FortiAuthenticator Authentication Solution in Dubai, UAE
Build a clearer identity layer for network, VPN and application access with centralized authentication, multi-factor verification, single sign-on, certificate services and standards-based integrations. FourTeck can help translate your user count, directories, security policy and deployment preferences into a practical FortiAuthenticator requirement.
Capacity and licensing vary across FortiAuthenticator hardware, VM and cloud options. A requirement review helps prevent under-sizing or unnecessary licensing.
Central user authentication and authorization
MFA, SSO, passwordless and certificates
RADIUS, TACACS+, LDAP, SAML and OIDC
Appliance, VM and cloud options
A direct answer for authentication buyers
FortiAuthenticator is Fortinet’s centralized identity and access management platform for authenticating users and devices and for supplying identity information to security and network services. It is mainly used where an organisation wants consistent authentication across VPN, wired or wireless access, administrative access and business applications, while adding services such as MFA, SSO or certificate-based authentication. It should be considered by teams managing multiple identity sources or seeking stronger verification around existing directories. Before proceeding, confirm the number of users, required protocols, identity stores, FortiToken or other MFA methods, HA expectations, deployment form and licensing model because these factors determine the suitable architecture and bill of materials.
What FortiAuthenticator does
FortiAuthenticator creates a central point where identity can be checked before access is granted. Depending on configuration, it can act as a RADIUS or TACACS+ server, integrate with LDAP or Microsoft Active Directory, operate as a SAML Identity Provider or proxy, provide OIDC services, support Fortinet Single Sign-On, issue or manage certificates, and apply multi-factor or passwordless authentication methods.
The practical value is not simply another login screen. The platform can broker identity between existing directories, Fortinet infrastructure and third-party systems so that authentication policy can be managed more consistently. This is particularly relevant when different teams have accumulated separate VPN authentication, wireless authentication, administrator authentication and application sign-on processes.
Who should consider it
FortiAuthenticator may fit organisations that need to centralize access control across several systems, introduce MFA to remote access, connect FortiGate policies with trusted user identity, manage 802.1X authentication, provide SSO to selected applications or run an internal certificate service. It can also be relevant when existing Active Directory or LDAP remains the primary identity store but a dedicated authentication layer is required.
It is not automatically the right choice for every project. A small organisation needing only a narrow cloud MFA service may evaluate a cloud-first identity option, while a complex enterprise may need architecture work around federation, PKI, redundancy and identity lifecycle. FourTeck can help compare these paths rather than assuming that one FortiAuthenticator form factor suits every environment.
Authentication problems the platform can help address
Identity projects usually begin with an operational issue rather than a product name. The following challenge map helps connect common business problems with the FortiAuthenticator functions that may be relevant.
Too many authentication points
Separate credentials and authentication servers for VPN, Wi-Fi, network devices and applications increase policy inconsistency. Central RADIUS, TACACS+, SSO and directory integration can reduce that fragmentation when the connected systems support the required protocols.
Passwords carry too much trust
MFA can add a second verification factor, while FIDO2-based passwordless approaches may be used for selected workflows. Token type, licensing, user enrolment and recovery processes should be designed before rollout.
Identity is missing from policy
Fortinet Single Sign-On can supply user and group identity to FortiGate so policies can be built with more identity context. Directory quality, IP-to-user mapping method and endpoint movement should be reviewed as part of design.
Certificates are difficult to manage
FortiAuthenticator can operate as a certificate authority and support certificate lifecycle tasks for use cases such as VPN or 802.1X. PKI policy, certificate validity, revocation, enrolment and device ownership still require governance.
Core capabilities to evaluate
RADIUS and TACACS+ can centralize authentication and administrative access workflows where client systems support them.
FortiToken, email, supported SMS approaches, certificates and FIDO methods can add verification choices, subject to licensing and design.
SAML IdP, IdP proxy and OIDC capabilities support sign-on patterns across compatible cloud and on-premises applications.
Existing LDAP and Active Directory sources can remain part of the identity architecture instead of requiring a complete directory replacement.
X.509 certificate generation, signing, revocation and enrolment protocols can support certificate-based network and VPN access.
Context such as location, device, time and IP can be considered by adaptive rules to challenge, allow or deny according to configured policy.
FortiAuthenticator fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Central network authentication | VPN, wired, wireless or administrative systems can use supported AAA protocols. | RADIUS/TACACS+ clients, authentication flow and user source. |
| Enterprise MFA | Users need stronger verification for remote or privileged access. | Token type, quantity, enrolment, recovery and SMS/email dependencies. |
| Application federation | Applications support SAML or OIDC and identity brokering is desired. | IdP/SP roles, claims, certificates, domains and application support. |
| Identity-aware FortiGate policy | FortiGate policies should consume user/group identity. | FSSO collection method, directory structure and endpoint behavior. |
| Resilient authentication | Authentication is business-critical and requires a continuity design. | HA mode, node licenses, Layer 2 requirements, distributed sites and recovery objectives. |
Verified platform information
FortiAuthenticator is a product family rather than one fixed appliance. The correct way to evaluate it is to separate shared platform functions from capacity and license details that vary by model or deployment type.
| Buyer information | Current guidance |
|---|---|
| Brand | Fortinet |
| Product family | FortiAuthenticator |
| Main purpose | Centralized identity and access management, authentication and user identification. |
| Deployment options | Physical appliance, virtual machine and hosted/cloud options are documented by Fortinet; feature and licensing differences apply. |
| Authentication and AAA | RADIUS, TACACS+, LDAP and related identity workflows; exact use depends on deployment type. |
| Federation and SSO | SAML IdP/IdP proxy, OAuth2/OIDC provider capabilities and Fortinet Single Sign-On are supported in documented configurations. |
| MFA methods | FortiToken, supported OTP delivery methods, client certificates and FIDO passwordless methods; token and messaging purchases may be separate. |
| Certificate services | Certificate Authority functions, X.509 lifecycle management and supported enrolment protocols. |
| High availability | Active-passive clustering and distributed load-balancing approaches are documented for applicable FortiAuthenticator deployments. Licensing and topology requirements apply. |
| VM licensing | Perpetual and subscription models are available. User capacity, support entitlement and HA licensing must be confirmed for the selected model. |
| Current capacity | Model dependent. Do not size a deployment from a different FortiAuthenticator model’s user figures. |
| FortiToken entitlement | License dependent. Mobile and hardware token quantities should be priced separately where required. |
| Warranty and support | Confirm current FortiCare/support entitlement and hardware warranty terms for the exact SKU and region. |
| UAE availability | Contact FourTeck for current options; availability can vary by model, license, quantity and vendor lead time. |
Licensing, compatibility and dependency notice
A FortiAuthenticator quotation is incomplete if it contains only a platform name. VM perpetual licensing starts with a defined user capacity and can be expanded; subscription licensing is term based and includes support according to the applicable license. Fortinet also documents separate licensing considerations for HA nodes, SSO Mobility Agent capacity and FortiToken-related requirements. Cloud capabilities differ from appliance and VM capabilities, so feature parity should not be assumed.
Compatibility must be checked at the protocol and workflow level. Confirm the FortiGate/FortiOS release where relevant, directory type, RADIUS or TACACS+ clients, SAML or OIDC application support, certificate requirements, DNS and time synchronization, outbound connectivity for subscription validation, and any third-party SMS gateway. A proof of concept can be useful when the proposed login path involves several identity systems.
Information FourTeck needs
Share the approximate local and remote user count, peak authentication pattern, target applications and network systems, existing identity stores, proposed MFA method, required availability design, deployment preference and destination. These details make model and licensing guidance significantly more accurate.
A practical deployment and purchase journey
Authentication projects become easier to control when architecture decisions are made before licenses and appliances are ordered.
Discover
List authentication systems, directories, user populations, remote-access services and business applications that are in scope.
Design
Choose the authentication flow, deployment form, token methods, federation roles, certificate needs and resilience model.
Size and quote
Translate user numbers, HA nodes, tokens, support and services into the correct bill of materials for the target region.
Pilot
Validate directory communication, claims, group mapping, MFA enrolment, recovery and selected application login paths.
Roll out
Deploy in controlled stages, document administrator procedures, monitor authentication logs and maintain a tested fallback plan.
Centralizing authentication without replacing every identity source
Many organisations already have a directory that stores employee identities. The problem is often that network devices, VPN systems, wireless controllers and applications do not all consume that identity consistently. FortiAuthenticator can sit between those systems and existing directories, using supported protocols to broker authentication and add security controls without requiring an immediate directory replacement.
This architecture can reduce duplicate user stores, but the benefit depends on careful mapping. Usernames must be normalized, groups must be meaningful, service accounts should be separated from ordinary users, and the team needs a clear plan for disabled or departed accounts. When remote LDAP or Active Directory is used, availability of the directory itself remains part of the authentication path. The design should therefore consider network reachability, DNS, time synchronization and recovery when an upstream identity source is unavailable.
For procurement teams, this means user quantity alone is not sufficient for a quote. Ask the technical team how many directories exist, how users are grouped, whether contractors or guests are included, and which systems need RADIUS, TACACS+, SAML or another integration. FourTeck can use this information to determine whether the requirement is a straightforward centralized authentication deployment or a broader identity integration project.
MFA, passwordless access and user experience
Multi-factor authentication is one of the most common reasons businesses consider FortiAuthenticator. The platform can combine primary credentials with additional factors such as FortiToken, supported one-time-password delivery methods, client certificates and FIDO2 approaches. The important purchasing question is not simply whether MFA is supported. Buyers should decide which users need MFA, which login paths require it, what factor is acceptable for each user population, and how lost devices or inaccessible tokens will be handled.
A remote workforce might prioritize mobile token push or OTP for VPN access, while administrators may require a stronger method for privileged systems. An environment with restricted internet access may have different enrolment constraints. Email or SMS-based methods also introduce dependencies on external messaging systems and, in some cases, separate services or gateways. FortiToken licenses and quantities should be confirmed separately rather than assumed to be included with every FortiAuthenticator deployment.
Passwordless authentication can reduce reliance on memorized passwords in supported scenarios, but it still requires lifecycle planning for authenticators and recovery. User training matters because a secure system that generates frequent failed logins or lockouts can create pressure for unsafe bypasses. A staged pilot should test both the technical authentication flow and the day-to-day experience for end users, service desk staff and administrators.
Federation, SSO and application integration
SAML and IdP roles
FortiAuthenticator can act as a SAML Identity Provider and can participate in IdP proxy designs. This makes it possible to connect compatible service providers to central identity and to place additional authentication controls into selected federation paths. Before implementation, confirm which side is the IdP and which is the service provider, the required user attributes, group claims, signing certificates, entity identifiers and callback URLs.
OIDC and modern applications
OIDC support can be useful for modern web, native or mobile applications where OAuth-based federation is appropriate. Application support must be verified individually. A general claim that an application uses SSO is not enough because the protocol, redirect behavior, claim requirements and logout handling can differ substantially between products.
SCIM and identity lifecycle
SCIM support can help automate identity data exchange in supported integrations. Procurement and security teams should still define the authoritative source of identity, how new users are provisioned, how role changes propagate and how quickly access is removed when a user leaves. Authentication architecture is strongest when technical federation and joiner-mover-leaver processes are designed together.
Business environments where FortiAuthenticator may fit
Multi-branch organisations
Central identity can support consistent authentication across branches, provided WAN resilience, directory reachability and distributed authentication design are addressed.
Remote-access environments
VPN users can be placed behind stronger identity verification, with factor choice and recovery processes adapted to remote work patterns.
Campus and enterprise Wi-Fi
RADIUS and 802.1X authentication can support controlled access for users and devices in compatible wired and wireless infrastructure.
Fortinet Security Fabric users
Organisations using FortiGate and related Fortinet systems may use FortiAuthenticator to add identity and authentication context to security policies.
Certificate-driven access
PKI functions can support certificate-based VPN or network authentication where the organisation has clear issuance, revocation and endpoint ownership policies.
Mixed vendor networks
Standards-based authentication can extend beyond Fortinet where third-party devices or applications support the required RADIUS, LDAP or federation protocols.
Integration and operational considerations
Authentication infrastructure should be treated as a critical service because login failures can affect many other systems at once. Before deployment, document every relying system, the protocol it uses, expected timeout behavior and its fallback path. Network firewalls between FortiAuthenticator, directories, FortiGate devices, applications, DNS, NTP and external services must allow only the required communication. Time accuracy is especially important for certificates, one-time passwords and federated authentication.
Logging is another design requirement. Decide which authentication events are retained locally, which are sent to a central log or SIEM platform, and which teams can access them. Identity logs may contain usernames, source addresses, application names and other sensitive operational information, so retention and access should follow the organisation’s policy. For troubleshooting, logs need enough detail to distinguish a bad password from a directory lookup problem, token issue, certificate error or federation mismatch.
Change management is equally important. A new authentication rule can prevent access to an entire application or administrator group if rolled out without testing. Keep a documented break-glass method where appropriate, restrict its use, and test it periodically. Firmware, token services, identity connectors and certificates also have lifecycles. Treat FortiAuthenticator as an operational platform that requires ongoing review rather than a one-time installation.
Questions to resolve before requesting a quotation
Count local and remote users according to the intended architecture, not just current VPN users.
List FortiGate, VPN, switches, wireless, applications, admin consoles and third-party clients.
Identify Active Directory, LDAP, cloud identity providers and any separate contractor or guest stores.
Choose between supported token, push, OTP, certificate or FIDO methods based on users and risk.
Authentication criticality, site topology and recovery goals should determine HA design and licensing.
Infrastructure ownership, data location, operations skills and required features influence this choice.
Procurement checklist for a clean bill of materials
How FourTeck can assist with FortiAuthenticator planning
FourTeck can help turn an authentication objective into a procurement-ready requirement. The first step is usually to clarify the current identity environment and intended use cases: for example, whether the project is focused on VPN MFA, administrative authentication, wireless 802.1X, Fortinet Single Sign-On, SAML application access, certificate services or a combination. From there, the user count and deployment form can be matched to a suitable FortiAuthenticator option without assuming that specifications from one hardware model apply to another.
For projects that involve FortiGate or broader security infrastructure, FourTeck can also discuss how identity fits into the wider design. Visit the FourTeck security product portfolio to review related technologies, or see technology implementation services when configuration, migration or deployment assistance is required. These services should be scoped in the quotation rather than assumed to be included with a product license.
A useful request for quotation includes user numbers, expected growth, MFA method, current directories, relying systems, HA expectations, required support term and delivery destination. FourTeck can then coordinate model selection, license review, optional token quantities, support requirements and implementation scope. For a project discussion, use the FourTeck UAE contact page.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the specific FortiAuthenticator appliance, VM license, subscription, FortiToken quantity or support requirement you need. Availability can depend on model, license, region, quantity and vendor lead time. A generic FortiAuthenticator request does not establish the exact bill of materials because different deployments can require different user capacities, hardware platforms, subscriptions and supporting components.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Where installation, configuration, directory integration, SAML setup, MFA enrolment, certificate work or migration is required, include that scope in the quotation. This makes responsibilities, dependencies and testing requirements clearer for both the technical and procurement teams.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate FortiAuthenticator requirement review, quotation and project planning for organisations operating in Dubai, Abu Dhabi, Sharjah and Ajman. Share the deployment location, user population, intended authentication use cases and any installation or configuration expectations. Physical delivery, virtual licensing and project scheduling should be confirmed against the exact requirement rather than assumed from the product family name.
Support planning after deployment
Authentication systems change as users, applications, certificates and security policies evolve. Plan for administrator access, firmware and support entitlement, license renewals where applicable, token lifecycle, certificate renewal, directory changes, monitoring and troubleshooting. FourTeck can discuss ongoing support coordination based on the services required in your environment.
GCC Availability
For GCC projects, FourTeck can help organisations review a FortiAuthenticator requirement before procurement, including the intended authentication services, deployment form, user capacity, license approach, FortiToken quantities and integration scope. This can be useful for projects spanning the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman where a common identity architecture is desired but procurement and implementation conditions may differ by location. The team can also discuss quotation coordination, configuration scope, installation planning, renewal guidance and the information needed for regional rollouts. For Kuwait-related technology enquiries, buyers can also review FourTeck Kuwait resources.
Product availability, licensing, delivery schedules, service visits, project scope and vendor lead times can vary by country, model, quantity and requirement. Before requesting a regional quotation, provide the destination country, exact FortiAuthenticator product or service needed, quantity, user capacity, license term, deployment location and expected timeline. FourTeck can then help coordinate the requirement without assuming local stock, fixed delivery dates, customs outcomes or identical licensing conditions across all GCC markets.
Africa Availability
Organisations planning FortiAuthenticator deployments in Africa can use FourTeck to review products, licenses, tokens, subscriptions and technical scope before placing an order. This is particularly useful when the authentication design must serve offices in different regions, where directory connectivity, internet availability, power conditions, support expectations and implementation resources may vary. FourTeck can assist with requirement clarification, model or VM selection, license sizing, configuration scope, support planning and regional procurement coordination. Buyers researching East African projects can review FourTeck Kenya, FourTeck Uganda and the broader FourTeck Africa technology site.
Availability and fulfilment can depend on destination, exact model, quantity, license region, power or regulatory requirements, shipping arrangements, vendor lead time, installation scope and local project conditions. To receive practical guidance, share the destination country, required FortiAuthenticator deployment, expected user count, quantity, preferred schedule and any installation or support expectations. FourTeck will use those details to discuss suitable options without promising local inventory, immediate shipment, customs results or country-wide onsite coverage.
Related technologies and services to consider
FortiToken
Evaluate mobile or hardware token options when the project requires token-based MFA. Token licensing and quantities should be confirmed separately.
FortiGate
FortiAuthenticator can supply identity and authentication services to FortiGate in supported designs, including FSSO and remote-access authentication.
FortiAuthenticator Cloud
A cloud-delivered identity option may be relevant where buyers prefer hosted operation. Feature differences versus appliance and VM should be reviewed.
Configuration and migration
Include discovery, integration, testing and rollout services when moving authentication from an existing platform or introducing MFA broadly.
What buyers are trying to understand before choosing an authentication platform
Is FortiAuthenticator only for Fortinet networks?
No. FortiAuthenticator integrates closely with the Fortinet Security Fabric, but Fortinet also documents standalone use with third-party environments through standards such as RADIUS, LDAP, SAML and OAuth/OIDC. This matters for organisations that have a mixed network estate. A company may use FortiGate at the perimeter, third-party wireless infrastructure, Microsoft Active Directory for user identities and SaaS applications that consume SAML. The product can participate in that broader identity path if each relying system supports a compatible protocol. Buyers should create an integration list rather than judging compatibility by brand name alone.
What is the difference between central authentication and single sign-on?
Central authentication means multiple systems send authentication requests to a common service or identity layer. Single sign-on aims to reduce repeated interactive logins by reusing trusted identity or federation information. FortiAuthenticator can participate in both. For example, RADIUS may centralize network authentication while SAML may provide application SSO. Fortinet Single Sign-On can also communicate user identity to FortiGate so policy can reference who is using an IP address. These are related but different functions, and the project should identify which problem each integration is intended to solve.
How should a business estimate FortiAuthenticator capacity?
Start with the exact licensing metric and the architecture, not a guess based on employee headcount. For VM deployments, Fortinet documents user-based licensing, and other configuration limits are related to the licensed user scale. Hardware appliances have model-specific capacities. The organisation should consider present users, contractors, remote identities, future growth and HA nodes. Peak authentication behavior may also influence architecture even when licensing is primarily user based. FourTeck can help turn those numbers into a model and license shortlist.
Why buyers ask about FortiToken licensing
The authentication server and the MFA credential are separate commercial considerations. Fortinet documents FortiToken Mobile and hardware token options, and token purchases may be separate from the core FortiAuthenticator platform. Buyers should identify how many users need MFA, whether every user needs the same factor, how tokens will be activated, and what happens when a phone is replaced or a token is lost. This prevents a quotation from covering the server while omitting the credentials users actually need.
Can it work with Microsoft 365 and cloud identity?
Fortinet documents SAML and federation examples involving Microsoft cloud identity and Microsoft 365. The correct design depends on which system acts as the IdP, where MFA is enforced, how users are synchronized and what claims the application expects. Do not assume that every Microsoft 365 scenario uses the same configuration. Confirm tenant identity architecture, domains, certificates and whether FortiAuthenticator is intended to be an IdP, service provider or proxy in the login flow.
What does an HA design really require?
FortiAuthenticator supports active-passive clustering and a distributed load-balancing approach for applicable designs, but HA is not merely a checkbox. Nodes require appropriate licenses, active-passive clustering has Layer 2 communication requirements, and not every feature synchronizes in the distributed load-balancing mode. Decide whether the requirement is local failover, geographic distribution, scale for two-factor authentication or a combination. Then size and license the architecture accordingly.
Instead of asking only for “FortiAuthenticator price,” map one or two real login flows. Example: remote employee → FortiGate VPN → FortiAuthenticator → Active Directory → FortiToken. Or network administrator → switch → TACACS+ → FortiAuthenticator → directory group. These flows reveal the protocols, licenses, user sources, network paths and fallback requirements that determine the actual solution.
Decision questions that prevent a wrong purchase
Should we choose a hardware appliance or FortiAuthenticator-VM?
Choose based on infrastructure policy, user capacity, operational ownership and resilience requirements. Hardware can provide a dedicated appliance model, while VM can fit organisations that already operate supported virtualization or cloud infrastructure. VM licensing may be perpetual or subscription based. The decision should also include HA licensing, hypervisor or cloud support, backup responsibilities and the team that will maintain the underlying platform.
Can we keep Active Directory as the main user database?
Yes, FortiAuthenticator can integrate with remote LDAP and Active Directory sources. The design should specify whether users are synchronized, queried remotely or combined with local identities. Directory connectivity and group structure become dependencies, so test lookup performance, service-account permissions, certificate trust for secure LDAP where used, and what happens if the directory is temporarily unavailable.
Do all users need the same second factor?
Not necessarily. Different user populations can have different risk and usability needs. Privileged administrators, ordinary employees, contractors and guests may not require identical methods. The project should establish which methods are permitted and how exceptions are approved. Token inventory, mobile-device policies, FIDO hardware, SMS gateways and recovery procedures can all affect the bill of materials and support workload.
What should be tested before production rollout?
Test authentication success and failure, group mapping, token enrolment, password changes, lost-token recovery, directory outage behavior, certificate trust, SAML claim mapping, clock skew, logging, failover and break-glass access. A pilot should include representative users and at least one person from the service desk so operational procedures are validated along with the technical configuration.
How do we prepare for a useful UAE price request?
Send the deployment type if known, expected user count, required quantity, token type and quantity, support term, HA requirement, target applications, directory source and whether implementation services are needed. If you are unsure of the model, send the business requirement instead. FourTeck can use those inputs to discuss a suitable configuration rather than quoting an arbitrary SKU that may not fit.
When should we consider FortiAuthenticator Cloud instead?
A cloud-delivered approach may suit organisations that want hosted IAM operation and prefer a service model over maintaining an appliance or VM. However, the cloud product does not have identical feature coverage to appliance/VM in every area. Confirm required functions such as TACACS+, HA design, token model, network integration and administration before deciding that cloud and on-premises options are interchangeable.
Why businesses contact FourTeck for FortiAuthenticator
The value of procurement assistance is mainly in getting the requirement right. FortiAuthenticator spans hardware, virtual and cloud deployment approaches, multiple authentication protocols, token options, user licensing, certificate services and HA designs. A buyer can easily receive a technically valid SKU that still does not match the intended authentication workflow if user counts, token quantities or dependencies are missing.
FourTeck can help clarify model and license selection, review the bill of materials, discuss compatibility questions, coordinate quotation and define implementation scope. Where the project touches firewall access, the Fortinet firewall solutions page provides related context. For company background and technology coverage, see about FourTeck.
This approach avoids unsupported promises about stock, price, delivery dates or compatibility. Current availability and commercial terms should be confirmed against the exact destination, product, quantity, license and support requirement.
Frequently asked questions about FortiAuthenticator
What is FortiAuthenticator used for?
FortiAuthenticator is used to centralize identity and access management functions such as user authentication, authorization, MFA, SSO, RADIUS/TACACS+ services, directory integration, user identification and certificate management. The exact functions used depend on the chosen deployment and project design.
Does FortiAuthenticator require FortiGate?
No. It integrates closely with FortiGate and the Fortinet Security Fabric, but Fortinet also supports standards-based use with compatible third-party systems through protocols such as RADIUS, LDAP, SAML and OIDC.
Which deployment forms can I consider?
Fortinet documents physical appliance, virtual-machine and cloud/hosted approaches. Capabilities and licensing are not identical across all forms, so the required authentication services should be mapped before a deployment type is selected.
Does FortiAuthenticator support MFA and FortiToken?
Yes. FortiAuthenticator supports multi-factor authentication including FortiToken options and other supported methods. Token licenses, token quantities and messaging services may be separate purchases and should be confirmed in the quotation.
Can FortiAuthenticator integrate with Active Directory or LDAP?
Yes. FortiAuthenticator can integrate with remote LDAP and Active Directory identity sources. Directory structure, secure connectivity, group mapping and availability should be tested for the intended authentication workflow.
Can it provide SAML or OIDC single sign-on?
FortiAuthenticator supports SAML IdP and IdP proxy functions and OIDC provider capabilities in documented configurations. Application compatibility, claims, certificates and IdP/SP roles must be confirmed for each integration.
Is high availability supported?
Yes. FortiAuthenticator supports active-passive clustering and a load-balancing architecture for applicable use cases. HA requires topology planning and separate licensing considerations, and distributed load balancing does not synchronize every feature.
How is FortiAuthenticator-VM licensed?
Fortinet documents perpetual and subscription licensing for FortiAuthenticator-VM. User capacity, support entitlement, HA nodes and additional token or SSO licenses should be reviewed for the exact design before ordering.
What should I provide for a UAE quotation?
Provide the deployment preference, expected user count, authentication protocols, directory source, MFA method and token quantity, HA requirement, support term, destination and any configuration or migration scope. FourTeck can then help identify a suitable bill of materials and confirm current UAE availability.
Build the FortiAuthenticator requirement before buying
Share your users, directories, authentication services, MFA method, HA needs and deployment preference. FourTeck can help with model and license selection, quotation coordination and implementation scope for Dubai and the UAE.