Fortinet Secure SD-WAN Solutions in Dubai, UAE
Fortinet Secure SD-WAN combines application-aware WAN control with FortiGate security so businesses can use multiple connectivity options more intelligently, maintain policy consistency across branches and create a practical path from traditional WAN architecture toward cloud, branch and SASE-oriented networking.
Start with the network requirement, not the appliance name
A sound Secure SD-WAN design begins with site count, application behaviour, available carriers, security inspection, resilience targets and operational responsibilities. FourTeck can help translate those inputs into a FortiGate and service bill of materials without assuming that one model or license bundle fits every branch.
Direct answer: what is Fortinet Secure SD-WAN?
Fortinet Secure SD-WAN is a software-defined WAN capability delivered through FortiGate and FortiOS that lets organisations control how application traffic uses multiple WAN connections while applying security at the branch or network edge. It is mainly used to improve branch connectivity, resilience, cloud access, application path selection and operational consistency across distributed locations. Organisations with multiple offices, cloud applications, business-critical voice or collaboration traffic, mixed carrier links or growing security requirements should consider it. Before proceeding, buyers should confirm the number of sites, bandwidth, application mix, WAN transports, encryption and inspection requirements, central management model, high-availability design, FortiGate sizing, optional services and support scope.
What the solution does
Traditional WAN designs often send branch traffic along predetermined paths even when another available link would provide better performance. Secure SD-WAN adds policy and path awareness. Administrators can define service-level expectations for latency, jitter and packet loss, then use those measurements with routing logic to select a suitable link for particular applications or traffic classes.
The result is not simply “faster internet.” It is a more adaptable control layer for branch and cloud connectivity. Depending on the design, the same FortiGate can provide next-generation firewall functions, IPsec connectivity, segmentation, local internet breakout and SD-WAN path steering. This convergence can reduce the number of separate network devices, but it also makes correct capacity planning important because routing, encryption and security inspection all draw from the same platform resources.
Who should evaluate it
Fortinet Secure SD-WAN is relevant to businesses operating more than one location, organisations replacing legacy MPLS-only WANs, branches that rely heavily on SaaS applications, sites that need dual-carrier resilience, and IT teams that want security and WAN policy under a common Fortinet operating model.
It may also fit organisations already standardised on FortiGate, provided their current hardware, software version and subscriptions meet the planned design. A small single-site office with one internet circuit may not need a complex SD-WAN topology. Conversely, a large enterprise with hundreds of branches may need FortiManager, structured templates, underlay monitoring, design standards and staged rollout controls rather than treating each FortiGate as an independent configuration.
Business problems Fortinet Secure SD-WAN can help address
Poor application experience on a fixed WAN path
A branch can monitor multiple paths and steer selected traffic toward a link that currently meets configured performance targets. This is useful for voice, video, ERP, SaaS and other applications that are sensitive to latency or loss.
Dependence on one carrier or circuit type
Multiple transports can participate in the WAN design, allowing a business to combine different carrier services and create alternate paths. The quality of failover depends on link diversity, routing design, application behaviour and test criteria.
Backhauling cloud traffic through a data centre
Local internet breakout can reduce unnecessary traffic detours for SaaS and cloud access when the security design permits it. The right policy should still enforce appropriate inspection, segmentation and access controls.
Inconsistent branch policy
Central management can standardise configurations and policy across groups of FortiGate devices. The benefit increases with site count, but templates, change control and version compatibility must be planned carefully.
Core capabilities buyers should understand
Traffic policies can use measured link quality and application context to influence WAN path choice.
FortiGate security controls can be applied at the same edge that performs SD-WAN routing, subject to selected services.
IPsec-based overlays can connect branches, data centres and cloud environments, with automation options for larger topologies.
FortiManager can support central deployment, policy administration, templates and orchestration across many FortiGate devices.
Secure SD-WAN can participate in broader cloud, multi-cloud and FortiSASE architectures where those services are required.
Health checks and optional monitoring services can help teams understand link and application behaviour before routing decisions are changed.
Secure SD-WAN fit matrix
| Business situation | Relevant assistance | Scope dependency |
|---|---|---|
| Two or more WAN links at each branch | Policy-based path selection, SLA health checks and failover design | Carrier diversity, circuit handoff, FortiGate sizing and application requirements |
| MPLS plus broadband migration | Phased underlay transition and application steering | Routing, reachability, QoS, security policy and contract timelines |
| Many branches with similar policy | FortiManager templates, central change control and staged deployment | Device count, VDOMs, license model, software versions and operational ownership |
| Cloud-heavy branch traffic | Local breakout, cloud on-ramp planning and SaaS-aware policies | Security controls, application identification, cloud design and compliance rules |
| Hybrid workforce and SASE roadmap | Secure SD-WAN plus FortiSASE evaluation | User count, POP requirements, private application access, license tier and endpoint strategy |
Buyer information table
| Topic | Fortinet Secure SD-WAN Solutions |
|---|---|
| Page type | Secure networking and branch connectivity solution |
| Main purpose | Application-aware WAN steering, branch resilience, secure connectivity and operational consolidation |
| Suitable for | Multi-site businesses, distributed enterprises, cloud-focused branches and organisations modernising legacy WAN architecture |
| Platform | FortiGate with FortiOS; physical and virtual form factors are available across the wider FortiGate portfolio |
| WAN options | Broadband, private circuits, LTE/5G, satellite and other supported IP transports depending on design and hardware interfaces |
| Central management | FortiManager can be used for centralised policy, deployment, templates and orchestration; licensing is dependent on deployment type and scale |
| Analytics and logging | FortiGate native visibility plus optional FortiAnalyzer, FortiManager and SD-WAN monitoring services depending on the required depth |
| Base SD-WAN licensing | Basic SD-WAN functionality is included on FortiGate; advanced monitoring and service features may require additional subscriptions |
| Assessment support | FourTeck can review site count, traffic profile, carriers, routing, resilience, cloud usage and expected security services |
| Installation and configuration | Scope dependent; can include FortiGate deployment, WAN members, SD-WAN zones, health checks, policies, VPN overlays, routing and testing |
| Availability guidance | Contact FourTeck for current UAE model, subscription and service availability |
| Important note | Performance, feature depth and total cost depend on FortiGate model, FortiOS release, subscriptions, site design and traffic inspection requirements. |
Configuration, licensing and compatibility dependencies
A Fortinet Secure SD-WAN design should separate the base FortiOS function from optional services. Basic SD-WAN is available on FortiGate without a separate bandwidth-based SD-WAN license. However, advanced features such as certain FortiGuard SLA database capabilities, hosted speed tests, specialised underlay or application monitoring, FortiManager Cloud, FortiSASE services, FortiAnalyzer functions and security subscriptions can require separate entitlements. The exact bill of materials therefore depends on what the organisation expects the solution to monitor, inspect, report and centrally manage.
Compatibility also matters. Existing FortiGate hardware may support SD-WAN, but the right question is whether that hardware has sufficient throughput, interfaces, memory, encryption performance and software support for the new design. Large changes should be validated against current FortiOS release notes, FortiManager compatibility, routing features, VDOM usage, high-availability configuration and any third-party connectivity requirements. FourTeck can help prepare a requirement-led bill of materials before procurement.
A practical deployment and purchase journey
Discover the current WAN
Document sites, circuits, public IPs, routing, VPNs, cloud access, applications, users, branch hardware, failover behaviour and existing security controls.
Define business intent
Identify which applications need priority, which links may carry them, acceptable latency or loss, resilience targets and local breakout policy.
Size FortiGate and services
Select hardware or virtual appliances by inspected traffic, encrypted traffic, interfaces, HA, logging, branch growth and required subscription services.
Pilot the design
Test health checks, path steering, VPN overlays, failover, routing convergence, SaaS access, voice quality and security rules at representative sites.
Roll out with control
Use templates and change windows, verify carrier readiness, maintain rollback plans and stage migration by branch group rather than changing every location at once.
Operate and refine
Review application behaviour, link quality, alerts, firmware, subscriptions and policy effectiveness as business traffic and carriers change.
Application steering should follow measurable service quality
The most useful SD-WAN policies are based on the real requirements of applications rather than a blanket preference for “internet one” or “internet two.” FortiGate can monitor path characteristics such as latency, jitter and packet loss and use health checks within SD-WAN rules. This enables a voice application, for example, to prefer a path that remains within its quality threshold while bulk traffic follows a different policy. The exact thresholds should come from application requirements and observed network behaviour, not copied from another environment.
Buyers should also distinguish failover from load distribution. Some applications tolerate a path change cleanly, while long-lived sessions may reset when the egress IP or route changes. SaaS platforms, VPN tunnels, payment systems, voice sessions and hosted services can behave differently. A pilot should therefore confirm not only that a route changes but that the application continues to work acceptably during and after that change.
This is where design quality matters more than a feature checkbox. FourTeck can help map key applications to SD-WAN rules, identify suitable health-check targets, plan fallback behaviour and test failure scenarios before a multi-site rollout.
Security and local internet breakout must be designed together
One attraction of SD-WAN is the ability to send branch traffic directly to internet and cloud services instead of backhauling every session through a central data centre. Direct breakout can reduce unnecessary path length and release bandwidth on private circuits, but it also changes where security enforcement takes place. The branch firewall becomes responsible for protecting more internet-bound traffic, which may increase the importance of threat inspection, web controls, application control, DNS protection, SSL inspection, logging and branch policy consistency.
These security functions are subscription and performance dependent. If the FortiGate is sized only against the raw ISP speed, the design can miss the processing requirements of encrypted inspection, IPS, antivirus, application identification or VPN traffic. Sizing should therefore reflect the security profile that will be enabled in production and the expected concurrency at each site.
For organisations moving toward a SASE architecture, Secure SD-WAN can also form part of the branch connectivity layer while FortiSASE provides cloud-delivered security for users and locations where appropriate. That transition should be evaluated as an architecture decision rather than assumed to be included in every FortiGate purchase.
Central management becomes more valuable as site count grows
A small deployment can be administered directly on each FortiGate, but repetitive manual configuration becomes harder to govern when the organisation adds many branches. FortiManager provides central tools for device groups, policy packages, configuration templates and large-scale change. It can also support SD-WAN orchestration workflows. The value is operational consistency: the team can define standards centrally and reduce the risk that individual branch configurations drift away from the intended design.
Central management is not a substitute for change control. Template logic, metadata, interface mapping, branch-specific addressing, VDOMs, software versions and administrative domains should be planned before mass deployment. A poorly structured template can distribute an incorrect setting quickly, so pilot groups and staged approvals remain important.
FortiManager is available in different deployment forms, including physical, virtual and cloud-oriented options. Licensing depends on the chosen model and number of managed devices or VDOMs. FourTeck can help determine whether direct device administration, FortiManager, FortiManager Cloud or another operational approach best matches the site count and internal IT workflow.
Ideal business environments and use cases
Retail and restaurant chains
Branches may need resilient access to payment platforms, inventory, collaboration tools, guest networks and cloud services. Dual WAN and consistent policy can support a standard branch design, provided payment and compliance requirements are handled separately.
Logistics and warehouse networks
Distributed depots often depend on ERP, handheld devices, VoIP, CCTV, cloud services and site-to-site connectivity. SD-WAN can prioritise business systems while providing an alternate carrier path where one is available.
Professional services and multi-office companies
Teams using SaaS, cloud storage, video meetings and private applications can benefit from application-aware routing and secure branch internet access without forcing all traffic through a head office.
Education and healthcare environments
Multiple campuses or clinics may need segmented user groups, cloud access and resilient links. Security policy, privacy requirements and inspected throughput should be evaluated alongside WAN design.
Hospitality and property portfolios
Hotels, managed buildings and property offices may operate guest, corporate, voice, security and IoT networks at each site. SD-WAN can be part of a standardised edge architecture when segmentation and internet breakout are designed correctly.
Cloud and multi-cloud connectivity
Virtual FortiGate deployments and cloud connectivity options can extend SD-WAN into cloud environments. Exact integration depends on the cloud provider, routing architecture, licensing and responsibility split between network and cloud teams.
Integration and operational considerations
Secure SD-WAN interacts with routing, firewall policy, DNS, NAT, VPNs, cloud connectivity and user-facing applications. Before implementation, identify which team owns each layer and where changes will be made. BGP or OSPF may be involved in larger networks, while smaller branches may use static routing. IPsec overlays may require coordination with data centres, cloud gateways or third parties. NAT behaviour can affect applications that expect a stable source address, and direct internet breakout may change how cloud services see branch traffic.
Monitoring should be defined before go-live. A green WAN interface does not necessarily mean an application is healthy. Teams should know which SLA probes are trusted, how alerts are generated, where logs are retained, who reviews performance trends and how a failing path is removed from service. Optional Fortinet monitoring services can deepen visibility, but the operational process around those tools remains just as important.
Firmware lifecycle also deserves attention. FortiGate and FortiManager versions must remain compatible, and branch upgrades should be staged around business risk. Backups, rollback procedures and standard configuration documentation should be part of the support plan.
Questions buyers should resolve before requesting a quotation
Site count influences appliance quantity, central management, templates, support and rollout planning.
Security inspection, encrypted traffic and future growth can change the required FortiGate model.
Voice, video, ERP, VDI and SaaS applications may have different tolerance for latency, loss and path changes.
A resilient design depends on actual circuit diversity and interfaces, not simply ordering two links.
FortiManager can become important for multi-site governance, but licensing and design should be included from the start.
FortiGuard, FortiAnalyzer, SD-WAN service bundles and FortiSASE should be selected according to the operational requirement.
Procurement checklist for a Fortinet Secure SD-WAN project
How FourTeck can support planning, sizing and deployment
FourTeck can help organisations turn an SD-WAN idea into a defined technical requirement. That can include reviewing the current WAN, identifying branch categories, comparing existing and required FortiGate capacity, preparing a proposed bill of materials, clarifying license dependencies, planning high availability, mapping applications to traffic policies and identifying whether central management is justified.
Implementation support can be scoped around the project. Depending on the environment, this may cover FortiGate configuration, SD-WAN zones, WAN members, health checks, routing, IPsec overlays, firewall policies, NAT, direct internet breakout, testing, migration from existing circuits, branch cutover assistance and documentation. Larger deployments can also include FortiManager design, device templates and staged configuration rollout.
For broader network-security planning, buyers can explore FourTeck firewall services, review firewall product categories, or request Fortinet firewall guidance where the SD-WAN project forms part of a larger edge-security refresh.
UAE availability and support guidance
Fortinet Secure SD-WAN is not one fixed box or one universal subscription. UAE availability depends on the FortiGate model, quantity, license term, optional services, accessories and vendor lead time required for the final design. Contact FourTeck to confirm current UAE availability after the required branch profiles and bill of materials are known. Delivery and project coordination can then be discussed against the actual requirement rather than estimated from a generic Secure SD-WAN description.
Installation and configuration should be included in the quotation when required. Buyers should state whether they need only supply, remote configuration, on-site coordination, migration from an existing firewall, VPN overlay creation, carrier cutover support, FortiManager onboarding or post-deployment assistance. For a wider view of FourTeck service capability, visit the Firewall Dubai solution portal or contact FourTeck with your site and connectivity details.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
Businesses across Dubai, Abu Dhabi, Sharjah and Ajman can discuss Fortinet Secure SD-WAN requirements with FourTeck as part of UAE network-modernisation projects. The engagement can begin with a remote discovery session covering site count, carrier links, FortiGate estate, application priorities, VPNs, cloud usage and target rollout. Where physical installation or migration coordination is required, the exact visit scope, site readiness, access requirements and schedule should be agreed in the quotation. Multi-emirate deployments are best planned as one architecture with branch profiles and repeatable configuration standards, while still accounting for local carrier handoffs, different bandwidths and site-specific applications.
GCC Availability
FourTeck can assist organisations planning Fortinet Secure SD-WAN across GCC operations where branch design, model selection, licensing and deployment coordination need to be considered together. A regional project may include sites in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but the final bill of materials should not assume identical hardware or service terms in every country. Circuit types, local carrier options, power environment, import process, license region, service availability and vendor lead time can vary.
For an accurate GCC quotation, share the destination country for each site, required FortiGate model if already known, site quantity, expected bandwidth, WAN transports, license term, FortiManager requirement, installation scope and planned deployment window. FourTeck can then help review whether branches can follow a standard profile or need different appliances and accessories. Product availability, licensing, delivery schedules, service visits and project scope remain country and requirement dependent. For Kuwait-specific coordination, buyers may also review FourTeck Kuwait.
Africa Availability
Organisations planning Fortinet Secure SD-WAN in Africa often need to account for a wider range of carrier conditions, branch sizes, power environments and deployment logistics. FourTeck can help review FortiGate options, security subscriptions, SD-WAN service bundles, accessories, central management, configuration scope, renewal planning and support expectations for regional projects. Multi-country deployments should begin with a branch inventory that identifies bandwidth, carrier handoff, public IP requirements, current equipment and local technical support capability.
Availability and fulfilment can depend on destination, selected model, quantity, license region, shipping arrangements, vendor lead time, installation scope and local project conditions. Buyers should share the country, exact requirement, quantity, preferred schedule and any on-site or remote support expectations. FourTeck can then provide appropriate guidance without assuming local inventory or a fixed delivery timeline. For relevant regional planning, see FourTeck Kenya, FourTeck Uganda and FourTeck Africa.
Related options and services to consider
FortiGate next-generation firewalls
The branch or hub appliance must be sized for SD-WAN, routing, VPN and enabled security inspection. Model choice is requirement dependent.
FortiManager
Useful for central management, standardised templates and multi-site operations. Deployment model and licenses should be calculated from device and VDOM count.
FortiAnalyzer
Can add central logging, analytics and reporting when the organisation needs more visibility than local device logs provide.
FortiSASE
May be considered when the connectivity project also needs cloud-delivered SSE for hybrid users, branch access or private application access.
FortiExtender and cellular backup
Suitable hardware can provide LTE/5G connectivity where cellular backup is required. Coverage, SIM, carrier and model support must be confirmed.
Deployment and migration services
FourTeck can scope assessment, configuration, migration, testing and support separately so the commercial proposal matches the actual project.
Why businesses contact FourTeck for Secure SD-WAN projects
Secure SD-WAN purchasing becomes easier when the technical requirement is clarified before the quote is requested. FourTeck can help determine whether a customer needs new FortiGate hardware, can reuse existing devices, requires FortiManager, needs an SD-WAN service bundle, should add FortiAnalyzer, or is actually trying to solve a broader SASE or branch-security requirement. This avoids treating every optional Fortinet service as mandatory and reduces the risk of leaving necessary licenses or accessories out of the bill of materials.
The same practical approach applies to deployment. FourTeck can help define branch profiles, migration steps, testing, configuration scope, change windows and support responsibilities. That is particularly useful when the project involves many carriers, existing VPNs, business-critical applications or a phased transition away from private WAN circuits. To discuss the requirement, use the FourTeck contact page.
What buyers are really trying to solve with Secure SD-WAN
Many organisations start researching SD-WAN because a branch has two internet lines but still suffers outages, a cloud application feels slow, MPLS costs are difficult to justify, or IT teams spend too much time maintaining one-off routing rules at different sites. These problems are related, but they are not identical. Secure SD-WAN is most useful when the business first defines the operating problem and then builds policy around it.
“Can SD-WAN replace MPLS?”
Sometimes it can reduce or remove dependence on MPLS, but the decision should be application and risk driven. Private circuits may still serve a purpose for predictable connectivity, regulatory design or specific traffic. A common migration approach is to combine MPLS and internet initially, measure application behaviour, and then decide which circuits can be changed.
“Do we need two internet lines?”
SD-WAN can use one link, but much of the resilience value appears when there are multiple genuinely diverse paths. Two circuits delivered through the same physical route, building entry or upstream provider may fail together. Carrier diversity should therefore be verified rather than assumed.
“Is FortiManager mandatory?”
No. A FortiGate can run SD-WAN locally. FortiManager becomes more valuable when the organisation needs central governance, reusable branch templates, consistent policy and efficient change across many devices. Device count, team structure and complexity should drive the decision.
Pricing is another common buyer concern. There is no single Secure SD-WAN price because Fortinet does not sell the solution as one universal appliance or bandwidth tier. Cost typically depends on the FortiGate platform at each site, support term, selected FortiGuard security bundle, central management, logging, optional SD-WAN service bundle, cellular hardware, SASE services and professional implementation. Buyers comparing quotations should ask for the bill of materials by site type so they can see which items are hardware, which are subscriptions and which are project services.
Businesses also ask whether existing FortiGate appliances can be reused. The feature may be present, but suitability depends on practical capacity. A device that handles basic firewalling today may not have enough headroom for new broadband speeds, encrypted overlays, SSL inspection, IPS and additional branch traffic. Reuse should be validated against production security profiles and future bandwidth, not just whether the GUI contains an SD-WAN menu.
Another frequent requirement is Microsoft 365, Teams, Zoom, cloud ERP or other SaaS performance. SD-WAN can help by steering traffic according to path quality and enabling local breakout, but it cannot fix a badly performing SaaS provider, overloaded LAN, weak Wi-Fi or congested last-mile circuit by itself. Troubleshooting should look end to end: endpoint, LAN, WAN, ISP, internet path, SaaS service and security inspection. Optional digital experience and underlay monitoring tools can add useful evidence when teams need to separate these layers.
For UAE buyers, the most effective quote request includes the number of sites, current FortiGate models, internet speeds, current MPLS or VPN design, required security services, critical applications, expected growth, support term and desired rollout schedule. This lets FourTeck prepare a more accurate solution discussion and identify whether the project needs only SD-WAN configuration or a broader branch network refresh.
Decision questions to answer before you shortlist the design
How do we know which FortiGate model is suitable for SD-WAN?
Start with expected throughput after the security services you intend to enable, then include encrypted overlay traffic, WAN interface requirements, sessions, users and growth. A branch with 1 Gbps internet does not automatically need a device selected only from a 1 Gbps firewall figure. Inspection profile, traffic mix and resilience architecture all influence sizing.
What should we measure before creating SLA rules?
Measure the baseline behaviour of each circuit during real business hours and identify which applications are sensitive to delay, jitter or loss. The health-check target should represent the path or service you care about. A generic internet probe can show link health but may not prove that a specific cloud application is reachable and performing well.
Can we keep our existing IPsec VPNs?
Often existing VPN connectivity can be incorporated or migrated, but the exact method depends on current topology, peer devices, addressing, routing and how overlays will be built. A hub-and-spoke design, dynamic VPN topology and third-party peer all require different migration planning.
Do we need an SD-WAN subscription to use the feature?
Basic SD-WAN is included with FortiGate. Separate services can add advanced monitoring, hosted tests, SaaS intelligence, SASE functions or central cloud management depending on the selected SKU. The right question is not simply “is there a license?” but “which operational features do we need beyond the base function?”
What information makes a quotation accurate?
Provide branch count, bandwidth, current hardware, link types, desired support term, critical apps, security profile, central management preference, HA requirements, logging needs and implementation scope. Without those details, any quote is likely to contain assumptions that later change the cost or design.
When should FortiSASE be considered as part of the project?
Consider it when the organisation needs secure access for remote users, cloud-delivered security enforcement, branch-to-SASE integration or a wider SASE architecture. Secure SD-WAN and FortiSASE can complement each other, but SASE licensing, users and application-access requirements should be designed separately from basic branch routing.
Frequently asked questions
Is Fortinet Secure SD-WAN a separate appliance?
Not necessarily. Secure SD-WAN is a capability delivered through FortiGate and FortiOS. The actual appliance or virtual machine depends on branch size, required throughput, interfaces and security services. Fortinet also provides related management and service components that may be included in a broader design.
Does Fortinet charge by SD-WAN bandwidth?
Fortinet states that basic Secure SD-WAN does not use bandwidth or data-transfer licensing. However, the FortiGate hardware, FortiCare, security subscriptions, advanced SD-WAN service bundles, central management and SASE services can still affect total cost.
Can Secure SD-WAN use MPLS and internet at the same time?
Yes, designs can use multiple WAN transports, including private circuits and public internet. Policies can steer traffic according to business requirements and measured path quality. Exact routing and security configuration should be tested before production migration.
Can Fortinet Secure SD-WAN provide automatic failover?
It can monitor path health and move traffic to another eligible link when configured conditions are no longer met. Application behaviour during failover can vary, so testing should include real sessions and not only ping-based link tests.
Is FortiManager required for a branch deployment?
No. A FortiGate can be configured locally. FortiManager is commonly considered for larger or more complex environments where central policy, templates, orchestration and consistent change control are valuable. Licensing is dependent on the chosen deployment and managed device count.
Can existing FortiGate devices be used?
Possibly, but suitability should be confirmed against current hardware status, FortiOS support, throughput, interfaces, VPN performance, inspection load, planned link speeds and high-availability requirements. Feature presence alone is not enough for sizing.
Does Secure SD-WAN include FortiSASE?
FortiSASE is a separate cloud-delivered service, although selected SD-WAN service bundles can include starter or related SASE capabilities depending on FortiGate model and current ordering terms. The exact SKU and included seats should be checked before ordering.
What does FourTeck need to prepare a UAE quote?
Share site count, location, existing FortiGate models, WAN links, bandwidth, critical applications, security requirements, preferred support term, central management needs, required accessories and whether installation or migration assistance is needed.
Can FourTeck help with configuration and migration?
Yes, configuration and migration support can be scoped based on the network. Work may include SD-WAN zones, health checks, routing, VPN overlays, firewall rules, NAT, testing, FortiManager onboarding and staged branch cutover. The exact activities should be listed in the quotation.
Build the SD-WAN quotation around your real branch design
Send FourTeck your site count, current FortiGate estate, circuit speeds, carrier types, critical applications, security subscriptions, central management needs and preferred project timeline. We can help review the design, identify model and license dependencies, prepare a requirement-based bill of materials and include deployment or migration support where needed. Availability, license terms and delivery planning can then be confirmed against the exact UAE requirement.