Fortinet Network Detection and Response in Dubai, UAE
FortiNDR gives security teams a network-centric way to identify suspicious behaviour, investigate activity that may have bypassed other controls, and coordinate response across IT, OT, IoT, data-centre, branch and cloud environments. The portfolio includes a SaaS-delivered FortiNDR Cloud option and locally processed FortiNDR on-premises choices, so the right design depends on traffic volume, data-location requirements, operational model, integrations and licensing.
Start with the architecture question
A FortiNDR quote is most accurate when the monitored network, expected throughput, sensor locations, data-retention preference and integration targets are known first.
Direct answer: what is Fortinet Network Detection and Response?
Fortinet Network Detection and Response is the FortiNDR product family for analysing network traffic and related telemetry to identify suspicious behaviour, anomalous activity and malicious content that may not be obvious from perimeter alerts alone. It is mainly used by security operations teams that need deeper network visibility, threat hunting and investigation across enterprise, cloud, OT and IoT environments. Buyers can choose FortiNDR Cloud for SaaS-based processing or FortiNDR on-premises where local data handling, air-gapped operation or on-site infrastructure is preferred. Before proceeding, confirm monitored bandwidth, traffic acquisition method, data-location expectations, sensor count, retention needs, integration targets, OT requirements, support level and the exact subscription or appliance bill of materials.
What FortiNDR does in a security architecture
NDR sits on the network-observation side of a defence architecture. Rather than relying only on endpoint agents or firewall events, the platform examines network activity to look for patterns that can indicate attacker behaviour, lateral movement, command-and-control activity, unusual communications, malware transfer or other events that deserve investigation. The value is strongest when visibility is designed around important traffic paths instead of treating NDR as a device that can simply be placed anywhere.
FortiNDR can complement FortiGate, EDR, SIEM, SOAR and NAC controls by adding network evidence. In a mature SOC, this can help analysts ask a more useful question: not only which control raised an alert, but what other systems communicated with the affected host, whether the behaviour spread laterally, and what response action is appropriate. Actual visibility depends on the traffic and telemetry provided to the platform.
Who should consider the FortiNDR family?
FortiNDR is most relevant where the network itself is an important source of security evidence. That can include enterprises with multiple data centres, organisations operating hybrid cloud, security teams protecting unmanaged or difficult-to-agent devices, and OT operators that cannot rely on endpoint software for every asset. It can also be appropriate for organisations with existing Fortinet security infrastructure that want to connect network detection to broader response workflows.
It is not automatically the right first purchase for every organisation. A buyer with little internal monitoring capability, limited traffic visibility, no defined incident-response process or very small networks may need to establish basic controls and operational ownership first. FourTeck can help map the requirement before a model or subscription is selected.
Security problems the platform is intended to address
Limited east-west visibility
Perimeter devices do not always show what is happening between internal systems. NDR can add visibility when appropriate internal traffic is mirrored or otherwise provided to sensors.
Hidden attacker activity
Threats may persist after initial compromise. Behavioural and machine-learning analysis can help surface activity that warrants deeper SOC investigation.
Unmanaged or OT devices
Network-based observation can be useful where installing endpoint agents is difficult, although OT-specific features and licensing must be confirmed for the planned design.
Fragmented response
Integration with security operations tools can allow detections to become part of broader triage, investigation and containment workflows rather than isolated alerts.
Core capabilities across the FortiNDR portfolio
Capabilities vary between FortiNDR Cloud and FortiNDR on-premises, but the portfolio is built around network analysis, investigation and response. Confirm the exact release, subscription and deployment mode before treating any feature as included.
Monitor supplied network traffic and metadata for behaviour that can indicate compromise or misuse.
Give analysts network evidence for validating alerts, tracing activity and understanding affected entities.
On-premises options use antivirus and artificial-neural-network techniques for high-throughput file analysis.
Connect detections and response to Fortinet and compatible third-party SOC tooling where supported.
Which FortiNDR approach fits the requirement?
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| FortiNDR Cloud | A SaaS operating model, cloud retention and distributed sensor approach fit security operations. | Aggregated monitored bandwidth, data region, sensor design, subscription term and log-ingestion needs. |
| FortiNDR on-premises | Traffic processing and stored data need to remain local, or an air-gapped / tightly controlled environment is involved. | Appliance or VM sizing, capture interfaces, storage, sensor/center design, NetFlow and OT add-ons. |
| Standalone deployment | A single site or limited number of monitoring points can be managed independently. | Chosen model supports standalone mode and has sufficient throughput and storage. |
| Center and sensors | Multiple sites or monitoring zones need centralised operational visibility. | Center platform, supported sensor count, network reachability, licensing and version compatibility. |
| OT-focused deployment | Industrial or critical-infrastructure networks need network-based monitoring without relying on agents for every asset. | OT Security Service licensing, supported protocols, sensor placement, change-control and response boundaries. |
Configuration, licensing and compatibility dependencies
FortiNDR should not be ordered from the product-family name alone. Cloud and on-premises editions use different commercial and technical models, and the sensor design can change the bill of materials significantly. For FortiNDR Cloud, the base SaaS service is built around aggregate monitored bandwidth, while physical sensors and their support can be ordered separately and some log-ingestion use cases require additional licensing. For on-premises FortiNDR, the appliance or VM role, support bundle, NetFlow capability, OT Security Services, transceivers, storage and centralized-management design must be reviewed together.
Compatibility also needs to be validated at the release level. Confirm supported hypervisor or public-cloud platforms, current FortiOS and Security Fabric interoperability, sensor-to-center version requirements, available interfaces, optics and cabling, and the method by which traffic will be presented to the NDR sensor. A feature documented for one model, subscription or software release should not be assumed to apply to every FortiNDR deployment.
A practical FortiNDR purchase and deployment journey
Define the visibility goal
Identify the security questions the NDR platform must answer: lateral movement, unknown devices, suspicious traffic, malware, OT monitoring, cloud visibility or incident investigation.
Map traffic and telemetry
Document data centres, branches, cloud networks, VLANs, critical segments, SPAN/TAP availability, flow sources and expected peak traffic so sensor placement can be planned.
Select cloud or on-premises
Review data-location requirements, air-gap needs, operating model, retention, support resources, hardware footprint and integration requirements before choosing the architecture.
Build the bill of materials
Confirm appliances or sensors, subscriptions, support, optics, OT or NetFlow services, management components and the required contract term.
Plan rollout and validation
Define rack, power, virtual resources, IP addressing, firewall rules, mirrored traffic, test scenarios, integrations and handover steps before production monitoring begins.
Network visibility that goes beyond the perimeter
One of the most important reasons to consider NDR is that many investigations need context from inside the network. A firewall can show sessions crossing enforcement points, but the path between two internal workloads may never pass through the same control. FortiNDR can analyse mirrored or otherwise supplied network traffic so analysts can look for relationships between systems and patterns that suggest lateral movement, reconnaissance or suspicious communications.
The design requirement is therefore visibility engineering. A sensor connected to a low-value or incomplete mirror feed will only see part of the environment. Buyers should identify which data-centre fabrics, server VLANs, virtual networks, OT zones and branch segments contain the assets that matter most. The monitored bandwidth must also be sized against the chosen sensor or subscription, including expected peaks rather than average traffic alone.
Investigation and response as an operational workflow
NDR creates value when detections are connected to a repeatable investigation process. Analysts need to understand what generated a detection, which hosts and users are involved, what activity occurred before and after the event, and whether containment is justified. FortiNDR is designed to support that kind of network-centred triage and threat hunting.
Response may involve FortiGate, FortiNAC, FortiSwitch, FortiSOAR, FortiSIEM, FortiAnalyzer or other supported tools, depending on the architecture. Automation should be introduced carefully. A quarantine action that is appropriate for a corporate laptop may be unacceptable for a production OT controller. The buyer should define approval paths, isolation policies and rollback procedures before enabling automated response actions.
On-premises control for regulated, isolated and OT-sensitive environments
FortiNDR on-premises is designed for organisations that need network detection while keeping monitored data and processing within their own environment. This can be relevant to air-gapped networks, government systems, critical infrastructure and organisations with specific data-handling policies. Current Fortinet material positions the on-premises family around standalone, sensor and center roles, with hardware and VM options. The 1000F and 2500G appliances can operate as sensors or standalone systems, while the 3600G serves a center role; VM sizing and mode support differ by edition.
The on-premises route also introduces infrastructure planning. Rack space, power, optics, monitoring interfaces, storage, hypervisor resources, local management, backups and upgrade procedures become the customer’s responsibility. In distributed environments, center-and-sensor topology can simplify operational oversight, but management limits and licensing must be confirmed against the current ordering guide and release. NetFlow and OT capabilities are not generic inclusions across all models. They should be explicitly included in the quote where required.
FortiNDR Cloud for distributed monitoring and SaaS operations
FortiNDR Cloud provides the detection platform as a SaaS service while using physical, virtual or public-cloud sensors to observe relevant traffic and send the required data to the service. Fortinet currently lists 365-day retention for FortiNDR Cloud and cloud data-storage regions in the US, Europe and APAC. For UAE buyers, the important task is to determine whether that operating model and the available data region align with internal policy, regulation, contractual obligations and security architecture.
Commercial sizing is based on aggregated bandwidth from the sensors rather than a simple device count. The current ordering model uses stackable 100 Mbps service units, and separate log-ingestion licensing applies for supported flow or third-party-log use cases. Physical sensors have their own ordering and support considerations, while virtual and public-cloud sensor options can reduce the need for dedicated hardware in some locations. A quotation should therefore start with measured or defensible traffic estimates, not only user count.
Ideal business environments and use cases
Enterprise data centres
Observe east-west traffic between servers and application tiers, enrich incident investigations and support hunting for activity that may not cross the perimeter.
Hybrid and multi-cloud operations
Use virtual or cloud sensors where supported to extend network visibility into workloads that live outside the traditional campus or data centre.
Operational technology
Monitor industrial traffic where endpoint agents are impractical, with OT-specific licensing and protocol requirements confirmed as part of the design.
Distributed organisations
Place sensors at selected sites and centralise security operations where topology, bandwidth and licensing make that model suitable.
Air-gapped or sensitive networks
Choose an on-premises model when monitored data must stay within the environment and cloud processing is not acceptable.
SOC investigation improvement
Add network evidence to alerts from firewalls, endpoints, identity, SIEM and other tools so investigations can follow attacker behaviour across control boundaries.
Integration and operational considerations
A FortiNDR deployment should be planned as part of the security operations architecture rather than as an isolated monitoring appliance. The first integration layer is the network itself: the solution needs access to appropriate mirrored traffic, TAP feeds, virtual traffic sources or supported flow telemetry. Network engineering and security teams should agree on what is mirrored, where oversubscription may occur, and whether the visibility path changes during failover or maintenance.
The second layer is identity and asset context. Directory, inventory and security-platform integrations can help an analyst move from an IP address to a more meaningful understanding of the device, user or business role. The third layer is response. Fortinet documents connections with FortiGate, FortiNAC, FortiSwitch, FortiAnalyzer, FortiSIEM and FortiSOAR, while FortiNDR Cloud supports a broader set of security-operations integrations depending on service and connector availability. Each workflow should be tested before relying on it during a real incident.
Finally, plan ownership. Someone must maintain sensors, validate traffic coverage, review detection quality, tune operating procedures, manage subscriptions, apply upgrades and keep integrations working. The right operating model may be an internal SOC, a co-managed arrangement or a broader security service. FourTeck can help define the implementation scope, but ongoing responsibilities should be explicit in the quotation and handover.
Buyer questions to resolve before requesting a quote
List critical VLANs, server segments, WAN links, cloud VPC/VNet traffic, OT zones and branch sites. This determines where sensors or collectors need to sit.
Use peak and sustained values, not just internet bandwidth. East-west data-centre traffic can exceed the external link by a large margin.
This is central to the choice between FortiNDR Cloud and a locally processed on-premises deployment.
Identify firewalls, NAC, SIEM, SOAR, endpoint, directory and ticketing systems that should consume or act on NDR findings.
Confirm protocols, industrial zones and whether OT Security Services need to be licensed on the relevant sensors.
Define monitoring hours, escalation, investigation ownership, change control and who is authorised to initiate containment.
FortiNDR procurement checklist
Sharing these points with FourTeck reduces the risk of a quotation that is missing sensors, subscriptions, accessories or implementation work.
How FourTeck can assist with FortiNDR planning
FourTeck can help turn a broad NDR requirement into an orderable design. The process can include a review of monitored sites, traffic volumes, topology, deployment constraints, existing Fortinet infrastructure and the operational objectives of the SOC. From there, the discussion can move to FortiNDR Cloud versus on-premises, physical versus virtual sensors, licensing term, flow or OT add-ons, transceivers and implementation scope.
For projects that need implementation assistance, installation and configuration can be included as a separate scope covering prerequisites, sensor onboarding, traffic-feed validation, basic integration, testing and administrator handover. Migration or coexistence with an existing NDR platform should be planned separately because data sources, detection models and workflows are rarely identical.
Explore FourTeck technology services or review the broader security product portfolio.
Useful information to send with your enquiry
Include the number of locations, approximate monitored bandwidth, traffic-mirroring method, whether cloud processing is acceptable, expected retention, existing Fortinet products, required SOC integrations, OT scope, preferred contract term and whether installation services are needed.
If the project is still at an early stage, a network diagram and a short description of the security problem are enough to begin a sizing discussion. FourTeck can then identify the additional details needed for a more accurate bill of materials.
UAE availability, project coordination and support guidance
Contact FourTeck to confirm current UAE availability for the required FortiNDR appliances, FortiNDR Cloud subscriptions, support bundles, transceivers and related services. Availability can vary by model, subscription term, quantity, license region, hardware revision and vendor lead time. A security project should therefore separate technical approval from delivery planning: first confirm the architecture and exact bill of materials, then validate commercial terms and the expected schedule for that specific requirement.
For organisations operating in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation, delivery planning and—where included in scope—installation or configuration activities. The exact onsite, remote or hybrid service arrangement should be agreed in the quotation. For related Fortinet network-security requirements, buyers can also review Fortinet firewall solutions in Dubai and the Fortinet UAE technology portfolio.
GCC Availability
FortiNDR projects across the GCC often involve more than shipping a security appliance. Organisations may have a regional SOC, several branch offices, cloud workloads in different regions, and varying rules around network data and operational ownership. FourTeck can assist businesses in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman with requirement review, model or subscription selection, quotation coordination, delivery planning, configuration scope, installation planning and renewal guidance where applicable. The final design should be based on the destination country, monitored bandwidth, number and type of sensors, data-location preference, required contract term, OT or NetFlow licensing, and any local implementation constraints. Product availability, licensing, vendor lead time, delivery schedules and service-visit arrangements can differ by country and project. Share the destination, exact requirement, quantity, intended deployment location and target timeline so the project can be reviewed before commercial commitments are made. For Kuwait-focused coordination, see FourTeck Kuwait technology support.
Africa Availability
Organisations planning FortiNDR in Africa should consider regional procurement and technical design together. A distributed enterprise may need a combination of physical sensors, virtual sensors, cloud visibility and central SOC access, while an industrial site may prioritise local processing, restricted connectivity and OT-specific monitoring. FourTeck can help organisations evaluate appliances, licenses, accessories, subscriptions, deployment requirements, configuration scope, support expectations and renewal planning for selected projects in East Africa and other African markets. Availability and fulfilment can depend on destination, product model, quantity, license region, power and rack requirements, shipping arrangements, vendor lead time and the practical conditions at the deployment site. Buyers should share the destination country, exact monitored environment, quantity, preferred schedule and any onsite or remote support expectations before a quote is finalised. For regional enquiries, the FourTeck Africa technology portal provides a starting point for broader coordination.
Related FourTeck options and complementary services
FortiGate NGFW
Relevant where network detection needs to feed containment or where firewall telemetry forms part of the wider investigation workflow.
FortiSIEM and FortiSOAR
Consider for central event handling, correlation, case workflows and orchestration when NDR is one part of a broader SOC toolchain.
FortiNAC
May be relevant where network access controls and quarantine actions need to be connected to security operations procedures.
NDR deployment services
Requirement assessment, sensor placement planning, traffic-feed validation, integration, testing and handover can be scoped separately.
Why businesses contact FourTeck for FortiNDR projects
The difficult part of an NDR purchase is often not identifying the product family; it is translating an environment into the correct architecture, bill of materials and implementation scope. FourTeck can help clarify whether SaaS or on-premises processing is more suitable, identify which sites need sensors, review traffic estimates, separate standard capabilities from optional services and organise the quote around the actual project rather than a generic part number.
This is particularly useful for FortiNDR because cloud licensing, on-premises appliances, VM roles, management components, support terms, NetFlow, OT Security Services and optics can all affect the final order. A pre-order review can also surface operational questions such as who owns mirrored traffic, who will manage detections, which response tools are integrated and whether a production change window is needed. The aim is procurement clarity and a deployable design, not an unsupported claim that one configuration fits every network.
How buyers are evaluating FortiNDR before they shortlist a design
Most buyers begin with a simple question—what does NDR add if the organisation already has firewalls, endpoint protection and a SIEM? The practical answer is network context. Endpoint tools are strongest when they can run on the device, while firewalls are strongest at traffic that crosses an enforcement point. NDR adds evidence from observed network activity, which can be especially useful for east-west data-centre traffic, unmanaged systems, appliances, IoT and OT devices, and situations where an attacker has valid credentials or is attempting to remain quiet. This makes NDR complementary to EDR and NGFW rather than a direct replacement.
Cloud or on-premises is a policy decision as much as a technical one
FortiNDR Cloud is attractive when a SaaS model, long retention and distributed sensor deployment fit the operating model. FortiNDR on-premises is attractive when traffic processing and stored data need to stay local, including air-gapped or highly controlled networks. The choice should be reviewed with security, infrastructure, legal or compliance stakeholders where network metadata is sensitive.
Bandwidth is the sizing language buyers should prepare
User count is not enough. A 500-user software company with heavy east-west server traffic can have a very different monitoring requirement from a 2,000-user branch organisation. Measure or estimate the actual traffic seen by each planned sensor and include peak conditions. For FortiNDR Cloud, aggregated monitored bandwidth also directly affects subscription sizing.
Another common evaluation topic is sensor placement. Buyers frequently ask whether one sensor at the internet edge is sufficient. It can provide useful perimeter context, but it may miss the internal traffic that makes NDR valuable. A stronger design maps the paths an attacker could use after initial access: user-to-server, server-to-server, branch-to-data-centre, management networks, cloud workload traffic and OT zones. SPAN or TAP feeds are common for packet visibility; supported NetFlow or log ingestion can extend coverage but has different fidelity and licensing considerations. The important point is not to treat all telemetry sources as interchangeable.
Licensing is another area where a product-family quote can go wrong. FortiNDR Cloud uses a bandwidth-based SaaS model with stackable capacity, while FortiNDR on-premises is built around hardware or VM purchases plus the applicable subscriptions and support. NetFlow and OT Security Services can be separately licensed on supported on-premises sensors, and the VM08 has different capabilities from larger VM editions. Physical Cloud sensors, virtual sensors and cloud subscriptions also have separate ordering logic. A buyer should ask for the full bill of materials, including term, support, sensor hardware, optics and add-ons, not just one headline SKU.
Security teams also compare FortiNDR with EDR, SIEM and SOAR. The useful comparison is by function. EDR sees processes and behaviour on managed endpoints. NDR sees activity moving through the network. SIEM aggregates and correlates logs from many systems. SOAR automates investigation and response workflows. A mature environment may use all four, with each contributing different evidence. When FortiNDR is integrated with FortiGate, FortiNAC, FortiSIEM, FortiSOAR and other supported tools, detections can become part of a broader response process rather than another console that analysts must check manually.
OT buyers have a further consideration: visibility must not disrupt production. Passive network monitoring is often attractive because agents may not be practical on controllers and embedded devices. Fortinet publishes OT protocol and application support for its NDR portfolio, but the project still requires a careful network map, appropriate sensor placement, OT-specific licensing where applicable and clear response boundaries. Automatic isolation should never be enabled in a production control network without understanding operational consequences.
Send monitored bandwidth, locations, preferred data-processing model, required integrations and OT/NetFlow needs. FourTeck can then help turn those inputs into a more defensible FortiNDR design and identify the remaining questions before pricing is finalised.
Questions buyers ask while comparing and planning FortiNDR
Do I need FortiNDR if I already have FortiGate?
Possibly. FortiGate provides enforcement and security inspection at the traffic paths it controls. FortiNDR adds a network-detection and investigation layer that can observe selected internal traffic and look for attacker behaviour across the network. The need depends on your threat model, SOC maturity and whether important east-west traffic is already visible through other controls.
How do I know whether Cloud or on-premises is better?
Start with data handling and operations. Choose the SaaS path when cloud processing, available data regions and bandwidth-based licensing fit your policy. Choose on-premises when network data must remain local, the environment is isolated, or local appliance/VM control is preferred. Then compare retention, infrastructure responsibility and sensor topology.
Can sizing be based on number of users?
Not reliably. NDR sizing is driven primarily by the traffic presented to the sensors, the number and location of monitoring points, the telemetry type and retention or analysis needs. User count can be background context, but monitored bandwidth is much more useful for a quote.
What if all traffic is encrypted?
Encrypted traffic still produces network metadata that can be useful, but payload visibility is different from observing decrypted content. The project should document where decryption exists, what is lawful and operationally acceptable, and what detections are expected from metadata alone.
Should every branch have a sensor?
Not necessarily. Place sensors where they can observe the traffic most relevant to risk and investigation. Some branches may be better covered by central traffic paths, virtual sensors, flow telemetry or another architecture. The answer depends on topology, bandwidth, local internet breakout and what evidence the SOC needs.
What should be included in a proof of concept?
Use representative traffic, not a lab-only feed. Validate sensor performance, visibility into priority segments, quality of detections, investigation workflow, integrations, response actions and operational effort. Define success criteria before the test begins so the result can support a purchase decision.
A final pre-order question is who will own the platform after deployment. NDR needs active operational use: detections must be triaged, suspicious activity investigated, traffic coverage maintained and integrations tested after change. If the SOC does not have clear ownership, include training, documentation or co-managed support in the project discussion rather than assuming the product will operate effectively without an assigned process.
Frequently asked questions
What is the difference between FortiNDR Cloud and FortiNDR on-premises?
FortiNDR Cloud is the SaaS-delivered option with cloud processing and a bandwidth-based subscription model. FortiNDR on-premises processes and stores data locally using supported appliances, VMs and center/sensor roles. The right choice depends on data-location policy, operational model, monitored bandwidth, retention and infrastructure preferences.
Which FortiNDR hardware models are currently used for on-premises deployment?
Current Fortinet product information lists FortiNDR-1000F and FortiNDR-2500G for sensor or standalone roles and FortiNDR-3600G for center use, alongside VM08, VM16, VM32 and centralized-management VM options. Always confirm the current ordering guide before purchase.
Is NetFlow included with FortiNDR?
NetFlow is a licensing dependency. For on-premises FortiNDR, it is separately licensed on supported sensors and VM08 does not support it. FortiNDR Cloud flow/log ingestion also has subscription requirements. Include the intended telemetry source in the quote request.
Does FortiNDR support OT environments?
Yes, the FortiNDR portfolio includes OT-focused detection capabilities and Fortinet documents support for many industrial protocols and application signatures. OT Security Services can require separate licensing on on-premises sensors, so protocol and license requirements should be confirmed for the exact deployment.
Can FortiNDR integrate with FortiGate and security operations tools?
Fortinet documents integrations with FortiGate, FortiNAC, FortiSwitch, FortiAnalyzer, FortiSIEM and FortiSOAR, with additional integration options depending on FortiNDR Cloud services and connectors. Version and workflow compatibility should be verified before implementation.
How is FortiNDR Cloud licensed?
FortiNDR Cloud is licensed according to aggregated monitored bandwidth from sensors, using stackable service capacity. Physical sensors, support, log ingestion and automation-related services can add separate SKUs. The exact term and bill of materials should be validated for the project.
What information does FourTeck need for a FortiNDR quotation?
Provide monitored sites, peak traffic estimates, preferred Cloud or on-premises model, traffic acquisition method, sensor locations, OT or NetFlow needs, existing Fortinet integrations, contract term and whether installation or configuration services are required.
Is FortiNDR available in Dubai and the UAE?
FourTeck can assist with UAE quotation and availability checks. Current availability depends on the exact appliance, subscription, quantity, license region, support term and vendor lead time, so confirmation should be made against the final bill of materials.
Build the FortiNDR quote around your network, not a generic SKU
Share your monitored bandwidth, sites, Cloud or on-premises preference, data-location requirements, integrations and OT/NetFlow needs. FourTeck can help identify the current FortiNDR components, licensing and implementation scope that fit the requirement.