaders to simplify workflows and strengthen user experiences across the enterprise. Here are five reasons to make the move and position your organization for stronger and more sustainable network operations.

1. AIOps For Networking Supports Modern Demands, Replacing Legacy WLAN

Legacy controllers were created long before the traffic patterns your IT environment now manages. Without the processing strength to analyze network conditions in real time, traditional controller architectures limit your team’s ability to operate efficiently. According to HPE Juniper Networking, controllers lack the technology required to support AIOps for networking and cannot provide the continuous, data-driven insights needed for modern operations.

Using AIOps for network monitoring allows machine learning to correlate anomalies across wireless access points, switches, routers, and firewalls. This shifts your IT effort away from manual diagnostics and toward strategic work with higher organizational value. When supported by a trusted HPE Juniper Networking partner such as WEI, this transition becomes even more achievable for large-scale enterprise environments.

2. Faster Deployments With Meaningful ROI

Your organization needs deployment methods that reduce complexity and shorten timelines without placing additional strain on IT staff. HPE Juniper Networking reports that AI-driven onboarding and deployment can be up to 90 percent faster than traditional approaches when rolling out campus fabrics. This accelerates your ability to adopt AIOps for networking while strengthening long-term operational strategy.

Leveraging AIOps for network monitoring during deployment allows your team to validate configurations, identify issues early, and ensure consistency across sites. With WEI supporting your AI infrastructure and consulting needs, AI-driven deployment helps your organization accelerate AI time-to-value from Day 0 through Day 2+ operations.

3. Reduced Complexity and Significant OpEx Savings

As enterprise networks grow, the challenge of pinpointing root causes becomes more demanding. AIOps helps your IT team manage that complexity effectively. HPE Juniper Networking states that AIOps can reduce staff time enough to generate of up to 78 percent.

This level of operational relief is especially important for IT leaders who need to reallocate team capacity toward business-driven initiatives. AIOps for network monitoring analyzes historic and real-time data, identifies patterns, and guides staff toward precise remediation steps. Equipped with these insights, your team can focus on initiatives that strengthen your organization’s digital strategy, rather than manually combing through logs.

4. Proactive Remediation Supported by Real-Time Analytics

Your users expect consistent and dependable experiences. AIOps helps your organization transition from reactive troubleshooting to proactive remediation. Research from HPE Juniper Networking highlights that AIOps collects and correlates data across wireless access points, routers, switches, and firewalls to address issues before users experience disruptions.

When paired with a virtual network assistant that uses natural language processing, your IT staff gains a reliable digital expert capable of answering configuration questions, identifying device locations, and uncovering root causes in real time. These combined capabilities strengthen your ability to support consistent experiences across your enterprise and help drive the best enterprise AI integration services in your environment.

Working with an HPE Juniper Networking partner like WEI can further improve your organization’s ability to implement proactive strategies aligned with long-term modernization.

5. A Modern Microservices Cloud Is Essential for Future-Ready Operations

Traditional WLAN solutions no longer provide the technical structure needed for today’s complex enterprise requirements. Juniper’s research states that a microservices cloud delivers real-time insight into user device experiences and automates corrective actions before sessions are affected.

This architecture plays an essential role in your journey toward a self-driving network. It eliminates manual troubleshooting, provides reliable insight across wireless, wired, and security domains, and supports proactive remediation to keep your environment predictable. Organizations leveraging AIOps for networking gain powerful long-term value from these capabilities.

Final Thoughts

AIOps provides a powerful pathway for IT leaders who want to reduce operational strain, accelerate AI time-to-value, and simplify network operations at scale. Whether your goal is deploying new solutions more quickly, lowering operational costs, or improving digital experiences across your enterprise, AIOps for networking offers measurable business value backed by proven results.

As a trusted HPE Juniper Networking partner, WEI specializes in AI infrastructure consulting for enterprises and has deep experience supporting organizations through AIOps adoption and modernization initiatives. To begin your AIOps journey with confidence, contact WEI and discover how our expertise can support your next strategic step.

Next steps: Today’s enterprises demand wireless infrastructure that can keep up with modern workloads. This includes hybrid work, IoT, edge analytics, and real-time collaboration. Wi-Fi 7 is more than just a speed upgrade, it’s also a platform shift for enterprise connectivity.

In this exclusive technical brief, WEI outlines the business case for migrating to Wi-Fi 7. Accelerate your AI roadmap.ĚýGet the full brief:Ěý.

The post 5 Reasons Why Your Enterprise Must Adopt AIOps for Network Monitoring appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Today’s campus networks must connect a growing mix of laptops, smartphones, IoT sensors, and cloud-hosted applications, all while maintaining high performance, reliability, and security. For IT leaders, the challenge is maintaining a strong network foundation in a way that minimizes complexity and positions teams to focus on strategic priorities rather than troubleshooting.

Juniper Mist AI campus networking provides a forward-looking answer to this challenge. By applying AI-driven campus network operations across wired and wireless environments, Mist AI simplifies operations, anticipates issues before they impact users, and creates a more

Moving Beyond Traditional Campus Networks

Legacy campus networks often struggle to keep pace with modern business requirements. Manual configuration, fragmented tools, and reactive troubleshooting leave IT teams spending more time fighting fires than driving new initiatives. This operational model is no longer sustainable.

Mist AI automation changes the equation by applying intelligence and automation at the core of campus networking. Instead of relying solely on human effort to monitor, diagnose, and correct problems, Mist AI brings proactive, data-driven decision-making into the network itself. This means IT teams gain real-time insights into performance and user experiences, while the network begins to take corrective action on its own.

Mist AI Automation and Mist AI Network Analytics

At the heart of Juniper Mist AI campus networking are two key strengths: Mist AI automation and Mist AI network analytics.

Automation with Mist AI reduces the need for repetitive manual tasks. From Day 0 provisioning through Day 2 operations, IT teams can rely on Mist AI to claim and configure switches, apply templates, and provision ports automatically.

Analytics powered by Mist AI provide continuous insight into network health and user experience. Unlike traditional monitoring that focuses on uptime metrics alone, Mist AI measures real service levels such as throughput, connection success rates, and application performance. With these insights, IT leaders gain a clear picture of how the network is performing where it matters most, at the user level.

Together, Mist AI network analytics and automation shift network operations from reactive troubleshooting to proactive service assurance.

Juniper Wired and Wireless AI Integration

Campus networks are no longer defined by a clear divide between wired and wireless. Employees expect consistent performance whether they are at a desk, in a conference room, or moving across buildings. IoT devices introduce additional complexity by requiring secure, reliable connections across diverse network environments.

Juniper’s wired and wireless AI integration addresses this by unifying operations through a single cloud-based platform.

• Wired Assurance applies AI-driven automation to Juniper EX Series switches. It simplifies onboarding, reduces mean time to repair, and ensures consistent service levels for connected devices.
  
• Wi-Fi Assurance leverages Mist AI to deliver predictable and measurable wireless experiences, detecting anomalies and resolving them automatically.
  
• Marvis Virtual Network Assistant enables IT teams to interact with the network using natural language, making troubleshooting faster and more intuitive.

By combining these capabilities, Juniper’s wired and wireless AI integration delivers a cohesive operational model where wired and wireless networks no longer function as separate silos. Instead, IT teams can manage the entire campus environment from a single intelligent platform.

Proactive Network Issue Detection Juniper

Perhaps the most transformative capability of Mist AI is its ability to anticipate and resolve issues before they affect users.

Proactive network issue detection Juniper continuously monitors telemetry data from across the campus network, identifying anomalies that signal potential disruptions. For example, it can detect a misconfigured port, a failing cable, or a DHCP authentication issue and trigger corrective action automatically.

This proactive approach drives measurable improvements in operations. Customers using Mist AI have experienced dramatic reductions in trouble tickets and mean time to resolution. These outcomes free IT staff from constant firefighting and allow them to focus on projects that create competitive advantage.

Strategic Value of AI-Driven Campus Network Operations

For directors and executives responsible for IT strategy, AI-driven campus network operations deliver value beyond operational relief. They create a foundation for:

• Consistency: Unified wired and wireless operations ensure predictable performance across the entire campus.
  
• Security: Integrated AI-driven segmentation and monitoring extend protection to every point of connection.
  
• Agility: Faster deployments and automated updates support business initiatives without introducing additional risk.
  
• Future-readiness: With frequent updates delivered through cloud microservices, Mist AI ensures the network evolves alongside business needs without major overhauls.

Final Thoughts

Campus networking is no longer just about connecting devices. It is about creating a reliable, intelligent infrastructure supporting the organization at every level. Juniper Mist AI campus networking redefines what IT leaders can expect from their infrastructure by combining Mist AI automation, Mist AI network analytics, Juniper wired and wireless AI integration, and proactive network issue detection Juniper.

Organizations that adopt Mist AI gain a trusted operational partner that works tirelessly in the background to optimize performance and user experiences. With Mist AI, campus networks become a source of confidence and strategic strength. To learn how your organization can leverage Juniper Mist AI to simplify operations and improve user experiences, contact us at WEI to start the conversation.

Next Steps: Discover how Juniper Apstra is reshaping retail networks for a more connected, intelligent, and secure future.ĚýDownloadĚýour free tech brief,ĚýĚý

The post How Juniper Mist AI Accelerates IT Success and Revolutionizes Campus Networking appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

WEI and HPE Aruba Networking is helping enterprises adopt the Secure Access Service Edge (SASE) framework to protect hybrid workforces, support cloud strategies, and reduce risk. Network security forms the foundation that drives business innovation. Hybrid workforce network security, multi-cloud adoption, and the proliferation of connected devices are redefining how companies secure their networks. Static firewalls and VPNs are no longer sufficient. Companies look to a model that adapts quickly and supports a borderless world. The SASE framework delivers that model, and HPE Aruba Networking redefines secure networking for the modern enterprise.

brought together WEI’s Cyber Security GTM Leader Todd Humphreys, HPE Aruba Networking’s Jamie McDonald, and NFL legend Tedy Bruschi for a conversation about what it takes to rethink enterprise security. Beyond the terrific sports analogies, the key takeaway is clear: HPE Aruba Networking’s approach to the SASE framework reinvents secure enterprise networking. 

Understanding the SASE Framework

The SASE framework, or Secure Access Service Edge, is a model first introduced by Gartner that merges networking and security into a single, cloud-delivered security service. It combines SD-WAN capabilities with security functions, including Zero Trust networking, secure web gateways, cloud-delivered firewalls, and data loss prevention.

The purpose is simple: security follows the user everywhere, not just within a corporate perimeter. Employees work from home, coffee shops, airports, and branch offices, so the network must deliver consistent security policies regardless of location. This is especially true for organizations that prioritize hybrid workforce network security.

HPE Aruba Networking interprets the SASE framework by unifying SD-WAN and cloud-delivered security under a single framework. This creates a fabric where application performance, user experience, and security all operate through the cloud.

Why Traditional Security Models Fall Short

For decades, enterprises relied on the data center as the hub for security. All traffic funnels through firewalls and content filters before reaching its destination. While effective when users and applications live inside the corporate perimeter, this model creates bottlenecks in today’s context. Remote work, SaaS adoption, and IoT connectivity dissolve the idea of a defined perimeter, creating new challenges for hybrid workforce network security.

VPNs offer a stopgap but introduce complexity and performance trade-offs. Users experience inconsistent security policies depending on whether they connect on-premises or remotely. The result is a patchwork of controls that increase risk and frustrate end-users.

The SASE framework addresses this by extending enterprise-grade protections through cloud-delivered security, ensuring users receive the same experience and protection regardless of their connection location.

Key components of the HPE Aruba Networking SASE framework

HPE Aruba Networking combines proven SD-WAN capabilities with a robust cloud-delivered security stack. Key components of the HPE Aruba Networking SASE framework include:

• SD-WAN Performance: HPE Aruba Networking EdgeConnect SD-WAN technology reduces reliance on expensive MPLS lines and delivers private-line performance over broadband. Features such as dynamic path selection and WAN optimization maintain consistent application performance for voice, video, and data-intensive workloads.
  
• Zero Trust Networking: HPE Aruba Networking SASE applies Zero Trust networking principles, shifting from connecting users to networks to connecting them directly to applications. This approach limits lateral movement and reduces risk if a device becomes compromised.
  
• Cloud-Delivered Security Services: HPE Aruba Networking integrates secure web gateways, CASB capabilities, and advanced threat prevention into the SASE framework to protect users and data wherever business occurs.
  
• Unified Policy Management: HPE Aruba Networking enables administrators to apply one policy engine across all cloud-delivered security functions, eliminating multiple consoles and duplicated policies.
  
• Global Reach: HPE Aruba Networking leverages global points of presence across major cloud providers to deliver low-latency, high-performance cloud-delivered security services worldwide.
  

Planning the Migration to the SASE Framework

Migrating from legacy security models to the SASE framework requires planning and collaboration between networking and security teams. HPE Aruba Networking and WEI recommend a phased approach:

1. Assess Current Infrastructure: Identify dependencies on firewalls, VPN concentrators, and MPLS connections. Map where users connect and how applications deliver services. This helps define needs for hybrid workforce network security.
   
2. Prioritize Use Cases: Start with Zero Trust networking to replace or augment VPNs,  improving user experience.
   
3. Integrate Cloud-Delivered Security: Add secure web gateways, CASB, and DLP services to provide consistent cloud-delivered security across all traffic.
   
4. Extend SD-WAN Benefits: Deploy HPE Aruba Networking EdgeConnect to optimize application performance across cloud, SaaS, and branch locations while reducing costs.
   
5. Unify Policies and Management: Consolidate policies under HPE Aruba Networking’s single management console to align networking and security under the SASE framework.
   
6. Iterate and Expand: Continue adding capabilities and refining controls as the organization grows and as hybrid workforce network security needs evolve.
   

Business Value for Leaders

For directors, CIOs, and CISOs, the HPE Aruba Networking SASE framework delivers clear benefits:

• Stronger Security Posture: Enforce consistent Zero Trust networking policies and prevent data loss across a distributed workforce.
  
• Improved User Experience: Provide fast, reliable access to business applications without the friction of VPNs.
  
• Operational Simplicity: Manage networking and cloud-delivered security from one platform, reducing cost and complexity.
  
• Cloud-Ready Future: Support multi-cloud strategies and SaaS adoption with a framework built for secure access service edge enterprises.
  
• Cost Optimization: Replace MPLS lines with broadband while maintaining application performance.
  

Lessons from Tedy Bruschi

Tedy Bruschi’s role in the webinar reinforces the importance of leadership and adaptability. Winning in football requires constant adjustment, and the same applies to enterprise networking. His perspective on teamwork and resilience mirrors the collaboration networking and security teams need when adopting the SASE framework.

Just as a championship team relies on trust between players, a successful secure access service edge deployment depends on trust between IT leaders, technology partners, and the framework itself. HPE Aruba Networking SASE provides the playbook for securing hybrid workforce network security and ensuring reliable Zero Trust networking.

Final Thoughts

The enterprise perimeter no longer exists, but the demand for security has never been higher. With hybrid workforce network security now the standard, multi-cloud strategies accelerating, and data moving everywhere, leaders cannot rely on outdated models.

HPE Aruba Networking’s SASE framework offers a path forward. Security follows the user, applications perform optimally, and management becomes simpler. For organizations ready to modernize their strategy, HPE Aruba Networking and WEI provide the secure access service edge technology and expertise to succeed. Looking for security solutions for your business? WEI can help, contact us today to get started. 

Next Steps:ĚýTo learn more on how unified SASE effectively addresses the new work ecosystem, download our free tech brief, Enabling The Modern Workforce With Unified SASE. Download our free tech brief,Ěý

The post How Can SASE Framework Transform Zero Trust Networking? appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

On July 2, 2025, Hewlett Packard Enterprise (HPE) officially completed the acquisition of Juniper Networks. The was first announced in January 2024 and valued at approximately $14 billion in cash. The transaction underwent rigorous regulatory review, including a settlement with the U.S. Department of Justice (DOJ) requiring HPE to divest the Instant On wireless business and license certain AI operations technology to maintain market competition and deliver its intended benefits.

This marks a pivotal moment for enterprise technology, bringing together two industry leaders in networking, AI, and hybrid cloud. As HPE CEO Antonio Neri stated, We are now at the epicenter of the transformation of IT, where AI and networking are converging.” This strategic integration positions Juniper under HPE to offer a more complete portfolio, while giving customers new options for how they build and manage complex infrastructures.

Why This Matters for Business Leaders

For directors, VPs, and executives responsible for enterprise IT strategy, the HPE Juniper acquisition offers tangible advantages that can impact both near-term operations and long-term planning. These include unified support, integrated AI capabilities, clearer licensing models, and more defined product roadmaps.

Unified Support

HPE now operates under a unified HPE Juniper Networking brand, replacing separate support silos with a single point of accountability. This means fewer vendor handoffs, more consistent communication, and faster problem resolution. For organizations managing large or geographically distributed networks, a single, cohesive support structure is designed to simplify operations and strengthen network integration across sites.

Integrated AI Operations

HPE plans to merge Juniper’s Mist AI with its GreenLake platform and OpsRamp’s observability tools to create intelligent, self-managing infrastructure.
Juniper’s leadership sees the acquisition as unlocking all the components needed to build future “AI factories,” featuring scalable networking, liquid cooling, and zero-trust security.  Reports show that Mist AI has achieved more than 80 percent effectiveness in identifying and resolving issues without human intervention. For businesses, this translates into stronger network integration with cloud and on-prem resources.

Licensing and Fair Competition

To satisfy DOJ requirements, HPE must divest its global Aruba Instant On wireless LAN business and license critical Juniper Mist AI software source code to independent competitors. HPE’s CEO, Antonio Neri, stated that the deal preserves the intended benefits for customers and shareholders while fostering greater competition in the global networking market. For buyers, it means the ability to adopt Juniper under HPE technology without losing the ability to work with other networking providers.

Roadmap Clarity and Strategic Alignment

Leadership continuity is another benefit. With former Juniper CEO Rami Rahim now leading HPE’s combined networking division, customers can expect product development and strategic planning to draw from the strengths of both organizations. This leadership structure provides clear direction from silicon design to AI operations, creating a more predictable roadmap for customers planning multi-year investments.

Positioning Against Market Trends

This acquisition comes at a time when enterprises are prioritizing automation, AI-driven insights, and hybrid cloud adoption. Networking is no longer a background utility; it is a strategic enabler of business outcomes. The HPE Juniper acquisition aligns with several key market trends:

• Hybrid and Multi-Cloud Connectivity: Enterprises increasingly require networking adaptable to workloads moving between on-premises and cloud environments.
  
• AI for IT Operations (AIOps): Automated network management is becoming essential for maintaining performance and security at scale.
  
• Security-Driven Networking: As attack surfaces expand, integrating security into the network fabric is critical.
  
• Edge Computing: Networking at the edge must support real-time decision-making in industries such as manufacturing, healthcare, and logistics.

By bringing Juniper under HPE, the company is positioned to lead in all of these areas.

Customer Implications and Actions

For technology leaders, understanding how this acquisition might affect your organization is the first step toward leveraging its benefits. Here is what the integration means in practical terms.

• Support Model: A single, unified support team across your networking infrastructure. This simplifies escalation processes and reduces delays in problem resolution.

• AI-Enabled Operations: Predictive analytics and automated remediation reduce downtime and allow IT staff to focus on higher-value projects.

• Licensing Flexibility: Continued access to Mist AI capabilities through licensing agreements, allowing for competitive sourcing strategies.

• Roadmap Transparency: With clear leadership and an aligned strategy, customers can better plan for technology refreshes and new deployments.

Recommended Leadership Actions

1. Reassess Vendor Strategy

If you currently use a mix of vendors for different networking layers, consider whether the HPE Juniper acquisition can enable consolidation. This may bring operational benefits and create opportunities for stronger relationships in network consulting services.

2. Explore AI-Driven Operations

HPE’s integration of Mist AI into GreenLake creates opportunities to pilot AI-native operations. These pilots can help validate performance improvements and demonstrate potential cost savings before committing to a full rollout, and network consulting services can guide those pilots effectively.

3. Map Long-Term Integration Opportunities

Align your internal roadmap with Juniper under HPE. This may involve integrating networking with cloud strategies, edge computing deployments, or AI workloads that depend on strong, consistent network integration.

The Role of Consulting in Maximizing Value

While technology capabilities are essential, realizing their value often requires the right expertise. This is where network consulting services like WEI’s make a significant difference. WEI helps organizations design architectures that fully leverage AI-driven networking, integrate with existing systems, and align with broader business goals.

Key areas where WEI network consulting services can provide value include:

• Architecture Assessment: Identifying gaps between current infrastructure and the desired end state.
  
• Integration Planning: Mapping how the new Juniper under HPE solutions will interact with existing systems and processes.
  
• Operational Training: Preparing IT teams to manage and maintain new capabilities.
  
• Security Alignment: Ensuring network integration is consistent with the organization’s overall security posture.

Looking Ahead

The HPE Juniper acquisition represents more than a simple expansion of product offerings. It reflects a strategic vision where networking, AI, and cloud services operate as a unified platform. This is particularly relevant for enterprises viewing IT not as a cost center, but as a driver of competitive advantage.

The coming months will reveal more about the integrated product roadmap, but the immediate opportunities are clear and exciting. Leaders who take the time to understand and plan for these changes will be best positioned to capture the benefits.

Final Thoughts

Juniper under HPE delivers a stronger competitive alternative in the networking market, deeper AI-driven operations capability, and a more integrated support structure. For executives responsible for digital transformation, it is an opportunity to rethink network architecture, align more closely with AI-enabled operations, and position their organization for growth.

By acting now, reassessing vendor strategy, exploring AI pilots, evaluating licensing, and engaging with network consulting services, leaders can position their organizations to capture the full value of the unified innovation and network integration the combined company now offers. WEI can help with network integration strategies that align with your business goals and future growth plans. Contact us to learn how our expertise can guide you through this new chapter in networking.

Next Steps: Juniper Apstra’s intent-based networking platform is a single software solution that streamlines and automates the design, deployment, and ongoing management of data center networks.

Ěýto learn more about the transformative benefits of Juniper Apstra. Contact our team to help assist you in identifying and realizing the necessary outcomes for your data center and the business it supports.

The post Why the HPE Juniper Acquisition Powers Strategic Network Consulting Services appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Modern enterprise networks face a shift in priorities. With employees, guests, and devices increasingly relying on wireless access, a mobile‑first network design is now the baseline expectation. Campus networking today must support a blend of wired, wireless LAN, BYOD, guest access and IoT devices, all while delivering predictable performance and security.

As an HPE Aruba Networking partner, WEI aims to help directors and C‑level technology leaders understand how strategic network design and automation can solve business challenges. In this article, we’ll outline how mobile‑first campus architectures, wireless LAN upgrades, policy‑driven segmentation, and network automation work together to create a future‑ready network that supports innovation without complexity.

Why a Mobile‑First Network Design Strategy Matters

Most organizations still rely on historic three‑tier campus designs, but demand has outpaced static wired networks. Today’s workforce expects dependable wireless across every building, meeting space and shared area. A modern campus must:

• Deliver wireless LAN performance using the latest Wi‑Fi standards
• Support high device density and BYOD without burdening IT
• Offer consistent wired access where needed, especially for IoT and fixed assets
• Adapt policy enforcement dynamically based on identity and device type

By adopting a mobile-first networking design that prioritizes the wireless experience rather than treating it as an afterthought, organizations gain better end-user satisfaction and reduced friction in daily operations.

Core Architectural Principles for a Campus Network

A validated campus network blueprint, such as HPE Aruba Networking’s ESP‑based three‑tier topology, has been proven in large scale deployments. It uses a routed core connected to aggregation switches, then to access switches. The access layer is Layer 2 only, while routing and default gateway services are provided at the aggregation layer.

With this arrangement, APs connect through access switches, gateways reside at the aggregation layer, and services like ClearPass, DNS and DHCP are centrally located in a services aggregation segment. This design supports high performance and simplifies client-to-gateway traffic flow.

Key design considerations include:

• Consistent addressing and naming: Use standardized VLAN naming, IP schemes, and device names. For example, grouping access switches as “SW‑RecognizedSite‑ACxx‑nn” fosters clarity and ease of management.
• Use of named VLANs: Map logical groups such as EMPLOYEE, PRINTER, GUEST, MGMT_VLAN consistently for policy enforcement.
• Precise segmentation: Separate management, user access, and IoT traffic using VLANs and routing isolation to uphold security and simplify troubleshooting.

This architecture can scale from hundreds to tens of thousands of users using the latest Wi‑Fi 7 APs, multi‑gig access lines, and advanced switching hardware while preserving existing infrastructure investments where possible.

Harnessing Dynamic Segmentation for Security and Policy Control

A core differentiator of HPE Aruba Networking’s approach is Dynamic Segmentation, which applies zero‑trust security and fine‑grained policy enforcement based on identity, device, time and location context.

This method enables:

• Role‑based access control across wired and wireless domains
• Automated enforcement of least‑privileged access
• Consistent policy deployment across campuses and branches, regardless of scale

Dynamic Segmentation helps businesses enforce compliance, isolate potential threats, and securely onboard BYOD and IoT devices without manual configuration for each device or VLAN. That makes it especially suitable for environments with diverse device types and rapidly changing access patterns.

Simplified Operations via Network Automation

Modern campus environments require operational agility. HPE Aruba Networking offers Aruba Central, which consolidates network management, orchestration, firmware compliance, and deployment workflows in one unified cloud-native platform.

Key benefits include:

• Zero‑touch device provisioning via group and site definitions in HPE Aruba Networking Central, enabling consistent configuration using templates
• Firmware compliance policies that ensure all devices remain on approved versions without manual upgrades across multiple sites
• AI‑driven insights, including network health dashboards, predictive alerts, and remediation suggestions so IT can address issues before users notice

This level of automation reduces the burden on IT teams, enabling them to monitor network status, deploy new access points, or roll out new policies efficiently.

The Role of a Trusted HPE Aruba Networking Partner

Working with an HPE Aruba Networking partner like WEI brings advantages beyond deploying technology. At WEI, we offer strategic guidance, real‑world experience, and alignment to business goals. Our team helps translate a director or C‑level leader’s vision into a network that:

• Prioritizes user experience and mobility
• Supports security expectations through context‑aware segmentation
• Minimizes operational overhead with automated workflows
• Preserves existing infrastructure investment while preparing for future growth

As partners, we also provide guidance on licensing, device lifecycle management, and integration with macro‑architecture platforms like HPE GreenLake and HPE Aruba Networking Central.

Overcoming Common Business Challenges

Enterprise audiences commonly face these business challenges, and a modern campus networking strategy addresses each directly:

• Supporting device growth without IT overload: Employee-owned devices, conferencing systems, and IoT sensors all require reliable access. With identity‑based policy enforcement and network automation, administrators avoid manual provisioning for every device. HPE Aruba Networking ClearPass profiling simplifies onboarding of both BYOD and IoT.
  
• Securing the network without disrupting user experience: Dynamic Segmentation enables contextual access control without requiring complicated configurations. This zero‑trust approach helps deliver secure access while still providing fast, reliable service.
  
• Aligning network modernization with existing infrastructure: By adopting wireless-first design and automated policy with HPE Aruba Networking Central, existing switches and gateways can often be repurposed. Upgrading incrementally helps limit upfront expense while aligning network capabilities to business needs.
  
• Maintaining predictable operations at scale: AI‑powered analytics, health reports, and consistent policy rollout reduce errors and simplify network changes. Firmware compliance ensures consistency across devices without manual checks.

Key Pillars for a Successful Campus Networking Initiative

When preparing for a network transformation, focus on these success factors:

1. Adopt mobile‑first network design: Prioritize wireless connectivity needs early. Wireless should be architected to deliver the required performance levels, with wired networks complementing rather than dominating.
2. Implement a proven campus architecture: Use validated three‑tier topologies with clear segmentation between core, aggregation, and access layers. Maintain consistent VLAN and IP naming across network zones.
3. Use policy‑driven access control: Leverage Dynamic Segmentation to enforce granular policy across categories like employee, guest, and IoT. Access profiles can be applied in real time based on identity and device context.
4. Enable cloud‑native network automation: Provision via HPE Aruba Networking Central with group and site templates, defined firmware baselines, and Zero Touch workflows to standardize deployment across buildings and geographies.
5. Engage with a certified HPE Aruba Networking partner: Partner with WEI, a certified HPE Aruba Networking partner, to tap into domain expertise, align network strategy with business goals, roadmap modernization paired with investment protection, and support long‑term operations.

Key Insights for Executive IT Leadership

A controlled and future‑ready approach to campus networking enables business leaders to:

• Expand Wi‑Fi and wired capacity with minimal disruption or support impact
• Enforce access policy consistently while limiting manual intervention
• Reduce total cost of ownership by automating common tasks and optimizing existing infrastructure
• Position for future use cases such as AI analytics, data‑heavy applications, immersive corporate spaces, and dense IoT environments

As trusted advisors, WEI helps transform the network from a point solution into a strategic platform. One that enables user experience, supports secure access, and aligns to your digital transformation goals.

Next Steps

If you’re evaluating next steps, consider this structured approach:

• Conduct a current-state assessment to inventory wired, wireless, and service infrastructure across campus
• Develop a mobile‑first readiness map to identify wireless coverage gaps and areas with rising device demand
  Define your policy model covering employee profiles, guest access, and IoT onboarding workflows
• Evaluate HPE Aruba Networking Central and ClearPass integration for centralized policy and automated deployment
• Partner with an HPE Aruba Networking partner to align strategy, manage deployment, and support long‑term goals

Final Thoughts

Campus networking is no longer just about access. It is about enabling mobility, securing diverse devices, and simplifying operations. By combining mobile‑first wireless LAN design, validated topology, dynamic segmentation, and HPE Aruba Networking Central automation, organizations can build a network that performs reliably today and adapts confidently tomorrow.

As thought leaders and trusted advisors, WEI guides the transition from legacy campus networks to a proactive, policy‑aware environment. We help position your organization to support changing business requirements while reducing operational friction. When you’re ready, we’re here to help translate vision into execution.

Contact us to explore how mobile‑first campus strategies can help your teams move forward with control, reliability, and strategic focus.

Next Steps: Ready to achieve agile networking at the edge? Download our free tech brief,  for detailed insights and learn how WEI and HPE GreenLake can revolutionize your network management strategy.

The post Empower Campus Networking Built for the Future with Mobile-First Network Design appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Today’s data centers are the operational core of the enterprise. They support essential functions such as hybrid work, customer-facing applications, real-time analytics, and service delivery. Their performance directly influences business outcomes, including revenue growth, product development, and customer satisfaction.

Consistently achieving these outcomes is a challenge. The density of today’s IT environments often stands in the way, whether it stems from hybrid environments, multivendor systems, or increasing demands for speed, security, and performance.

At WEI, we help enterprise IT teams overcome these challenges with practical solutions that align infrastructure to strategic goals. Juniper Apstra is one such solution. It brings clarity, control, and consistency to data center operations by applying intent-based networking principles.

Shifting from Traditional to Intent-Based Networking

Traditional network management often involves manual configuration, device-by-device troubleshooting, and reactive maintenance. As networks grow more complex, this model becomes difficult to sustain. Mistakes multiply, time-to-resolution increases, and service delivery suffers.

Intent-based networking changes this model by shifting the focus from configuration to outcome. It defines what the network is supposed to achieve, and the system automates how to get there. It also continuously validates that the network is operating as intended.

This model not only reduces manual work, it improves alignment between IT infrastructure and business objectives. Juniper Apstra is built on this principle and puts it into practice through intelligent automation and real-time validation. It serves as a leading example of intent-based networking solutions that are delivering tangible .

Juniper Apstra: Designed for Consistency

Juniper Apstra is an intent-based networking solution that centralizes and simplifies data center management. It uses a blueprint model that allows IT teams to define desired outcomes across architecture, performance, and security. These blueprints are continuously validated against real-time network data to ensure compliance and stability.

Juniper customers have reported such as:

• 90 percent faster deployments
• 83 percent reduction in operational expenses
• 320 percent return on investment, often with payback in less than six months

These are not just technical improvements. They translate into faster time-to-market, stronger budget control, and more reliable service delivery.

AI-Native Management

Apstra includes advanced capabilities that support AI-native data center management, powered by Juniper Mist AI and the virtual network assistant, Marvis. These tools provide deep, actionable insights that help IT teams stay ahead of problems.

For example, Apstra can detect a failing optic before users are affected. It can map application performance to specific infrastructure components and suggest changes to prevent service disruptions. It also stores configuration history so teams can roll back quickly in multivendor environments.

These features allow teams to spend less time troubleshooting and more time focusing on strategic initiatives. Apstra represents a new standard for AI-native data center management that is built on automation, insight, and proactive response.

Supporting Hybrid and Distributed Environments

Most enterprise IT environments now include a mix of on-premises data centers, public and private clouds, and edge locations. Juniper Apstra supports these distributed environments through its cloud-hosted Apstra Cloud Services.

This suite of applications allows centralized control across all infrastructure components. IT teams can apply consistent policies, manage security standards, and maintain operational practices regardless of where workloads reside or what platforms are in use.

This capability is especially valuable for organizations managing AI, IoT, or latency-sensitive applications. It ensures that performance targets are met regardless of location and contributes to effective AI-native data center management across hybrid environments.

Built-In Zero Trust Security

Security is a core part of Apstra’s architecture. It applies Zero Trust principles by automating policy enforcement and network segmentation. This creates secure zones and limits lateral movement, reducing exposure to internal threats.

Apstra continuously monitors network behavior to detect any deviation from defined intent. If something changes that shouldn’t have, Apstra identifies it and initiates corrective action.

This approach helps organizations maintain compliance and protect sensitive workloads without sacrificing operational agility.

Freedom to Choose Technology

Apstra is built to support multivendor environments, which is a common occurrence in enterprise IT settings. It allows organizations to choose the best hardware and software for their needs without getting locked into a single ecosystem. It also integrates with popular automation tools such as Terraform and Ansible.

This flexibility protects your technology investments and supports future growth. You can adopt new solutions as needed while maintaining consistent network management practices. This type of adaptability makes Apstra one of the most effective intent-based networking solutions for enterprises seeking long-term agility and control.

WEI: Your Partner in Data Center Modernization

At WEI, we bring deep expertise in designing and deploying modern data center solutions. We help clients tailor Juniper Apstra to fit their specific environment and goals. From blueprint development to ongoing optimization, we work alongside your team to ensure long-term success.

Our clients have seen significant improvements, as these results are a direct outcome of aligning the right technology with a strong implementation strategy that incorporates intent-based networking and modern data center management practices.

Watch: WEI’s Campus Capabilities 

Final Thoughts

Juniper Apstra provides the tools to make a positive shift in how networks are designed and managed possible. Its intent-based networking model, AI-native data center management capabilities, and multivendor support give IT leaders the ability to build and maintain networks that support business growth.

If your organization is looking to improve data center performance, reduce operational risk, or prepare for next-generation workloads, we invite you to connect with our team. WEI can help you define the right outcomes and implement a plan to achieve them with confidence using leading intent-based networking solutions. 

Next Steps: Discover how Juniper Apstra is reshaping retail networks for a more connected, intelligent, and secure future. Download our free tech brief,  

The post Modernize Your Data Center with Intent-Based Networking Solutions appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

In our increasingly technology-reliant world, most modern enterprises cannot achieve sustainable growth without an adaptive IT environment. That’s why having a stable, adaptable network makes the difference between a business that is succeeding and one that is struggling to keep its operations above water. Employees and customers alike depend on an enterprise’s network to do their jobs and conduct business. In other words, when the network fails, the business and its operations fail, too.

Leaders in the IT industry have turned their attention to creating a network solution that evens out the bumps in the road. If you are looking for a smooth connection process, Cisco DNA Center is for you.

The post Start Simplifying The Complex DNA of Your Network appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

Hybrid work solutions. That’s a term that can make network administrators a little queasy if their hybrid workforce is consistently submitting IT support tickets for one common issue or another. Granted, the term “hybrid work solutions” was never really tossed around IT departments until just a few years ago. Now, it is the new standard for both your established workforce and those applying to vacant positions.

In the post-pandemic modern world, enterprises have experienced a rise in hybrid workers as the number of individuals working exclusively at home have continued to decrease. At a high level, the hybrid model serves as a happy medium for in-office and at-home preferences. to get work done from multiple locations, so creating a productive experience for them no matter where they are is your IT team’s ongoing priority.

Flexibility is the name of the game. According to a , 52% of employees want their employers to adopt hybrid work solutions. Employees recognize that there are times when working on-prem makes total sense as it fosters teamwork and collaboration, but they still want to retain the ability to work remotely for those times when location is an irrelevant factor. Because flexibility is so highly valued by professionals today, companies can use hybrid work models to attract and retain talent. It is also a way to lower costs while sustaining organizational productivity at the same time.

This is all great in theory, but what happens when the rubber meets the road? Are you, as an IT leader, ensuring your team delivers on a hybrid solution that satisfies all enterprise end users?

Dell Has Your Required Hybrid Work Solutions

Dell refers to today’s agile workforce as the Do-Anything-From-Anywhere World. To pull that off, businesses must ensure that their hybrid workers have the right tools for the job. That’s why Dell has placed such an incredible emphasis on ensuring they have the right portfolio of intelligent computing devices, accessories, software, and services that not only foster agility, but also facilitates greater productivity and security. That starts with offering persona-based PCs to satisfy the different needs of multiple employee roles.

Persona-Based Solutions

Workers need a complete endpoint solution to ensure they can work both autonomously and collaboratively. To do this, Dell is empowering their PCs with the power of AI. Dell Optimizer is an integrated AI software suite that provides intelligent privacy features to conceal sensitive information within unsecure environments. It features the world’s first simultaneous multi-network connection that allows users to connect to two wired or wireless networks at once for faster data transfers and downloads. Dell Optimizer can even analyze a worker’s immediate surroundings and utilize neural-noise cancellation technology to ensure that remote communicative sessions are audibly clear and pristine.

Flexibility at the Enterprise Level

Enterprise leaders must always remind themselves that flexibility isn’t just a demand from clients. Forward-minded companies must also be agile enough to quickly adapt to the fast-changing dynamic business environments of today. That’s a fancy way of saying you must support your workforce, too. Are you certain you have the right technology infrastructure in place for the coming years? Do you know how much storage capacity and processing power you will need in 2023 or 2024? Think about how useless the forecasts you made in 2019 for the coming year were because of the pandemic and supply chain challenges. The old way of capitalizing large infrastructure deployments is simply outdated.

Companies can no longer continue the expensive practice of overprovisioning and investing in long-term fixed assets – this is far too risky. Companies need adaptive technology solutions that provides flexibility in resource allotment and finance allocation. That’s why Dell Apex Flex on Demand is the right solution at the right time.

What is APEX Flex on Demand?

gives you the ability to not only acquire the right technology you need but to also scale the right amount, so you only pay for what you use. We aren’t talking about a cloud-first solution, but you are financing in a similar fashion to the cloud. Remember, we’re still talking about allocating storage, server, hyper converged infrastructure, and data protection services on-prem. Apex Flex on Demand threads the needle to meet the balance of cost and flexibility in a way that was unimaginable just a few years ago.

What you’re paying for isn’t hardware or software. You pay for actual capacity usage. Whether it’s a server or a storage repository, utilization is comprised of two components: Committed capacity and buffer capacity. Our team will help you establish what your fixed committed capacity should be and how much buffered capacity will be required in the future. You aren’t billed for that buffer by default, but if the need arises for it, you instantly have access to it. Because buffered capacity is billed at a higher rate, you can modify the capacity ratio to adjust to workloads that have increased beyond the initial committed capacity to reduce costs.

Deployment and Payment Made Simple

Dell delivers and deploys your desired technology on-prem according to best practice and configured with your predicted capacity ratio. Raw and usable capacity data is measured throughout each day to create a daily and monthly average using locally installed software. This usage data is then securely uploaded to the Dell Financial Services Database where it is validated, verified, and processed by a billing specialist. Reports are then made available to the customer for validation prior to payment. Some of the benefits that customers have realized include the following:

• A 25% lower storage acquisition cost
• Deploying new storage capacity proved 92% faster
• Costs due to unplanned outages fell by 64%

If these positives are not enough, please consider this: While there are similar solutions abound, Dell is the only solution provider that caps monthly at 85% usage of total installed capacity.

Conclusion

You can refer to it by a variety of “as-a-Service” connotations. The best way to sum up Dell’s Flex on Demand offering may be Innovation-as-a-Service. It’s just another example of how Dell is providing the right hybrid work solutions that companies need for both now and in the future. It’s time for you to ensure that your business objectives are satisfied in a totally dynamic world.

Next Steps: that explains how Dell Technologies has elevated the hybrid work experience for both end users and IT administrators. We focus on the perspectives of privacy, connectivity, and collaboration.

The post Hybrid Work Solutions: Are You Delivering? appeared first on IT Solutions Provider - IT Consulting - Technology Solutions.

WEI recently had the pleasure of hosting a virtual conversation about Artificial Intelligence (AI) and its critical role in digital transformation and the intelligent network. This eye-opening exchange was led by , a professional speaker, author, corporate consultant, and innovative disruptor. In her 40-minute discussion, Linda touched on the power that disruptive technologies are having across the business spectrum. She presented an actionable blueprint outlining the proven AI strategies that companies should be implementing to succeed in this new age. Linda’s bold ideas centered around the need to rethink many of the traditional progressions that restrict our thinking, and ultimately, our success.

The Inversion Paradigm

The modern consumer, whether they know it or not, often identifies a product worth purchasing based entirely on the buying experience. In other words, we shop and browse in an era where the convenience of product availability, customization, and same day delivery are elements the producer has already accounted for. Companies can no longer afford to create a product, define its use, and then expect it to sell in the display window of your local outlet store. In fact, the idea of a product itself is too limiting by its very nature. Instead, businesses must survive by the innovation that is driven by people’s needs.

A classic example where technology was carefully tailored to quench people’s needs is Amazon Alexa, which is leaps and bounds ahead of it’s lesser known counterpart, Cortana. Both are virtual productivity assistants, yet Cortana is no more than a blip compared to the massive ubiquity of Alexa. This is because Cortana was a product, a feature set, that had its purpose previously defined within a computer. On the other hand, Alexa was created with no thought of limitations. No one imagined talking to a lightbulb when Alexa was first introduced to the market, yet millions of people do so today without a second thought. This idea of creating a needs-first mentality rather than a product-first mentality is what Linda identifies as the Inversion Paradigm and it is one that companies must embrace for survival.

The “Know Me” Economy

The Inversion Paradigm is more than just predicting the needs of customers – it’s about understanding what delights them, too. As mentioned above, people don’t want products anymore – they want experiences stemming from those products. For instance, the autonomous car isn’t just about getting the driver and their passengers to the destination. As the miles tick by, the car is also designed to improve their experience over time and adhering to the desires learned of its owner as the miles tick by. For a business to be successful today, it must delight its customers and it can only do this by truly knowing what they need.

The Progression of Disruption

The uncertainty of a disruptive and bold idea often triggers chaos. There’s no getting around it. Still, disruptive ideas have become a natural step in today’s enterprise world, and it is this type of idea that results in the creative innovation that businesses require for survival. The organizations that are willing to disrupt to innovate are becoming the leaders in their industries. You could go way back to the 1950s when McDonald’s first introduced the drive-thru window model as an easy example. The assembly line-like kitchen was designed to efficiently deliver on the consumer’s desire for a fresh and sanitary meal ordered just minutes ago. The convenient experience for the consumer was, and still is, just as important as the meal itself.

More specifically to Linda’s conversation though, we can also look at how Netflix disrupted the DVD rental industry with home delivery, only to further (and willingly) disrupt its own successful business model and offer digital streaming. It is all about rethinking, reimagining, removing restrictions, and resetting the mindset and core competencies of your business. To achieve disruptive change, you need diverse insight, and intelligence is what gives you the ability to harness those insights. That’s why businesses must learn to integrate intelligence into as many systems as possible through the power of AI.

The “What If” Economy

Success today is prevalent on more than just an innate understanding of people. You have to say those two powerful words, what if. Linda used the example of Honeywell, which essentially owned the thermostat market not too long ago. Then someone said, what if we connected the thermostat to the internet? That disruptive idea has been widely embraced as more than 50 million units have been sold to people that are enthusiastic about their Nest devices today. The what if mindset, however, is not about asking just once. While Peloton experienced great success early on thanks to a what if mindset, the company unfortunately failed to devise a follow up plan for when more people opted to spend less time at home due to eased COVID-19 mandates. The what if moments need to stick more than just once. 

The “Know Me” Intelligent Network

So, as an IT leader, you may be wondering what this all has to do with digital innovation, or more specifically, the intelligent network. Well, the network today is the center of everything and to ensure your enterprise’s ongoing success, you must know that your network will continue to be at the center of everything tomorrow. This requires a what if mentality and an understanding of what type of network services your users will need as they progress and adapt to life. We need networks that can quickly adapt to changing environments and changing demand patterns. That is where AI comes into play – leverage machine learning to make predictions and deep learning to create self-driving awareness.

Uptime Doesn’t Always Mean High Performance

While you may not know what the critical needs are of your users just yet, you do know they need your absolute assurance about network reliability and predictability. Organizations can no longer suffer one second of downtime. This means that the minimum expectation of “uptime”Âť is no longer relevant, and no longer pertains to quality performance. In other words, your enterprise network can only be “good”Âť if it provides the services that your users demand.

There will also be no time to wait for human intervention. Machines should be configured by machines. Everything should be automated, while integrated intelligence goes about predicting outcomes and problems before they can be derived by humans, thus creating the ultimate self-correcting and intelligent network.

You Talk To Your Lightbulb, So Why Not Your Network?

Nobody imagined talking to their lightbulb years ago, but now people recognize the value in doing so. So, why aren’t you talking to your network? You can with Marvis, Juniper Mist’s whose only function is to understand the needs of your network and delight those that utilize it. It is time to start planning the network of tomorrow and to also plan for the disruptive changes that will innovate your way to sustained success. We exist in the era of a new world with new paradigms that require a whole new network. The good news is that Juniper has those intelligent network solutions already available.

NEXT STEPS: To better understand why AI should be the next step in your digital transformation journey, download and read our new white paper,

It uncovers:

• Network operational benefits
• Where IT leaders stand after incremental implementation of AIOps
• Business areas where AI flourishes

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In today’s multi-cloud era, desktop virtualization is at the top of the list of IT priorities for organizations of all sizes. Business leaders wish to deliver virtual desktops and applications that offer the flexibility to respond to rapidly changing demands without the complexities associated with managing on-premises infrastructure.

VMware Cloud on Dell EMC is delivered as-a-service to your data center and edge locations. This allows business leaders to offload infrastructure management tasks and focus more on high-priority IT initiatives.

In the article below, we break down the top five desktop virtualization challenges in today’s multi-cloud environment and how VMware Cloud is helping to solve these challenges.

1. Selecting The Right Infrastructure

The public cloud operating model provides numerous advantages including increased business agility and economic benefits. This has led many organizations to shift away from on-premises infrastructures. Enterprises have sought solutions that enable migrating or extending the capabilities of their virtual desktop and application environments. However, a do-it-yourself approach can result in a less than ideal infrastructure that delivers inconsistent performance and places limitations on scaling.

for both traditional and modern applications. For customers that need to remain on-premises, VMware Cloud on Dell EMC simplifies your VDI deployment by delivering a best-in-class solution that enables organizations to take full advantage of the efficiencies of the public cloud operating system while eliminating the need to reskill staff or refactor applications.

2. Interoperability Between Deployments

As business leaders’ top priorities have become cloud adoption and desktop virtualization, environments have become increasingly heterogeneous. This has allowed organizations to take advantage of differentiated services, however it has also created a management challenge. To mitigate this challenge, enterprises need a platform that delivers unified infrastructure and operations, providing consistency across deployments.

VMware Cloud on Dell EMC brings a compelling value proposition to customers looking to extend capacity for VDI deployments. Applications teams can utilize existing tools, removing the friction of migrating desktops and applications to a new infrastructure.

3. Personalizing And Managing Your VDI Deployment

Enterprises face a pressing need to rapidly deliver a great user experience to remote workforces. For large scale deployments, balancing the need to deliver a seamless customized experience while ensuring security of applications and data presents tremendous challenges.

With on Dell EMC, customers can leverage the same enterprise-grade capabilities and tools used in their on-premises deployments. Business leaders can utilize the Just-in-time Management Platform (JMP) to deliver personalized, non-persistent desktops and applications in seconds.

4. Scaling To Meet Increased Demands

Capacity issues and resource constraints can result in costly consequences for any enterprise. The inability to respond to business needs and support rapid onboarding of new users negatively impacts productivity and profitability.

VMware Cloud on Dell EMC has the ability to support long-term growth and scale IT resources to meet increasing demands on business leaders. The portal also allows customers to add hosts as needed and offers sophisticated sizing tools to meet current requirements and anticipated needs.

5. Ensuring Security Of Desktops and Applications

Desktop virtualization can mitigate threats at endpoint, end-users error, and use sophisticated tactics against cybercriminals. Having the capability to modernize VDI infrastructures to defend against threats can be unmanageable and the reuse of established procedures and security protocols can be troublesome.

The on VMware Cloud on Dell EMC delivers consistent security features with full lifecycle management. Business leaders will no longer need to monitor for potential vulnerabilities in VDI deployments. Automatic testing and rollout of security patches eliminate the requirements to maintain numerous testing and staging environments. This reduced downtime saves business leaders time and money.

Interested In VMware Cloud On Dell EMC Solution?

Running virtual desktops and applications on-premises requires a significant investment in time and resources. VMware Cloud on Dell EMC provides an enterprise-grade, fully managed infrastructure-as-a-service solution that meets every challenge associated with managing on-premises VDI deployments.

NEXT STEPS: Get a full 360-degree view of VMware’s hybrid cloud solution in our white paper below.

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There’s nothing worse than an investment that doesn’t pan out. Whether it’s hardware or software, a solution that fails to meet expectations, or wastes time and resources, stifles your enterprise’s ability to do business. For these and many other reasons, IT organizations have turned to “as-a-service” models, which lower the burdens and risks associated with new solutions. Get ready for the next aaS offering: Network-as-a-Service with HPE GreenLake for Aruba.

As a comprehensive network-as-a-service (NaaS) solution, HPE GreenLake for Aruba combines the best of Aruba’s products and essential services with the flexibility of HPE GreenLake’s delivery model.

Built-In Flexibility Boosts Productivity And Performance

HPE GreenLake for Aruba is delivered using a data-driven service management approach, which automates workflows and other key capabilities while also allowing customers to fit the solution to their needs.

The benefits offered by HPE GreenLake for Aruba include:

• An accelerated on-boarding experience
• Reduced burden on IT through support from Aruba’s expert team and data-driven automation
• Dodge network slowdowns and outages through strategic service expansions and simple renewals
• Reduced cost and predictable subscription payments on a regular schedule
• Added value through HPE GreenLake

A by found that customers that utilized HPE GreenLake saw an increase in IT team productivity of 40% through reducing the support load and a 75% shorted time to market for deploying global IT products. HPE GreenLake for Aruba combines these benefits with Aruba’s portfolio to maximize IT efficiencies and lower costs.

[Featured Video]
Three Reasons Why HPE GreenLake is the FUTURE of IT

By utilizing HPE GreenLake For Aruba, enterprises will also have access to the following managed connectivity services:

• A Customer Experience Management program
• Aruba Service Manager portal for insights and visibility
• Equipment refreshes, which can be planned for mid-cycle or at the time of renewal
• 24/7 monitoring and remote daily operations

Put most simply, HPE GreenLake for Aruba respects the need for enterprises to guard the bottom line, while also offering strategies to maximize IT efficiencies and improve performance for end-users.

NaaS And The Intelligent Edge

As identified by IDC, today’s enterprises need the network to embrace the edge, wherever it may be. “The edge is where data is created, captured, and processed,” whether it’s the cloud or an internet of things (IoT) device.

To combat the increased burden of management for this extended enterprise network, NaaS offers enterprises a way to outsource the day-to-day management of the network. It also offers dynamic scalability and access to cutting-edge technology through a flexible consumption model. In the report, IDC identifies NaaS as a critical piece for extending the enterprise network to the edge.

Is NaaS with HPE GreenLake Right For You?

In a recent report from , researchers found that when enterprises adopted as-a-service (aaS) offerings on the basis of budgeting, they found additional benefits including:

• Improved agility, which leads to better life-cycle management
• Improved productivity and business responsiveness to drive growth from quicker access to new functions and features
• Budgeting is improved through analytics features

Perhaps most importantly, “Customers quickly realized that the enhanced visibility, transparency, and flexibility of these models allow IT and business leaders to use real-time insights to make strategic business decisions.”

When it comes to NaaS, organizations have come to expect the same service levels and bandwidth access, regardless of the location. This need for availability and flexibility, as well as optimized network performance is driving enterprises towards the adoption of NaaS.

Another driving factor is the need to acquire new IT assets without significant upfront costs. In a recent survey conducted by IDC, 43% of respondents believed that the unique challenges of 2020 and beyond would “significantly or moderately increase” interest in aaS models. IDC also observed that once implemented, aaS models have a high retention rate and frequently lead to increases in implementation.

Are You Interested In HPE GreenLake For Aruba?

As a global, edge-to-cloud company, HPE is helping enterprises around the world implement solutions that improve productivity and reduce costs. In partnering with Aruba for HPE GreenLake for Aruba, they are delivering the reliable, secure, and simple as-a-Service networking experience your employees and IT team need to be successful. to learn how your business can start reaping the benefits of the Network-as-a-service model.

NEXT STEPS: How is your Wi-Fi performing? We can help you determine the answer to that, and provide actionable recommendations to improve Wi-Fi connectivity across your campus or distributed enterprise. Learn more about our wireless network assessment below.

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has revolutionized the way enterprises do business on every level. For IT, cloud brings some complexity to network operations and infrastructure management.

Whether it’s at the campus, branch, or a remote location, end-users and internet-of-things (IoT) devices are connecting to and accessing the cloud network, creating a complicated interconnected web. As the enterprise grows, the cloud network requires more time and resources to manage.

To combat this complexity and make a cloud-managed network straightforward, developed , a cloud-managed networking solution that features artificial intelligence (AI) powered insights, automation for workflows, and comprehensive security. With this solution, IT teams are able to manage and optimize the entire network environment from a single dashboard, regardless of the location.

Simple network administration

Aruba Central’s foundation is its simple and easy to use interface, which offers everything IT teams need to manage day-to-day operations. This includes direct access to manage network and security infrastructure and configuration, adding or removing devices or licenses, as well as managing integrations with existing IT systems.

This uncomplicated, single-pane-of-glass system saves time and reduces the training that IT teams need to effectively use the solution.

Aruba Central also saves time when it comes to adding network devices, which is an important, but typically complex task. With Zero-Touch Provisioning, an easy setup wizard, and an integrated installer app, onboarding becomes a faster, streamlined process.

Comprehensive management options

When it comes to ongoing management, accurate and timely data is key to ensuring network health. For this reason, Aruba has prioritized visibility and granular control.

From the primary dashboard, IT can access a global or specific site view of all managed devices, as well as a detailed list of device usage, utilization and RF noise, WAN uplink, and tunnel status.

To provide real-time visibility and alerts into the health and status of the network, Aruba Central utilizes advanced AIOps for AI-based insights. Over time, the insights will leverage the growing pool of network data for contextual-based observations.

In the event of a problem, the solution quickly identifies and characterizes the issue, providing context-based information and troubleshooting options. Aruba Central also offers comprehensive reporting options that include device connectivity, , and user activity. IT teams can schedule reports to be run that highlight any area, including device and client inventory, activity auditing, and more.

As a result, Aruba Central provides the consistent, reliable, and timely information IT teams need to support a cloud-managed networ throughout the enterprise.

Aruba Central Cloud Reliability

As with all its products, Aruba prioritized the user experience when designing Aruba Central. The solution offers enterprise users high availability through:

• Web-scale database design, which ensures a responsive performance regardless of the data load.
• Service redundancy, with data centers worldwide available for hosting.
• HTTPS connectivity, with certificate-based authentication.

By utilizing Aruba Central, enterprises can ensure employees have access to the network whenever they need it for whatever task they need to be completed, improving productivity throughout the enterprise and pushing the business forward.

Aruba Central for the Remote Workforce

With today’s distributed workforces, enterprises everywhere need to deliver in-office user experiences to in whatever location they may be in. Aruba Central supports this goal through a number of key features.

These features include over-the-air software and configuration updates and on-demand IT software and services.

Aruba Central’s single-pane-of-glass management system and the scalability offered by the solution pairs with other solutions offered by Aruba, such as , and , to build and support a cloud-managed network for distributed workforces.

Are you interested in Aruba Central for cloud-managed networking?

Regardless of your enterprise’s specific situation, Aruba can deliver the reliable, secure, and simple cloud networking experience your employees and IT team need to be successful. Aruba Central also integrates with the rest of Aruba’s portfolio, allowing enterprises to utilize these integrations to create the cloud environment that works best for them. The Aruba experts at WEI can show you how Aruba Central can work for your business, just today!

Next Steps: Do you want to improve the remote working experience for your employees? Aruba provides every solution you need to keep your employees productive from wherever they work. If you are looking for ways to improve the remote working experience for your employees, you might be interested in our tech brief, “Provide Secure Remote Connectivity with Aruba Remote Access Points.” Click below to start reading.

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In today’s technology-focused world, the foundation of a business’ digital presence is its network. From the top executives to the newest intern, your enterprise and the people that work with you depend on your network to do business. If your network performance isn’t providing the connectivity and bandwidth your employees need to be productive, your business will suffer.

For this reason, many enterprises have turned to intent-based networking (IBN), which offers the adaptability, fluidity, and agility enterprises need to be successful. Instead of depending on continuous intervention by administrators, IBN relies on proactive and predictive analytics software that helps plan, design, and automatically implement changes on the fly in accordance with the changing circumstances at hand.

While software defined networking and other technologies have already reduced the complexity of network administration to some degree, IBN takes it to the next level, and though orchestrated control and machine learning, IBN can automate time-consuming and repetitive administrative tasks.

[Featured Case Study]

Data Center Relocation and Policy-Based Networking with Cisco ACI

For IT, this means less time devoted to keeping the network running as it should and more time to devote to innovation and strategic initiatives.

So how can enterprises get started with IBN? With .

What is Cisco DNA center?

Cisco DNA Center sits at the core of ‘s IBN system. It offers an intent-based platform for IT and business applications that streamlines network operations and assures required reliability and performance levels. Through its single point of management, offers administrators access throughout the network and the ability to distribute policies and manage workflows, regardless of location.

The solution is comprised of three primary aspects:

1. Automation – With controller-based automation, Cisco DNA Center simplifies the design, provisioning, and configuration management of your entire network.
2. Policies – A built-in policy-based dashboard offers administrators intuitive workflows and the ability to drag-and-drop tasks to set policies for categories including users, devices, and applications.
3. Analytics – Cisco DNA Center’s intelligent analytics pull data from across the network, including contextual data, which is then used to enable automated adaptability efforts in response to changing network environments.

[Featured Video]

5 Things to Know about IBN with Cisco DNA Center

Why choose Cisco?

While there are multiple IBN solutions available on the market today, Cisco (a veteran leader in networking technologies for enterprise companies) continues to pave the way as a leader in .

Only Cisco offers an open, extensible platform, which allows enterprises to customize the network and build the applications needed for improved productivity and IT efficiency. Cisco DNA Center also provides open APIs and a variety of third-party integrations to keep the network flexible to your specific needs.

With , your network can learn, adapt, and troubleshoot problems even before they happen. Built in automation simplifies network management by automatically applying the right policy in the right place, all through a centralized dashboard. For IT, this means networks can now be deployed in minutes, with policy-driven provisioning and guided remediation.

In terms of security, Cisco DNA Center integrates with , which offers agentless, end-to-end network traffic monitoring. Cisco DNA Center’s scalable visibility and security analytics also offer simplified segmentation modeling and advanced threat detection, further securing your network from cyberattacks.

An additional benefit offered by Cisco DNA Center is integration with , which simplifies the purchase and implementation of new technologies. This is especially beneficial for enterprises in the midst of digital transformation efforts, but offers advantages for any enterprise as technology continues to advance and newer solutions are integrated into the network.

There’s no better time to get started with IBN

The speed of business is only increasing, and enterprises are adopting new technologies at a faster pace than ever before to keep up. The digital footprint of the enterprise and the number of connected devices is also increasing. All this combined means IT can no longer manually administer the network and a better solution must be utilized.

Through IBN, enterprises can build a strong foundation for all digital efforts, and Cisco DNA Center is the solution that makes it simple.

Are you interested in Cisco DNA center?

As a leader in intend-based networking, Cisco is helping enterprises around the world take control of their networks and simplify the management process. While other network solutions can offer speed and power, it means nothing if its not built with the right intent behind it. Cisco DNA Center delivers the intend-based networking solution today’s enterprises need to be successful.

Next Steps: Is your network holding you back? The speed and proficiency of your network correlates with your company’s velocity to evolve and compete today.

You need more than a fast network; you need an intent based network. That is what Cisco DNA Center delivers.

Take a closer look at Cisco DNA Center in our white paper below, “Make Your Network Work For You With Cisco DNA Center.“

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The concept of intent-based networking is indeed an evolutionary leap in how we design, manage and maintain the enterprise networks of today. a while back actually coined the phrase of IBN. Rather than relying on manual intervention, intent-based networking incorporates AI and machine learning to automate administrative tasks and functions.

Admins can define the desired state of the network that correlate with the needs of the business enterprise. A software orchestrator governs the network, monitoring performance and enforcing policies in order to achieve predicted performance levels. It is an entirely new approach to networking. One could easily write an entire , but in the end, what you really want to know is how it benefits you and your company. Therefore, we have done that here, listing ten of the biggest benefits of an intent-based network.

1. Agility

Let’s face it; every business is trying to be as agile as possible today in order to compete in an ever-disruptive world with narrowing windows of opportunity. When IT can unleash itself from the dependency of human intervention and instead, incorporate machine-based analytics, your enterprise can get attain greater flexibility in quick succession. According to Gartner, can reduce delivery times within network infrastructure by 50 to 90 percent. Guided by real-time analytics, your network can respond to changing conditions in dynamic fashion. In a dynamic world, you need a dynamic and responsive network.

2. Scalability

It’s very simple. If your traditional network is reliant on manual deployment, configuration and troubleshooting tasks, then your ability to scale is limited to the size of your staff. It is a straightforward relationship. If tasks cannot be implemented without the direct involvement of your staff, then growth is limited, and expensive. Just as automation scaled the manufacturing industry, it can expand the capabilities of your network’s productivity and expansion as well. With IBN, IT can quickly and easily provision, expand and reallocate services.

3. Expanded Network Visibility

Do you really know what resides on your network? Are there areas of your network WAN that are a little foggy? In an intent-based network, you have complete visibility into all network devices. However, visible confirmation of a device’s existence is not enough. into how your network is operating, supporting the desired business initiatives, and achieving compliance. Deployments of devices, configurations and policies are visible for all remote offices and clouds, regardless of location.

4. Consolidated Dashboard

Normally, the words expansive and consolidated work contrary to one another. In the case of a controller-led IBN such as , expansive and consolidated can be used cohesively. That is because you can visually monitor and manage your entire network through a single dashboard. That means your datacenter; remote offices and multiple clouds are visibly accessed through a single portal. Multiple tools are compiled into one platform, giving you total functionality throughout.

5. Increased Efficiency

When you automate manual processes, you increase the efficiency of those processes. Machines perform mind-numbing tasks such as updates and configuration assignments better than humans do. Automation goes beyond these types of perpetual tasks however. Cisco estimates that IT staff members spend up to troubleshooting technical issues. Because AI analytics drives network operations within the IBN, troubleshooting is also automated. When network performance discrepancies are identified, guided remediation is made available so that IT can address problems immediately with little guesswork.

6. Vendor Neutral

IBN is vendor agnostic. That is a good thing because most enterprise networks consists of multivendor components. IBN is an open platform that delivers 360 visibility and extensibility as well. This eliminates the need for deep vendor knowledge. IBN solutions such as utilize multivendor SDKs that allow the controller to interact and monitor network devices from multiple vendors.

7. Reduced Risk

Human error is the of most data breaches. In fact, that nearly 90 percent of all cyber claims stem from some type of human error or behavior. When you eliminate manual tasking from the deployment, configuration and basic operational tasks, you eliminate the possibility of human error. This in turn eliminates security gaps. Orchestrated automation enforces strict directives for all assigned tasks, regardless of workload. No more oversights, no more fat-finger typos. IBN assures predicted secure results.

8. A More Secure Environment

The more sources that information is drawn from, the better that information is. IBN is built on the principle of network and security convergence. This means that your network at large becomes a network of security sensors. All of this information is then correlated in real time so that threats and suspicious activities are quickly identified and can be mitigated before actual damage is done.

9. Insightful Analysis

In IBN environment, the end-to-end network is continually aligned with the intent of the business. To do this requires more than just data driven analytics. A thorough understanding of network performance regarding applications and user experiences requires contextual insights as well. This level of insight leads to predicted workload performances and optimal user based experiences.

10. Greater Control over Performance

Too often business potential is hindered by the limitations of the network. The modern day network should work for the business. The greater control that is achievable in an IBN environment goes far beyond the ability to see into your entire network. , network administrators define the desired state of the network. They input the defined intent of what the network should be. While we could have listed this key benefit first, you have to understand how all of the aspects of automation and assurance get us to this powerful endpoint.

Next Steps: Learn more about Cisco DNA Center in our blog titled “Make your Network Work For You With Cisco DNA Center”

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While edge computing accommodates more than just IoT environments, it is highly suited for the next generation of endpoints that works inverse in relation to the Internet and traditional IT architecture.

The network edge is not just any edge. It is the Intelligent Edge.

Microsoft unveiled their Intelligent Edge strategy in 2018, stating that companies that intelligently harness the edge will likely be on better footing than those who don’t. Says Microsoft CEO, Satya Nadella, “It’s all about the “Intelligent Edge,” bringing applications at the core of an enterprise’s digital transformation from the cloud to local devices, where they can drive business results in real time.”

The phrase “intelligent edge” was originally coined by Aruba and the company is committed to spend $4 billion over the next four years in order to build and create next-generation architecture that is edge-centric. So where is this intelligent edge? It’s everywhere: a manufacturing floor, a cell tower, a smart building, a crop field, oil rig, sports arena, telecommunications outpost or even your house.

Aruba defines three broad categories of intelligent edges

1. Operational Technology Edges (OT) – These types of edges include power plants and offshore oil rigs for instance
2. IoT Edges – This is the most popular category and includes security and transportation companies
3. Information Technology (IT) Edges – Telecommunications, retail and media industries are common examples. For instance, 88 percent of retailers state that and has allowed greater engagement with shoppers.

What makes the edge intelligent according to Aruba, an HPE company, is the presence of technology that is smart, connected, computational and controlling. This combination provides the intelligent edge analytical capabilities that once were confined to on-premises or cloud data centers. Intelligent edges host the capability to compute and provide data to applications in order to reveal deep insights that can then be used to take controlled action.

Aruba is famous for their smart building headquarters that allows employees to navigate throughout their building using a smartphone app to help locate available conference rooms, printers or fellow employees. This concept can be applied to all site locations, creating smart digital workplaces that provide secure, reliable experiences that are optimized and personalized for each employee and guest. All of this occurs on-premises in automated fashion.

In a concerted effort to help customers modernize their branch networks, Aruba has introduced a solution called . Specifically designed to improve branch operations and agility, SD-Branch enhances visibility, control and policy enforcement by integrating operations, security and management into a single gateway appliance. By integrating multiple network functions into software that runs in a single box, SD-Branch significantly simplifies the management and communicative processes of branch locations. SD-Branch integrates with Aruba’s ClearPass and Aruba Central, providing wired, wireless and WAN networking and policy enforcements. Combine this with Aruba’s Zero Touch Provisioning (ZTP) that provides non-technical staff at branch locations a plug-and-play experience, eliminating the need for costly manual onsite deployments and configurations, and the potential cost savings is readily recognized.

Of course, Aruba is not the only company committed to the recognizes that cloud contained solutions are too large and too costly to proliferate at the rate of IoT device proliferation. They are a leader in SD-WAN solutions designed to simplify, secure and speed up data driven processes of branch locations. VMware has also solidified its role as a leader in edge computing with its vSAN hyperconverged infrastructure (HCI) solution and NSX SD-WAN products. It also recently unveiled VMware Pulse IoT Center, an enterprise-grade IoT device management and monitoring solution that surveys the entire network path, from the edge to the cloud. By using HCI solutions that are easy to manage, scale and update, customers can accelerate IoT initiatives and realize ROI faster. These solutions are designed for edge and IoT infrastructure complexities such as real time analytics.

Summary

“Data is the new intellectual property,” says Antonio Neri. “Companies that can distill intelligence from their data, whether in a smart hospital or an autonomous car, will be the ones to lead.” There is no doubt that the volume and velocity of data will increase exponentially over the coming years. This will further expose the inefficiency of streaming these monolithic perpetual data streams to a central data center for processing. According to Thomas Bittman, VP of Gartner, “Business moments are being missed because we cannot capture moving data fast enough.” The edge is where everything is happening today, and it is where enterprises will find the answers.

In order for companies to get the most out of their IoT implementation, they need an understanding of edge computing architecture. However, roughly 80% of companies fear they lack the skills to make sense of all the data that IoT provides. That is why it is essential today to find an that understands the relationship between IoT and edge computing and can help you create strategies that will empower your organization with strategic advantages over your competitors. Contact us today to start a discussion.

NEXT STEPS: Did you catch part 1 of this post on Edge Computing? If not, read “Is Your Enterprise Ready For The Edge?”

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Companies live in an environment today in which the “time to value” is diminishing constantly. In order to attain continuous profitability, IT managers and their staffs must focus on strategic value added projects rather than dissipate their time with routine maintenance of the existing infrastructure. Multiple studies point out that routine maintenance is currently consuming as much as . Simply put, IT Managers must find a new paradigm that can deliver their organization to the promised land.

Enter: Software Defined Networking

Software defined networking (SDN) is a buzzword today the same as virtualization was a decade ago. SDN is about virtualizing hardware and centralizing control of it as software at the application layer. SDN is about simplifying the network infrastructure of the enterprise by centralizing the control of all of its many devices such as switches and routers, into the software layer, making it application centric rather than hardware centric. Its goal is to deliver self-service network configurations, allowing applications to dynamically route network traffic, reconfigure, and even create additional network resources based on user initiated demand.

SDN sets out to make the switch and router infrastructure as agile and as flexible as the virtual server and its corresponding data are today within modern-day network data centers. Switches and routers can be provisioned and then decommissioned as easily as virtualized servers and workstations. This packaging of device virtualization and network infrastructure allows users to implement a complete network experience.

But SDN is much more than just automated deployment of end-to-end network computing environments. It’s also about delivering packets across the network more efficiently and effectively. In today’s legacy based network, the firmware of the switch or network device determines how frames and packets are forwarded and ultimately delivered to their destinations. Various types of traffic can be prioritized according to QoS rules, but identical traffic destined for the redundant endpoints are treated identically. removes the responsibility of managing network traffic from the device itself and puts it in the hand of a centralized controller that can make forwarding decisions based on network variances and conditions. With SDN, the total network can work in total synchronization with user and application demand.

Time is money for Enterprise Applications

The term “application” can be misleading as we often think of a single application that resides on our personal device. Enterprise applications are usually far more complicated. A web application for instance is many times composed of three tiers:

1. Web tier (where the users connect to a web server)
2. Application tier (which may reside on the web server or another server)
3. Backend tier (which usually hosts some type of database in which the application integrates)

Each of these web component devices will need IP addresses, DNS records and possible NAT assignments. On top of this, the application traffic may require a separate VLAN throughout the switch network along with QoS assignments. Routers may have to have access control lists and routing tables may be modified as well. Traditionally, this type of undertaking within a large enterprise could consume weeks if not months and in today’s global hyper competitive economy, time is money.

It’s not just the dynamic implementation of new applications that needs to be automated, but the decommissioning of applications as well. Application specific VLANs and routing entries need to be erased from the devices they were robotically created on in the first place, minimizing the footprint of these devices in order to maximize both security and performance. To sum it up, enterprise infrastructures must become application aware and more agile to support dynamic application instantiation and removal.

Imagine the following scenario for the implementation of a highly complex enterprise application such as an ERP system. Relying on your IT staff to configure the network for such a mammoth software implementation would be highly time consuming and hiring an outside consulting team would be expensive. But what if the application vendor provided you with an SDN ready configuration that could simply be pushed out onto all of your data plane devices? Imagine how much time and money that would save. Believe it or not, this scenario is completely plausible with SDN solutions that are readily available today such as Cisco ACI.

Overview of Cisco Application Centric Infrastructure

Cisco ACI stands for Automation is built from the ground up with Cisco ACI. Their design efforts were directed under a mandate of simplicity and as a result, Cisco developed a fresh approach to networking that completely streamlines the application deployment process.

At the core of ACI is the Application Policy Infrastructure Controller or APIC. The APIC is a centralized clustered controller that provides the programmability and centralized management that in term governs the network fabric in order to provide an optimized ecosystem for desired applications. Underneath the APIC lies a simple two tiered switch architecture rather than the traditional three-layer system embraced by traditional networks. Though well suited for the traditional client-server traffic of yesteryear, the traditional 3-layer switch design is poorly suited for the east-west traffic flow patterns that are typical of today’s data center. Cisco’s two layered approach, referred to as a leaf-and-spine architecture, creates a redundant and highlight efficient mesh fabric that allows for nearly unlimited scalability. Spine switches are the core devices, but instead of being a large, chassis-based switching platforms (as is characteristic of traditional core switches), the spine is composed of many high-throughput Layer 3 switches with high port density. Leaf switches make up the access layer; providing network connection points for servers, as well as uplink to the spine switches.

The real genius of ACI lies in what Cisco refers to as the Network Application Profiles which they describe as an automated deployed Cisco validation design. The NAP contains all of the configuration information required by the app for the supporting network devices such as VLAN, ACL and firewall settings. Essentially the application network profile is the end to end connectivity and policy requirements for an application. Once created, the NAP can be deployed within minutes. What’s more, complicated application vendors can simply supply you a preconfigured NAP as part of your application package. Implementation can be completed the day of purchase.

What is Group-Based Policy?

Cisco describes it as:

“(GBP) is an API framework for OpenStack that offers an intent-driven model intended to describe application requirements in a way that is independent of the underlying infrastructure. Rather than offering network-centric constructs, such as Layer 2 domains, GBP introduces a generic “Group” primitive along with a policy model to describe connectivity, security, and network services between groups. While GBP has focused on the networking domain, it can be a generic framework that extends beyond networking.”

describes group-based policy as “an application-centric policy model” that separates information about application connectivity requirements from information about the underlying details of the network infrastructure.”

This approach offers a number of advantages, including:

• Improved automation: Grouping constructs allow higher-level automation tools to easily manipulate groups of network endpoints simultaneously.
• Easier, application-focused way of expressing policy: By creating policies that mirror application semantics, this framework provides a simpler, self-documenting mechanism for capturing policy requirements without requiring detailed knowledge of networking.

• Consistency: By grouping endpoints and applying policy to groups, the framework offers a consistent and concise way to handle policy changes.

• Extensible policy model: Because the policy model is abstract and not tied to specific network implementations, it can easily capture connectivity, security, Layer 4 through 7, QoS, etc.

Cisco ACI makes extensive use of group-based policy in its application-centric policy model, in which connectivity is defined by consolidating endpoints (physical or virtual) into endpoint groups (EPGs). Connectivity is defined when the end user specifies a contractual relationship between one EPG and another. The end user does not need to understand the protocols or features that are employed to create this connectivity. Figure 1 provides an overview of this model.

Differences between traditional and Application centric infrastructure (ACI)

1. Automation: ACI allows to automate configuration through a servers network.
2. Time: In traditional structures, an IT admin would need weeks to deploy a new app, while in ACI structures it’s faster because the IT admin works at the application level.
3. Efficiency: Without ACI there is no shared architectural model, causing many problems when implementing the app. With ACI there is a shared model for policy automation that enables less people do more.
4. Security: managing only one policy for many servers decreases the probability of error, thus granting a higher level of security.
5. Scale: amplifying the scope of your network is easier, being able to implement new hardware in less time.
6. Openness: With this structure, centralizing all the access to data helps to deliver more connectivity.

Cisco ACI is a Game Changer for the Digital Business

The IT industry is going through a significant transformation, with BYOD, big data, cloud computing, Software Defined Data Center, IT as service, and security now prominent concerns. At the same time, companies increasingly want to reduce overall IT spending and provide much-improved levels of service to business units by increasing overall IT agility. Many in the networking industry have cited SDN as the model to move the industry forward. Cisco ACI is a catalyst to help promote the adoption of SDN throughout the IT industry: in essence, as an enabler of the SDN vision.

DID YOU KNOW?
WEI is Cisco ACI certified and is one of the very few IT solutions providers worldwide with experience implementing Cisco ACI in production environments. Want to learn more about our experience with Cisco ACI? Contact us today to start a discussion.

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