HPE Aruba MPLS Replacement with SD-WAN in Dubai, UAE
Move from a circuit-centred WAN to application-aware connectivity with a phased HPE Aruba Networking EdgeConnect SD-WAN design that can coexist with MPLS while new internet and cellular paths are introduced.
Illustrative HPE Aruba Networking EdgeConnect SD-WAN gateway family image. The correct physical or virtual gateway must be selected for the actual branch, hub and bandwidth requirement.
Phased or full MPLS reduction
MPLS, broadband and cellular can coexist
Central policy and orchestration
Gateway, bandwidth tier and subscription design
Direct answer for buyers considering MPLS replacement
HPE Aruba MPLS Replacement with SD-WAN is a WAN transformation approach built around HPE Aruba Networking EdgeConnect SD-WAN. It is mainly used to reduce dependency on private MPLS connectivity, add broadband or cellular paths, improve application-aware traffic steering and centralise WAN policy across branches, hubs and cloud-connected environments. Organisations with several sites, growing cloud traffic, rising WAN costs or slow circuit changes should consider it. Before proceeding, buyers should confirm current circuit contracts, branch bandwidth, application priorities, routing design, internet availability, security requirements, resilience targets, gateway form factor, subscription tier, licensing bandwidth and migration sequencing. A well-planned project does not have to remove MPLS on day one; many businesses first run a hybrid WAN, validate performance and then retire selected circuits.
What the solution does
EdgeConnect SD-WAN creates an overlay across available WAN transports and applies centrally defined business policies to application traffic. Instead of treating each circuit as a fixed path, the design can use multiple underlying links and select or combine them according to business intent, measured network conditions and policy. HPE documentation describes capabilities including Business Intent Overlays, tunnel bonding, path conditioning, application classification, advanced routing, segmentation and central Orchestrator management. The practical value for an MPLS migration is flexibility: an organisation can keep MPLS where it remains justified, add lower-cost internet connectivity, introduce cellular backup, establish direct cloud paths and gradually change routing without redesigning every branch independently.
Who should consider it
The approach is relevant to organisations managing branch-heavy estates, regional offices, remote sites, warehouses, retail outlets, clinics, campuses or service locations where WAN links have become expensive, inflexible or poorly aligned with cloud application use. It can also suit businesses that want central policy visibility rather than maintaining many router-specific configurations. Suitability is not determined by branch count alone. Sites with strict latency, specialised carrier requirements, regulated segmentation, unusual routing or limited internet options need a more detailed assessment. FourTeck can help compare the existing MPLS topology with the proposed underlay, overlay, security and licensing design before a migration plan is finalised.
Business challenges the migration is designed to address
Cloud traffic taking the long route
Traditional WANs often backhaul SaaS and internet traffic through a central data centre. An SD-WAN design can apply direct internet breakout policies where security architecture permits, reducing unnecessary path length for cloud-bound applications.
Expensive capacity expansion
Adding MPLS bandwidth can be commercially and operationally difficult. EdgeConnect can use multiple transport types, allowing buyers to evaluate a mix of private circuits, business internet and cellular connectivity rather than relying on one transport class.
Inconsistent branch policy
Central orchestration helps teams define business policies once and apply them across the SD-WAN fabric. The migration still requires careful routing and segmentation design, but day-to-day policy management can become more consistent than device-by-device configuration.
Limited path resilience
A single private circuit remains a single dependency. A well-designed SD-WAN branch can use diverse links and policy-based failover, subject to carrier diversity, gateway high availability, local power and the actual underlay available at the site.
Core capabilities relevant to MPLS transition
Application and business policies can define how traffic uses available WAN paths. The number and policy flexibility can depend on the chosen subscription tier.
Multiple links can be used as part of the SD-WAN fabric, giving architects more options than a single fixed circuit approach.
Techniques designed to handle loss and path quality can support more predictable application delivery over diverse transports.
Configuration, policy enforcement, monitoring and historical reporting are managed centrally, with hosting model and retention varying by subscription.
Is HPE Aruba EdgeConnect a fit for your MPLS replacement?
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Reduce MPLS dependence | Business internet or other underlays are available and application policies can be defined. | Circuit diversity, SLA expectations, contract exit dates and bandwidth targets. |
| Hybrid transition | MPLS must remain at selected sites while internet paths are introduced. | Routing exchange, overlay policy and cutover sequence. |
| Cloud-first branch traffic | SaaS and IaaS traffic no longer benefits from central data-centre backhaul. | Security inspection model, local breakout rules and cloud connectivity. |
| High availability | Critical sites justify device and link redundancy. | Second gateway, HA licensing, dual power, LAN adjacency and carrier diversity. |
| Central WAN operations | IT wants policy, monitoring and troubleshooting from a common management plane. | Cloud-hosted versus on-premises Orchestrator and operational access model. |
Buyer information for an HPE Aruba SD-WAN migration
This is a solution and migration page rather than a single appliance listing, so the exact bill of materials depends on site roles, bandwidth, topology and subscription choices. The table below shows the information that should be established before a quotation is treated as complete.
| Topic | HPE Aruba MPLS Replacement with SD-WAN |
|---|---|
| Main purpose | Reduce MPLS dependency, add flexible WAN transports, centralise policy and improve application-aware branch connectivity. |
| Platform | HPE Aruba Networking EdgeConnect SD-WAN with physical or virtual gateways and EdgeConnect SD-WAN Orchestrator. |
| Typical transports | MPLS, business internet and cellular links can be incorporated depending on design and local availability. |
| Routing | Advanced routing support is available, but protocol use, redistribution, route preference and symmetry must be planned for the existing LAN and WAN. |
| Management | Central Orchestrator; cloud-hosted or on-premises options depend on the purchased subscription tier. |
| Bandwidth licensing | Subscription and bandwidth tier dependent. Licensing should reflect current traffic and planned post-MPLS internet capacity. |
| Security | Zone-based firewall and segmentation capabilities are part of the platform; IDS/IPS and other advanced functions can have separate licensing or design dependencies. |
| High availability | Configuration dependent. Critical branches may require paired gateways, matched licensing and resilient LAN/WAN connections. |
| Gateway selection | Model dependent. Branch size, WAN bandwidth, interface type, form factor, HA and future growth influence the correct gateway. |
| Customer inputs required | Site list, current topology, circuits, IP addressing, routing, application priorities, security requirements, bandwidth data, change windows and target timeline. |
| Availability guidance | Contact FourTeck to confirm current UAE hardware, subscription and project availability for the final requirement. |
Dependencies that can change the design and quotation
An MPLS replacement project should not be priced from branch count alone. EdgeConnect licensing is tied to subscription choices and bandwidth tiers, while gateway hardware depends on traffic levels, interface needs and resilience. HPE documentation also distinguishes cloud-hosted and on-premises Orchestrator options, and some advanced security functions are separately licensed. Existing firewall architecture matters as well: some organisations may retain dedicated security platforms, while others may evaluate EdgeConnect security functions as part of branch consolidation. Internet carrier availability, public addressing, NAT, private peering, cloud connectivity, voice traffic, packet-loss tolerance and local regulatory requirements can all affect deployment details.
For a phased transition, pay particular attention to future bandwidth. HPE design guidance notes that customers planning to replace MPLS with higher-speed internet should consider licensing for future requirements or use terms that make later adjustment practical. This avoids creating a design that is technically ready for a larger underlay but commercially constrained by the selected bandwidth tier.
A practical migration journey from MPLS to SD-WAN
Discover the existing WAN
Document every branch, MPLS circuit, internet link, bandwidth level, carrier, router, firewall, addressing scheme, dynamic routing protocol, cloud path and critical application. Capture current pain points and contract renewal dates. A migration plan becomes much more accurate when operational and commercial facts are considered together.
Define target transport and resilience
Decide which sites keep MPLS temporarily, which receive one or more internet circuits, where cellular is appropriate and which locations require carrier diversity. A cheaper secondary connection is useful only when its physical path, provider dependency and service characteristics support the intended resilience objective.
Size gateways and subscriptions
Match each site role to expected bidirectional WAN throughput, interfaces, form factor, high availability and growth. Select the appropriate EdgeConnect subscription and bandwidth level. The branch requirement, hub requirement and future post-MPLS capacity should be treated separately rather than applying one standard size everywhere.
Design overlays, routing and security
Map application classes to business policies, define preferred and backup paths, document route exchange with the LAN, determine segmentation boundaries and decide where security inspection occurs. This stage should also identify direct internet breakout rules, cloud security integration and any applications that must retain private connectivity.
Pilot with representative sites
Choose sites that reflect common branch patterns and at least one important application set. Run the SD-WAN alongside existing connectivity where practical, validate routing, failover, application steering, voice and SaaS behaviour, and record operational procedures before scaling the deployment.
Migrate in waves and retire circuits deliberately
Roll out by site groups, maintain rollback plans and keep MPLS until the organisation has enough evidence that replacement paths meet technical and business requirements. Circuit cancellation should follow acceptance, not precede it. Final documentation should record topology, policies, licensing, support ownership and future capacity triggers.
Application-aware traffic steering
The central difference between a conventional circuit-led WAN and a business-driven SD-WAN is that path choice can follow application intent. EdgeConnect identifies application traffic and applies policies that can prefer a particular transport, use an alternate path when conditions deteriorate or reserve stronger treatment for critical workloads. This can be valuable during MPLS transition because not every application has to move at the same time. Voice, ERP, payment traffic or specialised business systems can remain on preferred paths while less sensitive internet and SaaS traffic is moved onto broadband.
The design still requires measurement. Application names, latency tolerance, packet-loss sensitivity, security requirements and business criticality must be understood before policies are built. A policy that looks sensible on paper can produce poor results if the real traffic profile is different. FourTeck can help structure the discovery data that should be collected before implementation.
Resilience across diverse WAN links
Replacing MPLS is not automatically the same as improving resilience. Two internet connections from different providers may still share ducts, upstream facilities or local access infrastructure. EdgeConnect can use multiple transports and can react to path condition changes, but the underlay must be designed for actual diversity. Critical sites may also need paired gateways and a resilient LAN connection so that a local hardware fault does not defeat the dual-circuit strategy.
During planning, define the failure scenarios that matter: loss of one ISP, high packet loss, loss of the primary gateway, local power interruption or total site isolation. Then map each scenario to the expected failover behaviour. This turns resilience from a marketing statement into a testable acceptance criterion.
Central policy and operational visibility
EdgeConnect SD-WAN Orchestrator provides a central place for policy, configuration, monitoring and historical information across the SD-WAN estate. For distributed organisations, that can simplify operations compared with logging into many independent routers and maintaining local path rules. Cloud-hosted and on-premises Orchestrator models exist, and the subscription tier affects elements such as available policy scale and statistics retention.
Operational design should define who owns the platform after deployment, how changes are approved, how alerts are handled, what data must be retained and how local support teams escalate issues. Central management creates a common control point, but good governance remains necessary. A clear handover plan is especially important when MPLS contracts and SD-WAN operations are managed by different teams or suppliers.
Business environments where the approach can make sense
Retail and branch networks
Sites with POS, voice, cloud applications and guest connectivity may benefit from application-aware policy and multiple transports. The design should separate critical business traffic from less sensitive internet usage and confirm local circuit options for each outlet type.
Logistics and warehouses
Distributed facilities often rely on ERP, scanning, voice and cloud services. WAN plans should consider industrial site constraints, local carrier access, cellular backup, remote support and the operational effect of a circuit failure during peak activity.
Professional and financial services
Branch connectivity can be modernised while maintaining strict segmentation and security controls. Whether internet breakout is appropriate depends on the security design, regulatory requirements and the application path rather than on SD-WAN capability alone.
Education and multi-campus operations
Cloud learning platforms, collaboration traffic and central applications can create uneven WAN demand. SD-WAN policy can help match path treatment to application importance, but campus routing, firewall policy and user segmentation need to be included in the architecture.
Integration and operational considerations
An SD-WAN migration touches more than the WAN edge. Existing campus switches, firewalls, identity systems, cloud security platforms, DNS, DHCP, monitoring tools, IP addressing and dynamic routing can all influence the implementation. HPE documentation describes support for routing functions including BGP, OSPF, VLANs, link aggregation, policy-based routing, VRRP, GRE and IPsec. The fact that a protocol is supported does not mean an existing configuration should be copied unchanged. Route redistribution, metrics, summarisation, default-route handling and path symmetry should be reviewed for the target overlay.
Security deserves separate design attention. EdgeConnect includes zone-based firewall and segmentation capabilities, while additional functions such as IDS/IPS can depend on separate licensing. Organisations already using a dedicated firewall or SSE platform should decide whether EdgeConnect will complement that stack or replace selected branch functions. HPE also positions EdgeConnect as part of a wider SASE architecture with HPE Aruba Networking SSE and third-party integrations. The right choice depends on existing contracts, policy ownership and compliance requirements.
Finally, define the operational boundary: who manages underlay carrier faults, who manages the SD-WAN policy, who owns LAN routing, who approves changes and who coordinates vendor support. Clear responsibility avoids situations where every outage is initially treated as someone else’s problem.
Questions to resolve before requesting a quotation
Group branches by bandwidth, users, applications, interfaces and criticality. A small office, regional hub and data centre should not be quoted as one standard design.
Look at contract dates, application dependence, backup options and local internet quality. Commercial sequencing can be as important as technical sequencing.
Identify applications, partners or regulatory flows that need private connectivity or specific inspection. Do not assume every workload should use local internet breakout.
Size licensing and gateway capacity for the expected post-migration state, not only today’s MPLS speed. Growth and direct cloud traffic may change the branch profile.
Procurement checklist for MPLS replacement planning
How FourTeck can assist
FourTeck can help translate an MPLS estate into a practical SD-WAN requirement by reviewing site types, bandwidth, carrier links, routing, security and application priorities. Assistance can include gateway and subscription discussion, bill-of-material clarification, migration-wave planning, installation scope, configuration scope and quotation coordination. Where the project includes existing firewalls, cloud security or HPE Aruba Networking infrastructure, those dependencies can be included in the design discussion rather than treated as separate afterthoughts.
The objective of the consultation is to establish what should be purchased and why. Hardware availability, subscription terms, service scope and deployment scheduling remain subject to confirmation for the final requirement.
What to send for a useful first review
A simple site spreadsheet can accelerate the first design conversation. Include location, user count, current router or firewall, MPLS speed, internet speed, carrier, LAN handoff, routing protocol, main applications, expected future bandwidth and whether the site is business-critical. Add any known circuit contract end dates and planned cloud migrations. For sites that need high availability, mention power and rack constraints as well.
You can use the FourTeck contact page to start the requirement review or explore other networking and security services relevant to the migration.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the EdgeConnect gateway models, subscription terms and any related installation or configuration services that form part of the final design. Availability may depend on the selected model, license tier, bandwidth level, quantity, vendor lead time and project schedule. A migration quotation should distinguish hardware, subscriptions, optional licenses, accessories and professional service scope so procurement teams can understand which items are recurring and which are one-time.
Delivery and project coordination can be discussed once the exact requirement has been confirmed. If installation, configuration, migration testing or handover support is required, include those activities in the request rather than assuming they are automatically bundled with hardware. This is particularly important for phased MPLS replacement, where site-by-site timing and carrier readiness influence the deployment sequence.
Dubai, Abu Dhabi, Sharjah and Ajman project coverage
Organisations operating across Dubai, Abu Dhabi, Sharjah and Ajman can coordinate a multi-site SD-WAN requirement through a single design discussion with FourTeck. The practical scope can include branch classification, equipment and subscription planning, delivery coordination, installation planning and cutover sequencing. Sites should still be assessed individually where circuit providers, building access, rack space, power, security controls or maintenance windows differ. For companies with headquarters in one emirate and branches in others, a common policy framework can be planned while preserving site-specific transport choices. Share the complete location list and desired project phases so the quotation can reflect the real deployment rather than a generic per-branch assumption.
GCC Availability
FourTeck can assist organisations planning HPE Aruba Networking EdgeConnect SD-WAN projects across the GCC with requirement review, gateway and subscription selection, quotation coordination, delivery planning and migration-scope discussion. This can be relevant to businesses with branches in the United Arab Emirates and additional operations in Saudi Arabia, Kuwait, Qatar, Bahrain or Oman that want one architectural approach while still respecting local carrier and project conditions. Product availability, licensing, delivery schedules, service visits, implementation scope and vendor lead times can vary by country, model, quantity and requirement. Regional projects should therefore be planned from a site matrix rather than assuming that every branch can use the same circuit type, gateway or deployment date. Buyers should provide the destination country, site role, required hardware or virtual gateway, quantity, subscription term, bandwidth target, deployment location and expected timeline. FourTeck can then help structure the request and identify where country-specific confirmation is needed before ordering or scheduling work.
Africa Availability
For organisations extending an HPE Aruba SD-WAN design into Africa, FourTeck can help evaluate the equipment, licensing, subscription, connectivity and support assumptions that should be confirmed for each deployment. Multi-country estates often have greater variation in internet quality, carrier choice, cellular service, power conditions, import arrangements and local project access than a single-city rollout. The SD-WAN architecture can remain consistent while the underlay and operational model differ by site. Availability and fulfilment may depend on destination, gateway model, quantity, license region, power or regulatory requirements, shipping arrangements, vendor lead time, installation scope and local conditions. FourTeck can support procurement planning for selected markets, including requirements in East Africa such as Kenya and Uganda, without assuming local inventory or fixed delivery times. Buyers should share the destination country, exact site requirement, quantity, preferred deployment schedule, existing MPLS or internet links and any installation or support expectations so the project can be reviewed at the appropriate level.
For regional technology enquiries, visit FourTeck Africa or the dedicated Kenya technology portal.
Related FourTeck options to consider
SD-WAN assessment and migration planning
Useful when circuit inventory, branch classification, routing dependencies and migration sequencing need to be documented before hardware selection.
Branch security review
Relevant when SD-WAN is being introduced alongside, or potentially in place of, existing branch firewall functions and internet breakout controls.
HPE Aruba gateway sizing
Gateway selection should reflect branch bandwidth, interfaces, HA needs, application mix and future transport capacity rather than only current MPLS speed.
Regional rollout coordination
For organisations with UAE and wider regional sites that need one requirement review covering product, subscription and deployment dependencies.
Why businesses contact FourTeck for this project
MPLS replacement is rarely a single-product purchase. The difficult part is aligning current circuits, future bandwidth, application policy, routing, security, gateway sizing, licensing and deployment timing. FourTeck can help turn those moving parts into a clearer requirement for procurement and implementation teams. The discussion can cover which branches can move first, which sites should retain private connectivity, where high availability is justified, what subscription bandwidth should be selected and which professional services need to be quoted.
The value of that process is procurement clarity. Buyers can separate required items from optional capabilities, recurring subscriptions from hardware purchases, and project scope from assumptions. This also makes it easier to compare a phased hybrid-WAN plan with a more aggressive MPLS retirement strategy. For company background, see About FourTeck.
How buyers evaluate an MPLS-to-SD-WAN move in practice
The first question many network teams ask is whether SD-WAN can replace MPLS completely. The technically useful answer is that it can reduce or eliminate MPLS dependency for many sites, but the right outcome depends on application behaviour, carrier options and business risk. HPE positions advanced SD-WAN as capable of running across broadband, MPLS and cellular underlays, which means a company does not have to treat the migration as an all-or-nothing event. A hybrid period often provides better evidence: internet links can be introduced, application policies tested, failover behaviour measured and MPLS circuits retired only after acceptance criteria are met.
Cost reduction depends on the whole design
Replacing a high-cost private circuit with business internet can reduce recurring carrier spend, but the project also introduces gateway, subscription, circuit diversity and implementation costs. A meaningful comparison should use total site costs over the selected term and include both current and target-state connectivity.
Performance is application-specific
An internet path with more bandwidth is not automatically better for every application. Latency, jitter, packet loss, peering and path changes matter. SD-WAN capabilities such as path conditioning, tunnel bonding and application-aware steering are designed to improve how available links are used, but the underlay still sets physical limits.
Buyers also search for the difference between basic SD-WAN and a platform designed for broader WAN transformation. The distinction matters because MPLS migration requires more than encrypted tunnels. You need policy-based traffic steering, routing interoperability, observability, resilience logic and a management model that scales across many branches. EdgeConnect SD-WAN adds centrally managed Business Intent Overlays, application classification, advanced routing and Orchestrator-based control. Subscription tier selection is important because the number of overlays, VRFs, available bandwidth tiers and management characteristics can vary.
Another common decision is whether to keep a dedicated firewall at the branch. HPE includes zone-based firewall and segmentation capabilities in EdgeConnect and offers additional security functions, while also supporting integration with HPE Aruba Networking SSE and third-party security services. A business with an established firewall standard may keep those controls and use EdgeConnect primarily for WAN transformation. Another organisation may evaluate branch consolidation. The correct choice should be based on security policy, inspection requirements, logging, compliance, operational ownership and existing licenses, not simply on reducing appliance count.
Licensing needs special attention during MPLS replacement because traffic patterns often change after local internet breakout is enabled. A branch that currently sends most SaaS traffic through a data centre may show a different WAN profile when cloud traffic exits locally. HPE design guidance specifically advises planners to consider future bandwidth when replacing MPLS with higher-speed internet. That means the licensing conversation should use both current measurements and expected target-state traffic. Shorter or more flexible commercial terms may also be worth evaluating when the network is in transition.
Buyers often ask whether a pilot is necessary. For a multi-site estate, a controlled pilot is usually a practical risk-reduction step because it tests assumptions that documentation alone cannot confirm: circuit quality at real locations, voice behaviour, application classification, route exchange, failover, security inspection and operational workflows. The best pilot sites are representative rather than merely convenient. Include at least one typical branch and, where possible, a site with business-critical traffic or a more complex routing requirement. Define success criteria before the test so the organisation knows what evidence is needed to proceed.
Quotation preparation is easier when the buyer supplies a site matrix and target architecture assumptions. Share branch count, site classes, bandwidth today and after migration, required interfaces, carrier status, application priorities, security design, HA requirements, preferred Orchestrator hosting model and the expected subscription term. Also identify whether FourTeck should quote only product and licensing or include design, installation, configuration, migration testing and handover. This prevents a low-detail quotation from becoming a high-risk project later.
Questions decision-makers ask before approving the migration
Should we cancel MPLS as soon as SD-WAN is installed?
Usually the safer approach is to keep the private circuit through a defined validation period, especially at important sites. Confirm application performance, routing, failover, monitoring and support procedures first. The timing also needs to reflect carrier contract terms, because technical readiness and commercial exit dates may not align.
How do we choose the right EdgeConnect gateway?
Use expected bidirectional WAN bandwidth, interface requirements, branch role, high-availability needs and growth. Do not size solely from the existing MPLS circuit if the replacement design will add higher-speed internet. Small branches, large branches and hubs may require different models.
Do all branches need two internet connections?
No universal rule applies. A dual-underlay design is common where resilience matters, but the second path should be justified by site criticality and should provide meaningful diversity. Some small locations may use wired internet plus cellular backup, while critical hubs may need more robust carrier and gateway redundancy.
Can we keep our existing firewalls?
Yes, an SD-WAN project can be designed alongside an existing security stack. Whether to retain, consolidate or change branch firewall functions depends on inspection requirements, policy ownership, SASE strategy, current licenses and operational preference. Confirm the security target architecture before finalising the branch design.
What information changes the license choice?
Required WAN bandwidth, subscription tier, feature set, hosting model, term and HA design can affect licensing. Future traffic should be considered because local breakout and larger internet circuits may make the target-state bandwidth different from the existing MPLS profile.
What should be tested before wider rollout?
Test routing convergence, application steering, voice and collaboration traffic, link degradation, complete circuit loss, gateway failover where HA is used, security policy, SaaS access, monitoring visibility and rollback. Record results in an acceptance checklist that can be reused for later migration waves.
Frequently asked questions
Can HPE Aruba EdgeConnect SD-WAN replace MPLS completely?
It can support a design that reduces or removes MPLS at selected sites by using internet and cellular transports, but whether full replacement is appropriate depends on application requirements, circuit quality, risk tolerance and business policy. Many organisations use a phased hybrid period before retiring MPLS.
Does EdgeConnect work with MPLS during migration?
Yes. HPE documents EdgeConnect support for MPLS, internet and cellular WAN transports, allowing a hybrid underlay while the organisation introduces new links and validates the target state.
Is the EdgeConnect subscription included with every gateway?
Do not assume that all licensing is included. EdgeConnect uses term-based subscription and bandwidth licensing, and optional feature licenses may apply. The exact gateway, tier, bandwidth, term and HA requirement should be confirmed in the quotation.
Can Orchestrator be hosted in the cloud or on premises?
HPE provides cloud-hosted and on-premises Orchestrator models depending on subscription selection. The operational responsibility, lifecycle management and some service characteristics differ, so buyers should decide which model fits their governance and infrastructure approach.
Do we need high availability at every site?
Not necessarily. HA should follow business criticality, acceptable outage duration and local infrastructure. Important sites may justify paired gateways and diverse links, while smaller branches may use a simpler design. HA licensing and hardware requirements should be confirmed.
Can we use direct internet breakout for Microsoft 365 and other SaaS traffic?
EdgeConnect supports application-aware routing and direct cloud connectivity patterns, but the security and compliance architecture determines which traffic should exit locally. Define inspection, logging and access-control requirements before enabling breakout policies.
What is needed for an accurate Dubai quotation?
Provide branch count, site roles, current and target bandwidth, transport types, interface needs, gateway HA requirements, preferred subscription term, security requirements, routing details and whether installation, configuration and migration support are required.
How long does an MPLS-to-SD-WAN migration take?
There is no reliable fixed duration without scope. Timing depends on branch count, internet circuit readiness, hardware and license availability, design complexity, pilot results, change windows and carrier contract dates. A phased schedule should be created after discovery.
Can FourTeck assist with planning and implementation scope?
FourTeck can help review requirements, discuss gateway and licensing options, coordinate quotation details and define installation, configuration, migration and handover scope where required. Exact service coverage should be confirmed in the proposal.
Plan the MPLS transition around your real branch estate
Share your site list, current circuits, target bandwidth, application priorities and preferred migration schedule. FourTeck can help structure the HPE Aruba EdgeConnect SD-WAN requirement, clarify licensing and gateway choices, and prepare the next step for quotation and deployment planning.