FortiDDoS FDD-400F DDoS Protection Appliance in Africa
Protect the availability of public applications, digital platforms, DNS services, customer portals, data-centre links, and other internet-facing resources with a dedicated inline platform built for distributed denial-of-service detection and mitigation. The appliance is intended for organizations that need continuous traffic learning, rapid response to abnormal behaviour, granular attack visibility, and a procurement process that considers network design rather than model name alone.
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Quick Product Information
Fortinet
FDD-400F
Inline DDoS protection appliance
Protection of internet-facing services and infrastructure
Behavioural learning and anomaly detection
Inline; topology and bypass design are configuration dependent
Subject to current model, region, and supplier status
Selection, quote, delivery, and warranty guidance
Product Overview
A distributed denial-of-service incident is an availability problem before it is anything else. Attack traffic can consume internet capacity, overwhelm routers and firewalls, exhaust connection tables, disrupt DNS resolution, or place excessive demand on a specific application service. The result can be failed customer sessions, inaccessible portals, interrupted payments, unavailable public information, and operational pressure on technical teams. A purpose-built mitigation appliance gives the network a dedicated control point for observing traffic behaviour and separating legitimate demand from attack patterns before protected resources are exhausted.
The FortiDDoS FDD-400F DDoS Protection Appliance is positioned for organizations that want an on-premise or data-centre enforcement layer rather than relying only on broad firewall rules or manual reaction. FortiDDoS technology learns normal traffic characteristics across many parameters and then identifies meaningful deviations. This behaviour-focused approach is valuable when attackers rotate source addresses, combine multiple vectors, use very small packets, or imitate valid protocols. Instead of waiting for an administrator to study packet captures during an active incident, the platform is designed to evaluate traffic continuously and apply mitigation according to learned baselines and configured protection profiles.
The appliance can fit at an internet edge, between an upstream router and a firewall, near a data-centre aggregation point, or within a service-provider protection architecture. The correct position depends on whether the organization is protecting one site, several public subnets, DNS infrastructure, hosted customer services, or a wider network. Placement also affects the required interface media, bypass design, high-availability architecture, routing assumptions, cabling, optics, rack power, and operational ownership. These details should be reviewed before a purchase order is raised because a DDoS platform must be matched to both the traffic level and the physical network path.
For Africa buyers, procurement can involve additional questions around regional availability, import lead time, support entitlement, compatible transceivers, installation planning, and delivery to the final project site. FourTeck supports buyers by collecting the technical requirement, reviewing whether the selected model is appropriate, identifying configuration-dependent items, and preparing a quote that reflects the required appliance, support service, optics, cabling, and related infrastructure. This is especially useful for projects involving banks, telecom operators, government platforms, universities, healthcare systems, hosting providers, online retailers, and enterprises with business-critical internet services.
The most important buying principle is to size the solution around real traffic and risk. Internet bandwidth alone is not enough. Teams should also consider packet rate, protocol mix, protected IP space, expected legitimate bursts, number of protected services, DNS query load, upstream saturation risk, and the ability of the ISP to divert unusually large volumetric attacks. FourTeck can help turn those details into a practical configuration discussion so the proposed system supports the intended business outcome.
Key Business Benefits
◆ Preserve Service Availability
Dedicated mitigation helps reduce the chance that attack traffic will consume resources needed by customers, employees, partners, and public users. For businesses that depend on online transactions, remote access, DNS, digital portals, or hosted applications, availability protection supports continuity and customer confidence.
◆ Faster Operational Response
Continuous learning and automated mitigation reduce dependence on an engineer manually recognizing every attack vector. Technical teams can focus on validation, escalation, upstream coordination, and recovery instead of building emergency access-control lists while services are already under pressure.
◆ Visibility Beyond Basic Bandwidth
A useful DDoS defence must understand packets, protocols, states, sources, destinations, and application behaviour. Detailed dashboards, graphs, alerts, and reports help security and network teams see how an event developed, what was dropped, and which protected resources were targeted.
◆ Protect Legitimate Traffic
Overly broad blocking can interrupt the same services a business is trying to protect. Continuous attack evaluation is intended to distinguish abnormal behaviour more precisely, allowing mitigation policies to target harmful traffic while reducing unnecessary disruption to valid sessions.
◆ Support Multi-Vector Defence
Modern attacks may combine floods, malformed packets, reflection traffic, protocol abuse, and application-focused pressure. A platform that examines traffic across Layers 3, 4, and 7 gives the business a broader response capability than a single threshold or one-dimensional rate limit.
◆ Strengthen Incident Evidence
Forensic reporting and historical views can support incident reviews, management communication, security improvement, and conversations with upstream providers. Better evidence helps teams understand whether a disruption was volumetric, protocol-specific, targeted at DNS, or focused on a particular application path.
◆ Plan Hybrid Protection
On-premise mitigation is most effective within the capacity of the incoming link. When an attack threatens to saturate upstream bandwidth, organizations may need coordinated diversion or cloud scrubbing. FortiDDoS integration options can form part of a wider hybrid defence strategy.
Product Highlights
100% Packet Inspection Approach
FortiDDoS is designed to inspect traffic rather than depend on low-rate sampling. This matters during small-packet floods, where packet-per-second pressure can be severe even when the measured bandwidth appears manageable.
Adaptive Behavioural Baselines
The platform learns expected patterns for protected services and uses deviations from those patterns as part of attack detection. This supports response to known techniques and unusual attack combinations that do not match a simple static signature.
Rapid Mitigation Design
FortiDDoS F-Series capabilities are designed for sub-second mitigation. Actual protection results depend on correct sizing, traffic path, policy design, software level, and whether an attack exceeds the organization’s upstream link capacity.
Protocol-Aware Protection
The FortiDDoS platform includes protection for common network and application attack patterns, including TCP, UDP, ICMP, DNS, NTP, HTTP, and selected modern protocols on supported F-Series software and hardware configurations.
High Availability and Bypass Planning
FortiDDoS appliance designs support continuity planning through high-availability and bypass options. Buyers must confirm the required electrical or optical media, speed, transceivers, and fail-open behaviour for the selected topology.
Operational Reporting and Integration
Dashboards, scheduled reports, alerts, SNMP, email notification, and RESTful integration can help network operations and security teams incorporate mitigation activity into established monitoring and incident processes.
Technical Specifications
| Specification | Buyer Information |
|---|---|
| Brand | Fortinet |
| Model | FDD-400F; confirm current regional orderable SKU |
| Product Category | Purpose-built DDoS detection and mitigation appliance |
| Traffic Position | Inline deployment; exact topology and protected links are design dependent |
| Inspection Scope | Layer 3, Layer 4, and selected Layer 7 traffic analysis; IPv4 and IPv6 support within platform capabilities |
| Detection Method | Machine-learning behavioural baselines, anomaly detection, adaptive thresholds, and state-aware inspection |
| Mitigation Response | FortiDDoS F-Series is designed for rapid autonomous mitigation; final results depend on sizing and deployment |
| Protocol Protection | TCP, UDP, ICMP, DNS, NTP, HTTP, reflection and anomaly controls; advanced protocol support is software and configuration dependent |
| Interfaces | Port count, copper or optical media, link speed, transceivers, and bypass modules must be confirmed for the selected order code |
| Management | Web interface, command-line access, reporting, alerts, SNMP, and RESTful integration subject to supported software release |
| High Availability | Supported within FortiDDoS appliance architecture; design, licensing, and cabling are configuration dependent |
| Bypass | Electrical or optical bypass options may be available; confirm media type, speed, wavelength, and failover requirement |
| Performance | Inspected throughput, packet rate, session capacity, and DNS or NTP response rate are configuration dependent and require current datasheet confirmation |
| Storage | SSD capacity and retention capability depend on the selected hardware configuration |
| Power and Form Factor | Rack format, AC or DC option, redundancy, heat output, and maximum power draw must be confirmed before site preparation |
| Services | Core mitigation capabilities, optional reputation services, FortiCare support, replacement service, and term length depend on the quoted bundle |
| Availability | Subject to region, supplier status, chosen configuration, project quantity, and support term |
How to interpret this table
DDoS appliances are not selected from a single bandwidth number. A network may have moderate average throughput but experience a high packet rate during attacks. DNS environments may require attention to queries and responses per second. Hosting providers may need several protected segments and multiple protection profiles. Enterprises may prioritise fail-open bypass and high availability. Telecom projects may require optical media, specific wavelengths, and integration with upstream diversion. Before approving a quote, ask for the exact manufacturer order code, current performance table, front-panel interface list, included storage, power specification, rack dimensions, supported software release, support term, and accessories. FourTeck can help consolidate these items into one procurement checklist.
Configuration and Buyer Guidance
Start with the services that must remain available. List the public IP ranges, domains, DNS servers, portals, APIs, VPN gateways, hosted applications, and customer platforms that require protection. Note which services are revenue-generating, safety-critical, regulated, or contractually tied to uptime commitments. This establishes the protected attack surface and helps determine whether one appliance, a resilient pair, or a broader hybrid design is appropriate.
Traffic and Packet Rate
Provide normal, peak, and projected throughput together with any available packet-per-second data. Include seasonal spikes, software launches, broadcasts, public events, and known business cycles.
Topology and Interfaces
Share a simple diagram showing ISP handoff, routers, firewalls, load balancers, switches, protected servers, link speeds, media type, and existing redundancy.
Availability Design
Decide whether the deployment requires high availability, bypass, redundant power, separate management links, dual carriers, and a tested maintenance path.
Operations and Reporting
Identify who will monitor the appliance, receive alerts, approve changes, review incidents, manage upgrades, and coordinate with the ISP or cloud mitigation provider.
Next, compare the maximum attack that can reach the site with the capacity of the incoming circuit. An on-premise appliance can remove malicious packets only after they reach the protected link. If the attack volume is larger than that link, legitimate traffic may still be dropped upstream. Organizations with critical services should therefore discuss diversion, remote triggered blackholing policies, flow-based signalling, cloud scrubbing, or carrier mitigation with their providers. The appliance can remain valuable for granular local detection and for attacks that fit within the link, while an upstream service handles exceptional volumetric events.
Also confirm whether optional reputation services, support coverage, secure replacement handling, enhanced response, or a specific support term is required. Support is not simply an administrative add-on. It affects software access, hardware replacement, escalation options, and the organization’s ability to maintain the platform over several years. Buyers should understand renewal costs and service scope before choosing a one-, three-, or five-year procurement approach.
Finally, plan the deployment work. Installation may include rack preparation, optics, patch leads, console access, management addressing, baseline-learning time, protection-profile design, change windows, failover testing, monitoring integration, documentation, and staff handover. A complete quotation should make these dependencies visible rather than presenting only the chassis price.
Ideal Business Use Cases
Financial and Payment Services
Banks, payment processors, digital lenders, insurance portals, and fintech platforms can use dedicated DDoS controls to protect public channels that customers rely on for transactions and account access. The design should consider internet links, DNS, APIs, mobile back ends, web application firewalls, load balancers, and incident escalation responsibilities.
Telecommunications and Service Providers
Operators, internet service providers, managed security providers, and hosting companies may protect shared infrastructure, customer networks, authoritative DNS, and hosted services. These environments often need careful sizing by packet rate, multiple protection profiles, optical interfaces, resilient deployment, and integration with upstream mitigation or routing workflows.
Government and Public Platforms
Citizen portals, tax services, licensing systems, public information sites, identity platforms, and national digital services may become visible targets. Dedicated mitigation can support availability planning when paired with clear governance, change control, resilient connectivity, monitoring, and tested communication procedures.
Higher Education and Research
Universities and research networks operate diverse services, large address spaces, public DNS, learning platforms, remote access, and student systems. Behavioural mitigation can help protect essential services while giving network teams detailed visibility into protocol abuse, reflection traffic, and unusual demand.
Healthcare and Essential Services
Hospitals, health networks, utilities, and other essential-service operators may depend on public portals, remote access, communication systems, and supplier connections. The appliance can form part of a layered availability strategy, provided the design accounts for clinical or operational change windows and redundant paths.
E-commerce and Digital Business
Online retailers, ticketing platforms, media services, gaming environments, and subscription businesses need customer-facing services to remain responsive during campaigns and peak demand. Baselines must be able to distinguish a genuine business surge from malicious traffic, so traffic history and launch calendars should inform policy design.
Enterprise Data Centres
Large enterprises can protect public applications, partner portals, DNS, extranet services, remote access, and shared infrastructure at a central internet edge. The deployment should align with firewall clusters, application delivery controllers, network segmentation, SIEM monitoring, and disaster-recovery plans.
Managed Security Operations
Security service providers may use FortiDDoS telemetry and reporting as part of a managed offering. Success depends on tenant separation requirements, operating procedures, alert ownership, customer communication, escalation thresholds, reporting cadence, and the provider’s ability to coordinate upstream action.
FortiDDoS FDD-400F Behavioural Detection and Autonomous Mitigation
Static thresholds are difficult to manage across services that behave differently. A DNS server, customer portal, API gateway, voice platform, and VPN concentrator may each have distinct traffic patterns. FortiDDoS technology builds behavioural baselines across a large number of parameters so that the system can recognise abnormal changes in context. This provides a more useful foundation than treating every service as though it has the same normal rate.
The business value is speed and precision. During a live incident, attackers may alter vectors, pulse traffic, distribute packets across many sources, or use protocol features that appear legitimate at first glance. A massively parallel inspection approach allows the platform to evaluate multiple characteristics at the same time. When abnormal behaviour is detected, mitigation can be applied without waiting for a human operator to create a new rule for every variation.
Autonomy does not remove the need for governance. Teams still need to define protected resources, learning periods, policy ownership, reporting, maintenance, and escalation. They should review baseline quality after major application changes, marketing campaigns, network migrations, or capacity upgrades. Operational staff also need a process for confirming whether a detected event affected users and whether an upstream provider must be engaged.
For buyers, ask how many protection profiles are supported, what parameters are monitored for the required protocols, how learning behaves after deployment, how policy changes are approved, how false-positive risk is reviewed, and what information appears in incident reports. These questions connect the platform capability to the organization’s daily operating model.
FortiDDoS FDD-400F Packet Inspection and Protocol Protection
DDoS events are often discussed only in gigabits per second, but packet rate and protocol behaviour can be equally important. A flood of small packets may stress routing, firewall, session, or inspection resources even when the bandwidth is below the physical link limit. Full packet inspection is therefore a central design consideration for organizations that want to detect attacks without relying only on sampled flow records.
FortiDDoS examines traffic across network, transport, and selected application-layer characteristics. This includes awareness of TCP states and flags, UDP ports, ICMP types, fragments, source behaviour, destination behaviour, DNS requests and responses, NTP traffic, HTTP properties, and other supported protocol conditions. Advanced F-Series capabilities may also cover modern protocols and reflection patterns, subject to the appliance and software release.
For the buyer, the important question is which protocols matter to the protected business. An authoritative DNS service has different exposure from a payment API. A hosting platform may need broad protection across many tenants. A collaboration service may depend heavily on UDP. An enterprise remote-access gateway may be sensitive to connection floods. Procurement teams should ask technical stakeholders to rank services by criticality and identify any unusual protocol requirements before final sizing.
The network design should also preserve the visibility required for inspection. Address translation, asymmetric routing, encryption, load balancing, and multi-carrier paths can influence what the appliance sees. A pre-sales topology review helps identify these conditions early and avoids purchasing hardware that is difficult to place correctly in the existing environment.
FortiDDoS FDD-400F High Availability, Bypass, and Hybrid Defence
An inline security appliance becomes part of the production traffic path, so continuity design is essential. Buyers should evaluate appliance high availability, link bypass, redundant power, separate management access, spare optics, cable labelling, and maintenance procedures. The right design depends on whether the organization can tolerate a brief interruption, whether the links are copper or optical, and how traffic should behave during a device or power failure.
Optical bypass requires particular attention. Link speed, fibre type, connector, wavelength, transceiver reach, and bypass module compatibility must all match. A generic statement that a platform supports optical bypass is not enough for a bill of materials. FourTeck can help buyers collect these details so the quote includes appropriate components and the installation team knows what to expect.
High availability also needs operational testing. Teams should plan how they will verify failover, return to normal operation, software upgrades, configuration synchronisation, and alerting. The maintenance design should avoid creating an unprotected path without approval. Documentation should identify who can place the system into bypass, who monitors the event, and how the change is recorded.
Finally, an on-premise appliance should be considered alongside upstream protection. If a volumetric attack exceeds the internet circuit, traffic must be addressed before the congested link. A hybrid approach can combine granular local mitigation with carrier or cloud scrubbing for unusually large events. Buyers should ask whether their provider supports diversion, clean-traffic delivery, GRE, flow signalling, or other integration methods and include those dependencies in the overall project plan.
What Buyers Should Check Before Purchase
Before requesting a quote, buyers should confirm the model designation, protected workload, traffic profile, topology, compatibility, support expectations, and delivery requirement. The objective is to avoid a situation where the chassis arrives without the correct interfaces, optics, bypass components, support term, or deployment plan. DDoS procurement should connect technical risk, operations, and physical infrastructure in one review.
Correct Model and Order Code
Ask FourTeck to validate that FDD-400F is a current orderable code in the destination region. Request the exact manufacturer SKU and current datasheet before approval.
Capacity and Growth
Provide normal and peak bandwidth, packet rate, DNS load, projected growth, number of services, protected subnets, and the largest expected upstream circuit.
Interface Compatibility
Confirm copper or fibre, link speed, connector, wavelength, transceiver reach, breakout needs, and whether the appliance is placed on one link or several links.
Bypass and Failover
Define fail-open behaviour, high-availability requirements, maintenance paths, redundant power, dual-carrier design, and how failover will be tested.
Software and Services
Confirm supported software, optional IP or domain reputation service, FortiCare level, hardware replacement terms, secure RMA needs, and renewal budget.
Upstream Saturation
Ask the ISP what happens when an attack exceeds the circuit. Determine whether diversion, cloud scrubbing, blackholing, or flow-based coordination is available.
Installation Scope
Clarify who will rack, cable, address, configure, integrate, test, document, monitor, and support the system after handover.
Quote Preparation
Share destination country, delivery city, quantity, required date, topology, link details, preferred support term, tax status, and any project tender format.
Buyers comparing similar models should request a side-by-side explanation of inspected throughput, packet rate, sessions, protected interfaces, storage, support, and expansion assumptions. A lower-priced unit may be suitable for a smaller edge, while a larger platform may be needed for a service-provider environment or rapid growth. FourTeck can also suggest a current replacement or alternative if the requested model is unavailable, discontinued, regionally restricted, or not aligned with the traffic requirement.
Africa Availability and Service Support
FourTeck supports DDoS protection inquiries across Africa with product-selection assistance, configuration review, quote preparation, delivery coordination, and warranty guidance. Availability can vary by model, regional orderability, support term, supplier position, project quantity, and required accessories. For that reason, the enquiry process should identify the exact deployment need before a commercial offer is prepared.
A useful request includes the protected bandwidth, packet-rate information where available, number of links, media type, network diagram, applications being protected, high-availability requirement, delivery location, and preferred support duration. FourTeck can use these details to identify whether the requested unit is suitable and whether optics, bypass components, rack accessories, professional services, or a hybrid mitigation discussion should be included.
Warranty and support depend on the quoted service. Buyers should confirm replacement terms, service hours, software access, escalation process, and renewal responsibility. Delivery timing is not assumed until the configuration and supplier status have been checked. This approach gives procurement teams a clearer basis for comparing offers and planning implementation.
Africa Country and Regional Coverage
Businesses across Africa, including organizations in Kenya, Uganda, Nigeria, Ghana, Tanzania, Rwanda, Ethiopia, South Africa, Zambia, Botswana, Senegal, and nearby regional markets, can contact FourTeck for appliance availability, configuration guidance, support options, and project quotations. Regional delivery requirements may differ according to destination, customs process, order value, supplier route, and requested service. FourTeck can help buyers review a suitable model, compatible optics, bypass requirements, rack and power preparation, installation scope, and alternative products when necessary. This combined coverage approach keeps the discussion focused on the business requirement instead of creating separate location-specific versions of the same product information.
GCC, Middle East and Africa Availability
FourTeck Africa can support product inquiries for organizations across Africa while also helping customers coordinate selected technology requirements through FourTeck regional platforms serving GCC and Middle East markets. Businesses with projects spanning the UAE, Saudi Arabia, Qatar, Oman, Bahrain, and African locations may need aligned model selection, support terms, delivery documentation, and implementation planning.
Availability, warranty handling, commercial terms, and delivery options can vary by country. A regional project should therefore define where each appliance will be installed, which entity will purchase it, the required support level, power and interface standards, and whether a common configuration must be used across several sites. FourTeck can help organize these requirements and route enquiries through the appropriate platform.
Regional resources: FourTeck Africa, FourTeck Kenya, FourTeck Uganda, and FourTeck UAE.
Other Options Buyers May Consider
The right alternative depends on inspected traffic, packet rate, interface requirements, protected services, growth, and support strategy. Smaller appliances may suit a limited enterprise edge, while larger systems may be more appropriate for hosting, telecom, or multi-service environments. Related Fortinet platforms can also complement DDoS mitigation by providing firewalling, application delivery, central management, and event analysis.
FortiDDoS 200F
A current FortiDDoS entry appliance option for organizations with lower inspected-capacity requirements. Confirm interfaces, packet rate, bypass, and support bundle.
FortiDDoS 1500F
A higher-capacity FortiDDoS option for larger enterprise, hosting, and service-provider needs. Validate current performance and interface details.
FortiGate Enterprise Firewalls
Next-generation firewall platforms can complement dedicated DDoS mitigation with segmentation, VPN, application control, and threat protection.
FortiADC Solutions
Application delivery controllers can support load distribution, application availability, and service publishing within a wider resilient architecture.
FortiAnalyzer and Management
Central analysis and management tools may support broader operational visibility across a Fortinet security environment.
Configuration Assistance
Use a requirements review when the requested model is uncertain, unavailable, or must be matched to an existing topology.
Why Buyers Choose FourTeck
Enterprise security procurement works best when the supplier understands the difference between a product name and a deployable solution. FourTeck helps buyers translate operational requirements into a more complete request that includes the appliance, support, interfaces, optics, bypass, rack and power considerations, delivery information, and related services.
Business IT Supply Support
Assistance for enterprise, public-sector, service-provider, education, healthcare, and project procurement requirements.
Configuration Guidance
Review of traffic, topology, interfaces, resilience, support, and accessory requirements before quotation.
Quote Assistance
A structured commercial response based on the destination, quantity, term, selected configuration, and project scope.
Africa Delivery Coordination
Guidance on regional supply, project delivery information, and destination-specific requirements.
Warranty Guidance
Clarification of quoted support coverage, replacement terms, software access, service duration, and renewal planning.
Alternative Matching
Help identifying a suitable current model when the requested SKU is regionally unavailable or does not match the requirement.
FourTeck does not assume a particular stock position, delivery date, support entitlement, or configuration before checking the requirement. This gives procurement and technical teams a more realistic basis for approval. It also reduces the risk of missing optics, ordering the wrong interface type, choosing insufficient performance, or overlooking an upstream mitigation dependency.
Frequently Asked Questions
What is the FortiDDoS FDD-400F used for?
It is intended as a dedicated inline platform for detecting and mitigating distributed denial-of-service traffic before protected applications and infrastructure are overwhelmed. Typical targets include public websites, APIs, DNS, customer portals, remote-access services, hosted platforms, and data-centre internet links. The exact suitability depends on inspected throughput, packet rate, interfaces, topology, and current model specifications.
Is the appliance available for businesses in Africa?
FourTeck accepts product enquiries from businesses and project buyers across Africa. Availability is checked according to the exact order code, destination, quantity, support term, accessories, and supplier status. A confirmed quotation is required because regional orderability and lead time can change. Share the delivery country and required date when contacting the sales team.
Can FourTeck help confirm the correct configuration?
Yes. FourTeck can review the protected services, normal and peak traffic, packet rate, link speeds, media type, network diagram, high-availability requirement, bypass design, support term, and delivery location. This information helps determine whether the requested model is suitable and which optics, accessories, services, or alternative appliance should be included.
Does the appliance protect against every size of attack?
An on-premise appliance can mitigate attacks that reach it within the usable capacity of the incoming link and the system. If attack traffic saturates the upstream circuit, legitimate traffic may be dropped before reaching the appliance. Critical environments should discuss carrier or cloud diversion together with local mitigation and establish an escalation process for exceptionally large volumetric events.
Are support services or subscriptions required?
The quoted solution may include FortiCare support and optional reputation services depending on the requirement. Buyers should confirm software access, hardware replacement, service hours, escalation, secure replacement needs, term length, and renewal cost. The precise bundle should be shown on the commercial offer so there is no confusion between the appliance and ongoing service coverage.
What information is needed for a quote?
Provide the requested model, destination country and city, quantity, target date, internet capacity, link media, number of protected links, traffic or packet-rate information, protected applications, high-availability needs, preferred support term, and any required optics or installation assistance. A simple topology diagram is especially useful for an inline security appliance.
Can the appliance be deployed with existing firewalls?
Yes, FortiDDoS is commonly considered as a dedicated layer near routers, firewalls, load balancers, or data-centre edges. The exact placement depends on routing, address translation, asymmetric paths, link media, and the traffic that must be visible. The deployment should be reviewed with the existing firewall and network architecture before cabling or change-window planning.
Does the FDD-400F support high availability and bypass?
FortiDDoS appliance architecture includes high-availability and bypass capabilities, but the exact implementation for the requested model must be confirmed. Buyers should specify copper or fibre, link speed, connector, wavelength, redundant power, fail-open requirement, and maintenance approach. Bypass modules, optics, and cables may need to appear as separate items in the bill of materials.
Can FourTeck supply multiple units for a project?
Businesses, integrators, telecom operators, data-centre providers, and public-sector projects can request multi-unit quotations. Include site count, destination, common configuration, installation schedule, support term, and whether each site has the same link and power requirements. FourTeck can help organize the request and identify where configurations or accessories differ between locations.
Need Help Choosing the Right DDoS Protection Platform?
FourTeck can help review model availability, current configuration options, protected bandwidth, packet rate, interface media, bypass, support coverage, and delivery requirements for your business location. Send your network requirement to receive practical guidance and a tailored commercial response.
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