HPE Aruba Data Center Fabric Automation in Dubai, UAE
Build a more consistent operating model for AOS-CX data-center fabrics with HPE Aruba Networking Fabric Composer. The platform is designed to automate fabric provisioning, simplify EVPN-VXLAN deployment, coordinate selected network and security workflows, improve topology visibility and connect network operations with infrastructure systems through APIs and integrations.
Planning an Aruba data-center fabric?
Share your switch models, topology, site count, management preferences, licensing term, virtualization environment and implementation scope. FourTeck can help translate those requirements into a clearer quotation and deployment plan.
Fabric orchestration and operational automation
AOS-CX data-center switching fabrics
EVPN-VXLAN with guided workflows
Subscription and switch-tier dependent
Confirm topology, licenses and integrations
Direct answer for buyers
HPE Aruba Data Center Fabric Automation is best understood as the automation and orchestration capability delivered around HPE Aruba Networking Fabric Composer for supported AOS-CX data-center environments. It is mainly used to reduce repetitive switch-by-switch configuration, guide fabric creation, automate underlay and overlay tasks, visualise network relationships and coordinate selected infrastructure or policy workflows. It is relevant to IT teams building or modernising leaf-spine, EVPN-VXLAN or multi-fabric environments. Before proceeding, buyers should confirm the exact AOS-CX switch estate, fabric topology, management network, software version, subscription tier and term, high-availability design, required integrations and whether security or virtualisation workflows form part of the project scope.
What the solution does
Fabric Composer gives network teams a software-defined way to manage a collection of supported AOS-CX switches as a fabric rather than treating every switch as an isolated configuration target. HPE documentation describes guided workflows for fabric discovery and initialization, underlay routing, overlay construction, EVPN-VXLAN configuration and related network-wide operations. This can reduce the amount of repetitive CLI work involved in building a modern data-center topology while retaining direct switch access for administrators who need it.
The platform also provides infrastructure-aware visibility. Depending on the deployed integrations, operators can correlate switches, hosts, virtual machines, networks and policies, making the management layer more useful for troubleshooting and operational change. It can also participate in API-driven workflows, allowing infrastructure events to trigger network actions when the integration and workflow have been deliberately designed.
Who should consider it
The solution can make sense for enterprises running AOS-CX in a data center, private-cloud teams deploying spine-and-leaf topologies, organisations adopting EVPN-VXLAN, and operations groups that want a common orchestration layer across more than one data-center fabric. It is particularly relevant where consistency, repeatability and visibility are important because the network must keep pace with compute, virtualization and application changes.
It is not automatically the right answer for every switching project. A small environment with simple Layer 2 requirements may have different management priorities, and a customer already standardised on another operational platform should assess overlap carefully. Buyers should compare Fabric Composer with the management model already in use, including HPE Aruba Networking Central or existing automation tooling, and confirm which platform will own configuration, policy and change workflows.
Business challenges the automation layer can help address
Configuration inconsistency
Manual device-by-device changes can create drift, missed dependencies and inconsistent implementation. Guided fabric workflows help administrators apply network-wide constructs more coherently, while change control and validation remain important operational responsibilities.
EVPN-VXLAN complexity
A routed underlay and VXLAN overlay involve multiple coordinated elements. Fabric Composer provides guided processes that can configure baseline switch features, underlay addressing and routing, overlay components and EVPN-related objects for supported designs.
Slow cross-team workflows
Network changes often depend on virtualization, compute or security events. Supported integrations and APIs can connect those domains, but the workflow must be planned so ownership, permissions, rollback and monitoring are clear.
Limited operational context
Troubleshooting is harder when administrators cannot quickly relate hosts, virtual workloads and fabric paths. Topology and statistics views can improve context, helping teams identify where to investigate rather than replacing disciplined monitoring and root-cause analysis.
Core automation and orchestration capabilities
Guided fabric setup
Discover supported switches, organise them into fabrics and use workflow-driven setup for common data-center configurations.
EVPN-VXLAN orchestration
Automate important underlay and overlay tasks for supported leaf-spine designs, reducing manual coordination across many switches.
Multi-fabric operations
Coordinate multiple fabrics and automate data-center interconnect configuration where the validated architecture and supported software versions allow it.
Policy coordination
Manage switch ACLs and, in relevant CX 10000 designs, integrate with distributed services policy through supported management components.
Infrastructure visibility
View fabric components, paths and selected attached infrastructure to support day-to-day operations and troubleshooting.
API and ecosystem workflows
Use supported integrations and APIs to align networking with virtualization, compute and automation platforms.
Product-fit matrix for a data-center fabric project
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| EVPN-VXLAN fabric automation | You are deploying a supported AOS-CX leaf-spine fabric and want guided orchestration. | Switch models, AOS-CX versions, topology, addressing and fabric design. |
| Multiple data-center fabrics | You need coordinated visibility and supported multi-fabric interconnect workflows. | Number of fabrics, border design, DCI requirements and routing policy. |
| VMware-aware operations | You want the fabric to understand selected vSphere network and VM relationships. | vCenter version, integration permissions, virtual network design and workflow scope. |
| CX 10000 policy orchestration | The data center uses CX 10000 and distributed services are part of the security design. | CX 10000 design, PSM components, policy ownership and required subscriptions. |
| High-availability Fabric Composer | The orchestration layer itself requires a resilient clustered design. | Supported installation method, three-node requirements, host resources and management connectivity. |
Configuration, licensing and compatibility dependencies
Fabric automation is not a single universal license that can be applied to any switch or any data-center design without validation. The switch family, AOS-CX software release, Fabric Composer release, subscription tier, deployment topology and planned integrations determine what should be included in the bill of materials. HPE publishes multiple Fabric Composer device-management subscription SKUs, and the correct tier should be selected against the supported switch platform rather than guessed from the product name alone.
The same principle applies to integrations. VMware visibility or policy workflows require a compatible virtualisation environment and appropriate API connectivity. CX 10000 distributed-services policy requires the relevant hardware and policy-management components. Multi-fabric operation introduces border and interconnect design decisions. High-availability Fabric Composer requires the documented cluster architecture and host resources. FourTeck can review these dependencies before quotation so the commercial request reflects the network that will actually be deployed.
A practical deployment and purchase journey
Define the operational outcome
Clarify whether the project is driven by EVPN-VXLAN deployment, data-center modernisation, multi-fabric operations, policy orchestration, visibility, automation or a combination.
Inventory the environment
Record switch models, software versions, port roles, management addresses, cabling, virtualization platforms, DCI links and any existing automation systems.
Validate architecture
Choose the supported fabric design, addressing plan, underlay routing, overlay model, border role, redundancy model and out-of-band management approach.
Select subscriptions
Map each managed switch to the appropriate Fabric Composer tier and subscription duration, then confirm any additional platform or feature licensing.
Plan implementation
Define installation, backup, change windows, test cases, rollback procedures, integration permissions and operational handover responsibilities.
Automating EVPN-VXLAN without hiding the architecture
One of the strongest reasons to evaluate Fabric Composer is the complexity of building an EVPN-VXLAN fabric consistently across several switches. HPE’s validated deployment material describes a guided setup process that automates switch provisioning, underlay link and routing configuration, overlay configuration and integration steps. This reduces repetitive command entry and can make the resulting intent easier to understand across the fabric.
Automation does not remove the need to design the network. Before the wizard can produce a good result, the team still needs a physical topology, switch roles, management connectivity, addressing plan, naming convention, underlay routing choice, VNI strategy, VRF design and border requirements. Cabling and management addressing are prerequisites, and an orderly naming model makes discovery and later troubleshooting easier.
This distinction matters for procurement. A customer should not buy software subscriptions first and design the fabric later. The architecture should determine the managed switch count, subscription tier, high-availability requirement and implementation scope. FourTeck can help convert a conceptual leaf-spine requirement into a validation checklist before the license quantities are finalised.
What to prepare for the design workshop
- Current and planned AOS-CX switch models
- Spine, leaf, border and server-access roles
- Expected number of racks, hosts and fabrics
- Management IP and out-of-band design
- Required Layer 2 and Layer 3 segmentation
- Existing routing and data-center interconnect design
- Virtualization and private-cloud platforms
- Security-policy and CX 10000 requirements
- Desired automation and change-control model
These inputs let a solution discussion focus on supported design choices rather than generic feature lists.
Infrastructure-aware workflows and ecosystem integration
Fabric automation becomes more valuable when network operations are connected to the systems that create workload change. Fabric Composer is API driven and HPE describes integrations with data-center infrastructure and orchestration platforms including VMware environments, Nutanix, HPE tools and AMD Pensando policy components. The aim is not simply to display another dashboard; it is to let the network management layer understand selected infrastructure objects and react through controlled workflows where supported.
For example, a virtualisation integration can improve visibility between virtual machines, hosts and physical switch ports. A workflow can also be designed so specific infrastructure events trigger a network action. These capabilities can reduce hand-offs between teams, but they introduce governance questions. The customer should decide which system is authoritative, which changes may be automated, which require approval, what credentials the integration uses and how rollback will be handled if an event produces an unexpected state.
Version compatibility is equally important. A product name alone does not confirm that every integration is supported on every release combination. Before ordering or implementation, FourTeck can help document the required platforms and versions so compatibility can be checked against the current HPE guidance. This is especially useful when the data center combines existing infrastructure with a new AOS-CX fabric rather than starting as a greenfield environment.
Visibility that supports operations
Fabric Composer provides visualisations and operational information for fabric components and paths. HPE’s interface documentation includes network and statistics views that help administrators inspect switches, ports and topology relationships. This can shorten the path from an alert to a useful investigation by making the fabric easier to navigate than a device-by-device workflow.
Visibility should still be planned alongside the organisation’s monitoring and logging strategy. Network teams should decide which alarms are acted on in Fabric Composer, which events are sent to central monitoring, what telemetry must be retained, and how operational ownership is divided between network, platform and security teams.
Policy orchestration where the design supports it
In supported designs, Fabric Composer can manage switch ACLs and integrate with distributed-services policy used with HPE Aruba Networking CX 10000. HPE also documents VMware-aware policy workflows that can associate virtual workloads with network policy using integration data. These are meaningful capabilities for organisations trying to move segmentation controls closer to workloads.
They should not be described as automatically available in every Fabric Composer deployment. Policy capabilities depend on the chosen switches, software, integrations and licensing. A security design also needs clear ownership of policy definitions, naming, lifecycle, exception handling and audit processes before automation is enabled.
Where this solution can fit in a business environment
Private cloud and virtualization clusters
Organisations running dense virtualization estates can use fabric automation to make network provisioning and visibility more consistent with compute lifecycle activity. The exact integration depends on the virtualization platform and supported release combination.
Enterprise data-center refresh
A move from legacy Layer 2 designs toward routed leaf-spine architecture is an opportunity to introduce EVPN-VXLAN and a software-defined operations model at the same time, provided the migration is carefully staged.
Multi-site resilience planning
Businesses operating more than one data-center fabric can evaluate multi-fabric orchestration for coordinated connectivity and visibility. Data-center interconnect routing, failure domains and recovery objectives still need independent design.
Security-sensitive workload zones
Where CX 10000 distributed services form part of the architecture, the fabric-management layer can participate in network and security policy orchestration. Policy functions are hardware and software dependent.
Integration and operational considerations before rollout
A successful automation project needs more than software installation. The management network should be reachable and dependable, with DNS and NTP available where required. HPE validated guidance recommends a dedicated out-of-band management LAN for data-center infrastructure, including Fabric Composer and related management applications. This separation can help preserve administrative access when the production fabric is being changed or investigated.
Operational roles should also be defined. If Fabric Composer becomes the primary fabric orchestration interface, teams need to decide how direct CLI changes are handled, whether configuration drift will be tolerated, who approves automation workflows and how exceptions are documented. The platform allows traditional direct device access, but uncoordinated changes can undermine the consistency that automation is intended to provide.
Finally, integrate change management into the design. Test workflows in a controlled manner, define pre-change validation, capture configuration backups, specify rollback criteria and document the expected post-change state. Where automation spans VMware, Nutanix, security or other infrastructure systems, include those application owners in acceptance testing rather than treating the network as an isolated project.
Buyer questions to resolve before requesting a quotation
List exact model numbers and software versions. Subscription tier and supported workflows can vary by switch family.
The architecture determines the configuration workflow, border design, addressing and implementation effort.
The managed switch count drives subscription quantity and can influence the Fabric Composer deployment model.
Identify VMware, Nutanix, HPE infrastructure, security or automation tools that need to exchange information or trigger workflows.
If yes, confirm the supported three-node architecture, host resources and installation method for the planned Fabric Composer release.
Define whether the network team, platform team or a shared operations function will control policies, workflows and version lifecycle.
Procurement checklist: confirm these items before ordering
✓ Exact AOS-CX switch models and quantities
✓ Current and target AOS-CX software versions
✓ Number of data-center fabrics and locations
✓ Leaf, spine, border and access switch roles
✓ Required Fabric Composer subscription tier
✓ One-, three- or five-year subscription term
✓ Single-instance or high-availability deployment
✓ OVA or ISO installation approach where applicable
✓ Out-of-band management network readiness
✓ EVPN-VXLAN and DCI requirements
✓ Virtualization and ecosystem integrations
✓ CX 10000 or distributed policy requirements
✓ Installation, configuration and migration scope
✓ Support, documentation and handover expectations
A complete checklist helps FourTeck prepare a more accurate bill of materials and separates product subscriptions from optional implementation, integration and support services.
How FourTeck can assist with the project
FourTeck can help buyers move from a broad “fabric automation” objective to the information required for a workable quotation. That can include switch inventory review, topology discussion, Fabric Composer licensing guidance, management-network planning, integration discovery and implementation-scope definition. When a wider data-center refresh is involved, the discussion can also cover compatible switching, optics, rack connectivity and related services without assuming that every component is automatically included.
For implementation planning, FourTeck can help define what must be completed before the automation layer is installed, what should be tested during fabric creation and what the customer expects at handover. Visit the FourTeck technology services page for related assistance or review business networking products when the project also requires switching hardware.
UAE availability and support guidance
HPE Aruba Networking Fabric Composer is sold through subscription options that vary by switch tier and term, so UAE availability should be checked against the exact quantity and bill of materials rather than assumed from a generic platform listing. Contact FourTeck to confirm current UAE licensing options, applicable subscription SKUs, lead time and any related implementation services. Software entitlement, switch availability, optics, support services and professional services may follow different commercial timelines.
For a useful quotation, provide the switch models, number of switches, desired subscription duration, number of fabrics, deployment location, required integrations and target project schedule. If installation or configuration assistance is needed, include that scope in the request so it can be considered separately from the software subscription. You can contact FourTeck for UAE availability and project coordination.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
Businesses operating data centers, server rooms, private-cloud platforms or regional infrastructure in Dubai, Abu Dhabi, Sharjah and Ajman can discuss a combined requirement with FourTeck rather than treating each location as an isolated product enquiry. A multi-site request should identify where the Fabric Composer management instance will run, which switches belong to each fabric, whether sites require inter-fabric connectivity, what management access exists between locations and whether implementation work must be coordinated across more than one facility. The commercial scope may include software subscriptions, switching hardware, optics, configuration assistance or only advisory support depending on the project. Availability and scheduling remain dependent on the final bill of materials, licensing, access requirements and vendor lead times.
GCC Availability
Organisations planning HPE Aruba data-center fabric automation across the Gulf can work with FourTeck to clarify the exact product and project requirement before a regional quotation is prepared. A GCC deployment may involve the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but the important commercial inputs are the destination, the AOS-CX switch models, the number of managed switches, subscription tier and duration, the number of fabrics, integration requirements and the expected implementation timeline. FourTeck can assist with requirement review, license selection, quotation coordination, configuration scope, installation planning and renewal discussions where relevant. Product availability, software entitlement, delivery schedules, service visits and vendor lead times can vary by country, model, quantity and project scope. Buyers should therefore share the destination country, bill of materials, deployment site and target schedule so current options can be checked. For Kuwait-related enquiries, the FourTeck Kuwait resource may also be useful.
Africa Availability
FourTeck can also support organisations evaluating HPE Aruba fabric automation for African data-center and private-cloud projects. Requirements may differ considerably between a single-site enterprise deployment and a regional architecture spanning several facilities, so the starting point should be the destination country, switch estate, number of fabrics, subscription term, integration scope, power and rack constraints, implementation responsibilities and desired project timing. Availability and fulfilment can depend on the selected switch model, license region, quantity, vendor lead time, shipping arrangements and local project conditions. FourTeck can help with product and license evaluation, accessory planning, deployment-scope definition, renewal guidance and regional procurement coordination without assuming local inventory or a fixed delivery schedule. Buyers in East Africa can review FourTeck Kenya, while broader enquiries can use the FourTeck Africa technology portal to start a requirement discussion.
Related options and adjacent services to evaluate
HPE Aruba Networking CX data-center switching
The fabric automation layer depends on supported AOS-CX switching. Exact model selection should be based on port speed, density, buffering, role, redundancy and workload requirements.
CX 10000 distributed services
Where east-west security and distributed services are a design objective, evaluate CX 10000 and its policy ecosystem as a separate hardware and software requirement.
Fabric design and implementation
Architecture validation, addressing, migration planning, cabling verification, automation workflow design, testing and handover may require professional services beyond the software subscription.
Network operations and lifecycle support
Plan software lifecycle, backup, monitoring, change governance and renewal responsibilities so the operational model remains maintainable after deployment.
What buyers are really trying to solve with fabric automation
When an IT team searches for “Aruba data center fabric automation,” the underlying question is usually not whether software can generate configuration. The harder question is whether the organisation can operate a growing fabric with fewer manual dependencies while keeping the design understandable. A modern data center may contain dozens of switches, hundreds of VLAN or VRF relationships, virtual-machine networks, storage traffic, multiple teams and more than one physical site. The value of orchestration is therefore tied to repeatability: the same design intent can be applied across the fabric through a controlled management layer rather than being reconstructed on every switch.
Is Fabric Composer the same as Aruba Central?
They are not simply interchangeable names for one product. HPE’s current data-center validated guides describe both Fabric Composer-based EVPN-VXLAN designs and Aruba Central managed two-tier data-center architectures. The correct management platform depends on the topology, switch estate, operational model and features required. A buyer should define the target architecture first and then choose the management approach that matches it.
Does automation remove the need for network expertise?
No. It can reduce repetitive configuration and provide validated workflows, but network design decisions still determine the result. Routing, addressing, failure domains, redundancy, MTU, VRFs, VNIs, border connectivity and security policy must be planned. Automation is most useful when it captures a good design and applies it consistently.
Another common buying question concerns licensing. Fabric Composer is offered through per-switch subscriptions, and HPE lists Tier 3 and Tier 4 choices with one-, three- and five-year durations. That means a request such as “price for Aruba Fabric Composer” is incomplete without the managed switch models and quantity. Even when a public store shows a price for one subscription SKU, that number does not define the total project cost. The bill of materials can change with the switch tier, term, number of devices, high-availability design, implementation services and related hardware.
Buyers also want to know whether EVPN-VXLAN is mandatory. Fabric Composer supports data-center fabric automation beyond a single overlay task, but HPE positions it strongly around modern fabric orchestration, including EVPN-VXLAN. If the customer only needs a simple Layer 2 design, the operational benefits and licensing should be weighed against other supported management approaches. Conversely, organisations moving to a routed leaf-spine architecture can gain more value from guided setup because the system must coordinate a greater number of underlay and overlay relationships.
A further decision point is integration. HPE describes the platform as infrastructure and application aware, with integrations into selected virtualization, compute, storage and security ecosystems. The practical question is not how many integration logos exist; it is which workflows the customer needs. A VMware-centric business may care about VM-to-network visibility and vCenter-related automation. A CX 10000 design may focus on distributed-services policy. A DevOps-oriented team may prioritise APIs and event-driven actions. Each path creates different permissions, software-version and operational-governance requirements.
High availability deserves the same attention. Fabric Composer can be deployed as a single instance or in a documented three-node HA model. If the customer expects the orchestration layer to remain available through a host failure, that requirement should be captured in the design and quotation. The hosting platform, management LAN, DNS, NTP, backups and access control are part of that operational foundation. HPE’s validated data-center guidance strongly recommends dedicated out-of-band management connectivity so the automation and troubleshooting plane remains reachable independently of the production fabric.
For a Dubai or UAE buyer, the most productive quotation request therefore contains architecture information rather than only a product name. Send the exact switch models, count, current software versions, number of fabrics, desired license term, virtualisation platforms, DCI needs, installation location and whether FourTeck should include design, configuration, integration, testing or handover services. That gives the quotation process enough context to separate required subscriptions from optional services and prevents a generic license price from being mistaken for a complete solution.
Practical questions to answer before you commit to the design
How many subscriptions do we need?
Start with the number and type of switches Fabric Composer will manage, then map them to the correct device-management tier and subscription duration. Do not estimate from rack count alone. A rack can contain different switch roles and models, and the software entitlement is tied to managed devices rather than a generic site license. FourTeck can help review the switch list before the bill of materials is finalised.
Can we use our existing AOS-CX switches?
Possibly, but exact model and software support must be checked. The presence of AOS-CX does not automatically confirm every Fabric Composer feature or subscription tier. Share the model numbers and current AOS-CX releases so compatibility can be validated against the current platform documentation before any migration plan is built.
Should we choose a single Fabric Composer instance or HA?
Use the operational impact of management-platform downtime as the decision point. HPE documents a three-node high-availability Fabric Composer deployment. HA requires additional host planning and a supported installation approach, so it should be a deliberate architecture choice rather than an assumption included at the end of procurement.
What must be ready before EVPN-VXLAN automation?
Physical cabling, management connectivity, switch identity and the network design need to be prepared. HPE’s guided workflow can automate many configuration steps, but it still depends on inputs such as topology, addressing, routing and fabric roles. A design workshop before deployment is often more valuable than trying to resolve those decisions inside the setup wizard.
Can the platform manage security policy as well as networking?
It can coordinate network policy and, in relevant CX 10000 designs, integrate with distributed firewall policy components. The exact function depends on hardware, software and policy architecture. If segmentation is a key objective, identify whether the requirement is switch ACL management, CX 10000 distributed services, VMware-aware policy workflows or another control model.
What information gets us an accurate UAE quote?
Provide the switch inventory, managed-device count, subscription term, number of fabrics, management deployment preference, required integrations and implementation scope. If the project includes new switches, optics or professional services, list them separately. Current UAE availability, software entitlement and delivery coordination can then be checked against a defined requirement instead of a generic product request.
Why businesses contact FourTeck for this requirement
Fabric automation sits at the intersection of product licensing, network architecture and operational process. Buyers contact FourTeck when they need help turning a general objective into a defined requirement that can be quoted and implemented. That may mean validating the switch list, identifying the correct Fabric Composer subscription tier and duration, deciding whether a high-availability management cluster is appropriate, documenting integrations or clarifying what professional services should be included.
FourTeck can also help separate the core software requirement from adjacent components. A data-center project may include AOS-CX switches, optics, cabling, management connectivity, CX 10000 distributed services or migration work. Treating those as distinct bill-of-material and scope items makes comparison easier for procurement teams and gives technical teams clearer ownership. For information about FourTeck and its wider technology focus, visit the FourTeck company page.
Frequently asked questions
What is HPE Aruba Data Center Fabric Automation?
It refers to the automation and orchestration capabilities used to build and operate supported HPE Aruba Networking AOS-CX data-center fabrics, centred on HPE Aruba Networking Fabric Composer. The platform provides guided fabric workflows, visibility, API integration and selected network or security policy automation.
Does Fabric Composer support EVPN-VXLAN?
Yes. HPE validated data-center guidance documents Fabric Composer guided setup for switch provisioning, underlay routing, overlay configuration and EVPN-VXLAN fabric creation on supported AOS-CX designs.
Is a Fabric Composer license required per switch?
HPE currently lists Fabric Composer as a yearly per-switch software subscription with Tier 3 and Tier 4 options and one-, three- and five-year terms. The correct tier and SKU should be confirmed for the managed switch models.
Can Fabric Composer be deployed with high availability?
Yes. HPE documentation describes a three-node high-availability Fabric Composer cluster. Installation method, host resources and version-specific requirements should be checked before deployment.
Which AOS-CX switches are compatible?
Fabric Composer is designed for HPE Aruba Networking AOS-CX switching, but exact support and licensing tier vary by model and software release. Provide the precise switch models for a current compatibility check.
Can it integrate with VMware environments?
HPE documents VMware vSphere and related ecosystem integrations that can provide infrastructure visibility and support selected automation or policy workflows. Compatibility depends on the Fabric Composer release, VMware versions and integration scope.
Does the solution automate security policy?
It can manage switch-based policy and, in relevant CX 10000 architectures, integrate with distributed services policy management. Those capabilities depend on the hardware, software and security design and should not be assumed for every deployment.
How do I get pricing for Dubai or the UAE?
Send FourTeck the switch models, managed-device quantity, subscription term, number of fabrics, required integrations and implementation scope. Current UAE pricing and availability can then be checked for the correct subscription and project requirement.
Can FourTeck help with design and implementation?
FourTeck can discuss architecture, licensing, bill-of-material guidance, installation planning, configuration scope, integration requirements, testing and handover support. The exact service scope should be defined in the quotation.
Turn your fabric requirement into a clear bill of materials
If you are planning HPE Aruba data-center fabric automation in Dubai or elsewhere in the UAE, send FourTeck your switch inventory, topology, managed-device count, subscription preference and integration requirements. The team can help identify the questions that must be resolved before licensing, implementation and project coordination are quoted.