Fortinet Web Application Security in Dubai, UAE
Protecting an internet-facing application requires controls that understand HTTP, APIs, user behaviour and application logic rather than relying only on a network firewall. Fortinet addresses this requirement through FortiWeb and FortiAppSec Cloud, giving organisations different ways to protect applications and APIs across data-centre, virtualised, public-cloud, hybrid and cloud-delivered environments. FourTeck helps buyers turn this broad product category into a practical architecture, exact model or subscription, and deployment plan.
Start with the application, not the appliance
Share where the applications run, how many domains and APIs are exposed, expected traffic, encryption requirements and whether you prefer self-managed or cloud-delivered protection.
Hardware, VM, public cloud, container or cloud-delivered service depending on the platform.
Protection is designed around web requests, APIs, bots, malicious payloads and application behaviour.
Capabilities and commercial terms can vary by platform, bundle, subscription and term.
Application count, traffic, availability design and management preference should be confirmed first.
Direct answer: what does Fortinet web application security cover?
Fortinet web application security is a portfolio-level way of protecting websites, web applications and APIs from threats that target the application layer. FortiWeb is Fortinet’s web application firewall platform and is available across hardware, virtual, public-cloud and container deployment models, while FortiAppSec Cloud provides a cloud-delivered platform for web application and API security with additional services consolidated into a unified interface. Organisations should consider this category when critical business applications are exposed to customers, partners, mobile applications or public APIs. Before buying, confirm application architecture, expected traffic, SSL/TLS handling, API usage, bot exposure, high-availability needs, management model, licensing bundle and deployment region.
What it does
A web application security layer sits in the path of HTTP and HTTPS traffic or is delivered as a cloud service in front of the protected application. It evaluates requests and responses using controls designed for application-specific threats. Fortinet positions FortiWeb for protection against web application attacks, API attacks, malicious bots and other application-layer risks, with machine-learning-assisted detection and threat analytics. The role is different from a perimeter firewall: a network firewall decides which connections are permitted, while a WAF analyses the content and behaviour of allowed web traffic in greater depth.
For a buyer, the practical objective is to reduce exposure without causing unacceptable false positives or interrupting legitimate users. That means policy tuning, application learning, TLS certificate planning, logging and change control are as important as the product itself.
Who should consider it
This category suits organisations that publish customer portals, ecommerce systems, online booking services, ERP or CRM web front ends, payment pages, partner portals, mobile application APIs, SaaS applications or internet-facing business systems. It is especially relevant where the application handles sensitive data, where automated abuse is a concern, or where development teams need a security control that can help reduce exposure while application fixes are being planned.
It is not automatically the right purchase for every website. A simple low-risk site may have different requirements from a transaction platform or API ecosystem. Buyers should base the decision on business impact, application criticality, threat exposure, regulatory obligations, traffic and operating model.
Business problems the platform is intended to address
Application security becomes difficult when valid internet traffic and malicious traffic use the same allowed web ports. The following situations explain why organisations evaluate dedicated web application and API protection rather than relying solely on network-level security.
Public attack surface
Internet-facing applications must accept requests from untrusted networks. A WAF evaluates that permitted traffic for exploit patterns, unusual behaviour and policy violations before it reaches the application.
API growth
Mobile apps, partner integrations and modern web services expose APIs that can be abused even when the front-end website appears secure. Discovery, visibility and API-specific protection become part of the design.
Automated abuse
Bots can scrape content, test credentials, overwhelm forms or imitate legitimate users. Bot mitigation must distinguish useful automation from harmful automation rather than simply block all non-human traffic.
Operational noise
Security teams need useful prioritisation, not an endless stream of undifferentiated alerts. Analytics, context and workflow design determine whether application security remains manageable after deployment.
Core capabilities to evaluate
Web application firewalling
Inspection and enforcement for application-layer attacks, including risks represented in the OWASP Top 10, with policy and learning behaviour that requires appropriate tuning.
API security
Discovery and protection of APIs used by web, mobile and B2B applications. Buyers should confirm how APIs are published, authenticated, versioned and monitored.
Bot defence
Detection and mitigation of malicious automation while allowing legitimate business bots. Advanced bot functions may depend on the selected platform and service bundle.
Threat analytics
Correlation and prioritisation help analysts understand which events need attention. Operational value depends on logging, retention, integrations and staffing.
Client-side visibility
Current Fortinet application-security offerings include client-side protection capabilities for risks that occur in browser-executed scripts. Scope depends on product version and service.
Which Fortinet approach fits your environment?
| Buyer need | Option to consider | Main selection factor |
|---|---|---|
| Dedicated on-premises application protection | FortiWeb hardware appliance | Protected throughput, interfaces, resilience design and service bundle |
| Virtualised data centre | FortiWeb VM | vCPU sizing, hypervisor support, traffic profile and license model |
| Public-cloud deployment with customer control | FortiWeb in public cloud | Cloud architecture, BYOL or marketplace terms, routing and scaling approach |
| Containerised workloads | FortiWeb container appliance | Container platform support, capacity and architecture |
| Cloud-delivered WAAP with unified service management | FortiAppSec Cloud | Application onboarding, service scope, cloud routing, licensing and operational model |
The matrix is a starting point rather than a product recommendation. Hybrid estates can use more than one deployment model, and an organisation may deliberately choose a cloud-delivered service for externally hosted applications while keeping a self-managed FortiWeb deployment for data-centre workloads. FourTeck can help map each application to the appropriate option instead of forcing one form factor across every environment.
Buyer information table
| Topic | Fortinet Web Application Security |
|---|---|
| Page type | Product category / application-security portfolio guidance |
| Main purpose | Protect web applications and APIs from application-layer threats, malicious bots and abusive traffic while supporting security operations. |
| Primary platforms | FortiWeb and FortiAppSec Cloud. Exact deployment options and features should be confirmed for the required version and subscription. |
| Deployment types | Hardware appliance, virtual machine, public cloud, container and cloud-delivered service, depending on the selected Fortinet platform. |
| Typical environments | Data centres, virtualised infrastructure, public cloud, hybrid cloud, multi-cloud and internet-facing application estates. |
| Sizing factors | Protected throughput, SSL/TLS workload, application and API count, request rates, availability design, traffic peaks and security modules. |
| License guidance | License and subscription structure is platform dependent. FortiGuard application-security services can be purchased in bundles or, for some services, separately. Confirm current ordering policy. |
| Integration considerations | DNS, certificates, routing, load balancers, identity, logging/SIEM, cloud architecture, DevSecOps processes and other Fortinet controls where relevant. |
| Availability guidance | Contact FourTeck to confirm current UAE availability, subscription terms, cloud-marketplace options and hardware lead times. |
| Important note | Do not select a FortiWeb model or FortiAppSec Cloud subscription using category-level figures alone. Build the quotation from the actual protected applications and traffic profile. |
Configuration, licensing and compatibility dependencies
Do not assume that every feature is standard across every FortiWeb or FortiAppSec Cloud option. Fortinet uses different form factors, licenses, subscriptions and service bundles. Some security services are subscription dependent, public-cloud licensing can be marketplace or bring-your-own-license dependent, and virtual appliance sizing can be tied to vCPU entitlement. Application count, requested throughput, bot-protection level, analytics, support and other services must be matched to the ordering structure in force at the time of purchase.
Compatibility should also be treated as an architecture question. Confirm supported hypervisor or cloud platform versions, certificate handling, DNS changes, reverse-proxy topology, upstream and downstream load balancing, API protocols, authentication flows and source-IP requirements. If an application uses WebSockets, non-standard ports, client certificates, custom headers, long-running sessions or unusual authentication, those behaviours should be tested during design rather than discovered after cutover.
A practical purchase and deployment journey
Inventory the apps
List domains, virtual hosts, APIs, environments, public IPs, cloud accounts and owners. Mark which services are business critical and which handle sensitive data.
Measure traffic
Collect normal and peak throughput, requests per second where available, TLS usage, upload sizes and seasonal or campaign-related peaks.
Select architecture
Decide whether hardware, VM, public-cloud, container or cloud-delivered protection best fits ownership, routing, resilience and operations.
Build the BOM
Translate the design into exact models, vCPU entitlement, subscriptions, service bundles, support and any required implementation scope.
Pilot and tune
Onboard representative applications, observe legitimate traffic, validate blocking decisions and tune policies before broad enforcement.
Application-aware protection without treating every request the same
The central value of a dedicated WAF is that it inspects application traffic with more context than a conventional port-and-protocol rule. A request to a login page, an API endpoint or a file-upload function can be evaluated against policies intended for that application. FortiWeb uses multiple detection approaches, including machine-learning-based application modelling, to identify malicious patterns and reduce the operational burden associated with purely manual learning. For buyers, this means the product should be evaluated on both protection and manageability: high detection value is lost if legitimate users are regularly blocked or if analysts cannot understand why a request was denied.
Deployment therefore needs an observation and tuning period. Security teams should identify high-value URLs, authentication flows, administrative paths, file uploads and API endpoints, then confirm expected user behaviour. Production changes also need a process because application releases can introduce new parameters, paths and response patterns. A WAF is not a substitute for secure coding, vulnerability management or penetration testing; it is a complementary control that helps reduce the attack surface while those disciplines continue.
When comparing options, ask how policy learning works, how exceptions are documented, whether staging and production can be managed consistently, and how logs are exported to the wider security operations platform. These questions are more useful than asking only how many signatures are included.
API visibility and protection for modern application estates
Many organisations now expose more APIs than traditional web pages. Mobile applications, customer portals, partner integrations, payment services and internal microservices may all depend on APIs, and those endpoints can create a significant attack surface. Fortinet lists API discovery and protection as a core FortiWeb use case, while FortiAppSec Cloud consolidates web application and API protection in its cloud-delivered service model. The buyer question is not simply “does it protect APIs?” but “which APIs exist, how are they authenticated, who consumes them, and what behaviour should be allowed?”
Before deployment, document API hostnames, gateways, versions, authentication methods, rate expectations, payload formats and sensitive endpoints. Shadow or undocumented APIs deserve special attention because security teams cannot protect assets they do not know about. API discovery can help identify exposure, but ownership and remediation still require coordination between security, development and application teams.
For a practical design, decide whether the WAF will sit before or after an API gateway, how client identity will be preserved, and whether rate controls or schema checks belong at the WAF, gateway or both. Avoid duplicate controls that create inconsistent troubleshooting. FourTeck can assist with architecture review and quotation preparation, while application owners should remain responsible for defining correct business behaviour.
Bot defence, threat analytics and operational control
Not every automated client is hostile. Search crawlers, monitoring tools, payment services and business integrations can be legitimate, while credential stuffing, scraping, inventory abuse and high-volume form submission can be harmful. Fortinet’s web application security portfolio includes bot-defence capabilities intended to distinguish malicious automation from acceptable use. Advanced bot protection may depend on the selected service or bundle, so buyers should define the problem before ordering. An ecommerce site worried about account takeover has different bot requirements from a content site concerned mainly with scraping.
Threat analytics is equally important because application-security events often arrive in volume. The security team needs enough context to prioritise incidents, identify affected applications and understand whether activity is persistent or isolated. Fortinet currently positions threat analytics and FortiAI-Assist as tools that can help analysts investigate and prioritise events. These features should be assessed as operational aids rather than autonomous replacements for security expertise. Logging destinations, retention, SOC workflow, escalation procedures and administrator access control still require explicit design.
For organisations with multiple applications, central management and consistent policy become more important as the estate grows. Ask how application groups, administrators, templates and reporting will be organised before onboarding dozens of services. A clear ownership model prevents a technically capable platform from becoming difficult to govern.
Where Fortinet web application security can fit
Ecommerce and payment services
Protect storefronts, login flows, APIs and payment-related pages. Confirm PCI DSS responsibilities, client-side protection needs, peak-event traffic and third-party integrations.
Customer and partner portals
Reduce exposure around authentication, file upload, account functions and B2B APIs while keeping legitimate users available during policy tuning.
SaaS platforms
Apply consistent web and API protection across tenant-facing services. Operational ownership, automation and change-management processes are key design factors.
Government and regulated services
Support a layered security architecture for public digital services. Regulatory mapping, logging, data handling and deployment region must be assessed separately.
Hybrid and multi-cloud applications
Choose between customer-managed FortiWeb instances and a cloud-delivered platform according to routing, operations, residency and resilience requirements.
Integration and operational considerations
The WAF normally becomes part of the application delivery path, so network and application teams must agree on the traffic flow. Confirm whether DNS will point to the WAF or cloud service, whether the WAF terminates TLS, whether traffic is re-encrypted to the origin, and how the original client IP is preserved. If a load balancer, CDN or reverse proxy already exists, document the order of services because the location of each control affects certificates, headers, health checks and troubleshooting.
High availability should be designed from the application’s recovery objectives. An appliance pair may be appropriate for a data centre, while public-cloud or SaaS designs use different resilience mechanisms. Do not assume that purchasing two devices or two licenses automatically creates an available service; routing, state, monitoring and failover behaviour must be tested.
Security operations should define log ownership, alert thresholds and response paths. Application teams need a way to request exceptions without creating permanent broad bypasses. DevOps teams may need automation around deployment and policy updates. Procurement teams should understand which subscriptions renew annually or over multi-year terms and what happens when the service term expires. The successful deployment is the one that fits the organisation’s operating model, not simply the one with the largest throughput figure.
Questions to resolve before requesting a quote
Procurement checklist
☐ Confirm the preferred Fortinet platform: FortiWeb or FortiAppSec Cloud.
☐ Record exact protected application, domain and API counts.
☐ Provide normal, peak and growth traffic estimates.
☐ Identify TLS certificate, cipher and re-encryption requirements.
☐ Confirm hardware, VM, public-cloud, container or SaaS deployment model.
☐ Define high-availability and disaster-recovery expectations.
☐ Confirm bot, API, analytics and client-side protection requirements.
☐ Identify logging, SIEM and incident-response integration needs.
☐ Validate hypervisor, cloud marketplace and network compatibility.
☐ Confirm required subscription bundle and term.
☐ Include installation, onboarding, policy tuning or migration scope if needed.
☐ Confirm current UAE availability and vendor lead time before scheduling.
How FourTeck can assist with planning and quotation
FourTeck can help translate a broad requirement such as “we need Fortinet WAF” into a quotation that procurement and technical teams can evaluate. The process can include application inventory review, architecture discussion, platform comparison, sizing inputs, license and bundle clarification, high-availability planning and implementation-scope definition. Where the customer already uses Fortinet infrastructure, the discussion can also consider useful integration points without assuming that every existing Fortinet product automatically integrates in the same way.
For a new deployment, FourTeck can help prepare the bill of materials and identify what must be supplied by the customer, such as DNS access, certificates, origin-server information, cloud permissions, test applications and change windows. For migration, the old WAF policy should be reviewed rather than copied blindly because legacy exceptions may no longer be required. Buyers can also discuss onboarding, configuration, tuning, documentation and support coordination as separate quotation items so the scope remains clear.
Explore related FourTeck security services or business firewall and security products when the application-security project is part of a wider infrastructure refresh.
UAE availability and support guidance
Fortinet web application security availability in the UAE can depend on the required FortiWeb model, virtual license size, service bundle, cloud marketplace, subscription term, quantity and vendor lead time. A category page cannot confirm that a particular appliance, renewal or subscription is immediately available. Contact FourTeck with the exact requirement so the current ordering path can be checked. Hardware purchases should include the correct support and security-service term, while virtual and cloud deployments need the correct entitlement for the intended compute size and deployment platform. If installation or configuration assistance is required, include that work in the quotation so ownership, testing and handover expectations are clear before the project starts.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
Organisations operating in Dubai, Abu Dhabi, Sharjah and Ajman can discuss Fortinet web application security requirements with FourTeck as a single UAE project rather than creating different product decisions for each city. The important variables are where the protected applications are hosted, where users enter the service, how DNS and connectivity are designed, and whether any on-premises appliance work is required. A central cloud application may need only one application-security architecture even when users and offices are distributed across the Emirates, while separate data-centre or branch-hosted applications may need additional design work. Share the application locations, public IPs, cloud regions, preferred maintenance windows and any on-site dependencies so quotation and deployment coordination can reflect the real environment.
GCC Availability
FourTeck can assist organisations evaluating Fortinet web application security for GCC projects by reviewing the application estate, preferred FortiWeb or FortiAppSec Cloud approach, license structure, required service term and deployment scope before a quotation is finalised. This is useful for businesses operating across the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman where application hosting, cloud regions, purchasing entities and local project requirements may differ. Product availability, license eligibility, delivery schedules, service visits and vendor lead times can vary by destination, exact model, quantity and requirement. For regional planning, provide the destination country, protected application count, required deployment model, expected traffic, preferred license term, data-centre or cloud location and target project window. FourTeck can then coordinate requirement clarification and commercial guidance without assuming that one country’s availability, lead time or service scope automatically applies to another.
Africa Availability
For organisations planning Fortinet web application and API protection in Africa, FourTeck can help structure the requirement before procurement by comparing deployment models, identifying license and subscription dependencies, reviewing application hosting locations and discussing implementation or support expectations. Projects in East Africa, including Kenya and Uganda, as well as other African regions can involve different connectivity, cloud, shipping, power, regulatory and onsite-service conditions, so the bill of materials should be validated for the destination rather than copied from a UAE project. Availability and fulfilment may depend on the exact FortiWeb model, virtual appliance size, FortiAppSec Cloud subscription, quantity, license region, vendor lead time and local project conditions. Share the destination country, application architecture, expected traffic, quantity, desired deployment schedule and any installation or support needs. FourTeck can then provide appropriate procurement and project guidance, including regional coordination through FourTeck Africa where relevant.
Related products, services and alternatives to evaluate
Fortinet FortiGate
A next-generation firewall can protect networks and provide upstream controls, but it does not replace a purpose-built WAF for application-layer security. Review both layers where appropriate.
Application-security deployment services
Include architecture review, onboarding, TLS planning, policy tuning, migration and documentation when internal resources or change windows are limited.
Wider cybersecurity portfolio
Application security may need to work with network security, endpoint, email, identity, logging and secure-access controls as part of a broader programme.
Requirement-led alternative review
If Fortinet is not mandated, FourTeck can discuss other suitable WAF or application-security approaches based on architecture, operations and commercial constraints.
Why businesses contact FourTeck for this category
The difficult part of a web application security purchase is usually not finding a product name. It is defining the application scope accurately enough to avoid under-sizing, over-buying or choosing the wrong deployment model. FourTeck can help buyers separate FortiWeb hardware, FortiWeb VM, public-cloud deployment and FortiAppSec Cloud choices; identify which facts need vendor or ordering-guide confirmation; and convert technical requirements into an understandable bill of materials.
FourTeck can also help procurement teams ask the technical questions that affect cost: number of protected applications, traffic profile, vCPU size, subscription term, support bundle, advanced bot requirements, project services and deployment location. For technical teams, planning can cover topology, TLS, DNS, logging, onboarding, testing and documentation. This is practical assistance rather than a guarantee of compatibility or availability. The final design should always be validated against the actual application and current Fortinet licensing policy. Learn more about FourTeck or send the requirement through the security consultation contact page.
What buyers are trying to understand before selecting a WAF
A common starting question is whether a FortiGate firewall is enough to protect a public website. The practical answer is that network and application firewalls perform different jobs. A network firewall controls connectivity and can inspect many forms of traffic, while FortiWeb is designed specifically to protect web applications and APIs at the application layer. Businesses with customer logins, transaction functions, upload forms, APIs or sensitive web services usually need to evaluate application-specific protection separately rather than assume that an open HTTPS port is adequately controlled by the perimeter firewall.
Another frequent question is whether FortiWeb should be purchased as hardware or deployed virtually. Hardware gives a dedicated appliance form factor and can fit data-centre designs where traffic is routed through physical network interfaces. Virtual deployment can align better with private-cloud, virtualised and public-cloud infrastructure, but the correct license size must match the allocated compute and performance requirement. Fortinet currently lists FortiWeb VM options from 1 vCPU upward and supports public-cloud deployment in major cloud marketplaces. The decision should consider operations, scaling, resilience, cloud costs and where the application actually runs rather than treating virtualisation as automatically cheaper or hardware as automatically faster.
Cloud-delivered application security creates a different buying question: FortiAppSec Cloud is designed as a SaaS platform that consolidates web application and API security, bot protection, threat analytics and DDoS mitigation in a unified interface. This model can reduce the infrastructure that the customer has to operate, but onboarding still changes the traffic path and requires DNS, origin, certificate and policy planning. Organisations should verify data-flow and regional requirements, especially where regulated applications or specific cloud regions are involved.
Buyers also ask whether WAF protection can stop zero-day attacks. Fortinet states that FortiWeb uses machine-learning techniques to detect unknown and emerging application threats. That capability can strengthen protection, but no WAF should be presented as a guarantee against every new attack. Security effectiveness depends on architecture, enabled controls, software versions, policy tuning, threat intelligence and ongoing operations. The organisation still needs secure development, vulnerability management, patching, access control and incident response.
API protection is another high-value comparison point. Modern applications may expose hundreds of endpoints, and an API can be reachable even when it is not obvious in the website interface. Before requesting a quote, the application team should inventory API gateways, mobile back ends, partner APIs and machine-to-machine services. Identify authentication methods, expected clients, request volumes and high-risk actions. This information helps determine whether API discovery and protection are central requirements rather than optional features that are never properly configured.
Price research for WAF projects is often misleading because search results mix hardware-only appliances, one-year service bundles, three- or five-year bundles, virtual licenses with different vCPU sizes, renewals and discontinued cloud SKUs. The more useful commercial question is “what exact bill of materials protects our applications for the required term?” FourTeck can structure the quotation around exact model or subscription, support, security services and implementation scope. This prevents procurement from comparing unlike items simply because they all contain the words FortiWeb or WAF.
Finally, buyers often want to know how long onboarding takes. There is no responsible universal answer because application complexity varies significantly. A simple public site with predictable traffic differs from a financial portal using APIs, client certificates, payment scripts and multiple origin services. Plan time for architecture review, certificate preparation, DNS or routing changes, learning, exception handling, user acceptance testing and rollback. The correct goal is a controlled transition that protects legitimate traffic while progressively enforcing security policies.
Questions that improve the final design
Should the WAF sit before or after the load balancer?
There is no single topology for every application. The answer depends on TLS termination, source-IP preservation, health checks, scale and whether the load balancer or WAF needs to see decrypted traffic. Map the current request path first. If a CDN or reverse proxy is also present, include it in the diagram so header trust and certificate ownership are explicit.
How should we size FortiWeb if traffic varies?
Use peak protected traffic plus realistic growth, not only monthly averages. TLS processing, request complexity, enabled security features and resilience design can affect effective capacity. For virtual appliances, vCPU entitlement and host resources must also be considered. Share real monitoring data with FourTeck so the quotation can be sized around the application rather than user count alone.
Can we use one WAF for many applications?
Often yes, provided capacity and policy design support it. The important issue is isolation and manageability. Applications owned by different teams may require separate policies, certificates, administrator roles and change processes. A large shared platform should be designed so one application’s tuning does not create broad exceptions that weaken another application.
Do we need bot protection if we already use rate limiting?
Rate limiting and bot management solve different problems. Rate limits can reduce excessive request volume, while advanced bot controls attempt to classify automated behaviour and distinguish legitimate automation from abuse. If credential stuffing, scraping or account automation is a known risk, define that use case and confirm which Fortinet service bundle provides the required capability.
What information makes a quotation accurate?
Provide architecture and traffic data. Include application and API count, deployment location, peak throughput, TLS usage, desired form factor, high-availability requirement, service bundle, subscription term and implementation scope. For migration, add the existing WAF product, policy count and any known exceptions. This reduces back-and-forth and helps avoid missing license items.
When should we choose FortiAppSec Cloud instead of FortiWeb?
Consider FortiAppSec Cloud when a cloud-delivered operating model fits the application estate and security team. Consider self-managed FortiWeb when you need direct control over an appliance or VM in your own architecture. Hybrid estates may use both. Data-flow, region, management responsibility, feature needs and commercial model should drive the choice.
Frequently asked questions
What is Fortinet Web Application Security?
It is the Fortinet application-security portfolio used to protect web applications and APIs. FortiWeb provides WAF capabilities across several deployment form factors, while FortiAppSec Cloud provides a cloud-delivered platform for application and API protection.
Is FortiWeb the same as FortiGate?
No. FortiGate is a next-generation network firewall platform. FortiWeb is purpose-built for web application and API protection. They can be complementary controls in a layered architecture.
Can FortiWeb run as a virtual appliance?
Yes. Fortinet provides FortiWeb virtual appliance options and public-cloud deployment choices. The correct vCPU license, supported platform version and performance sizing must be confirmed before purchase.
What is FortiAppSec Cloud?
FortiAppSec Cloud is Fortinet’s cloud-delivered application-security platform. Fortinet describes it as consolidating web application and API security, advanced bot protection, threat analytics and DDoS mitigation in a unified management interface.
Does Fortinet web application security protect APIs?
API discovery and protection are part of Fortinet’s current application-security capabilities. The required API functions and license or service dependencies should be checked against the selected platform and current ordering guide.
Are FortiWeb licenses and security services included with every appliance?
Do not assume this. Hardware, support and FortiGuard application-security services can be packaged in different bundles and terms. Ask FourTeck for an exact bill of materials that identifies what is included and what is optional.
How do we choose the right FortiWeb size?
Use protected throughput, TLS workload, traffic peaks, enabled security functions, resilience requirements and expected growth. For virtual models, also consider vCPU entitlement and host resources. Category-level figures should not replace sizing.
Can FourTeck help with installation and policy tuning?
FourTeck can discuss installation, onboarding, configuration, migration, policy tuning, testing and documentation as part of the quotation. Exact scope depends on the application environment and customer responsibilities.
Is Fortinet Web Application Security available in Dubai?
Contact FourTeck to confirm current UAE availability. Availability can depend on the exact hardware model, virtual license, cloud subscription, bundle, quantity and vendor lead time.
What should we send to get a quotation?
Send the protected application and API count, hosting locations, normal and peak traffic, TLS requirements, preferred deployment model, high-availability needs, desired subscription term and any installation or migration requirement.
Turn the application list into the correct Fortinet design
Send FourTeck your application locations, domain and API count, peak traffic, deployment preference and required security services. We can help identify whether FortiWeb hardware, FortiWeb VM, public-cloud deployment or FortiAppSec Cloud is the better starting point, then prepare an exact quotation and implementation scope for review.