On-premises advanced threat analysis
FortiSandbox Hardware Series in Dubai, UAE
FortiSandbox hardware appliances provide dedicated on-premises capacity for static and dynamic inspection of suspicious content, with three current G-series platforms designed for different analysis volumes and operational requirements. The family is relevant when an organisation wants local control, predictable appliance resources and integration with security controls that can submit files for deeper inspection and act on returned verdicts.
Current hardware family
FortiSandbox 500G, 1500G and 3000G are the current hardware platforms listed in Fortinet’s FortiSandbox 5.2 data sheet. Capacity, interfaces, storage, redundancy and analysis throughput increase across the range.
500G, 1500G, 3000G
Dedicated on-premises resources
Network, email, endpoint and more
Size by workload and VM demand
Direct answer for buyers
FortiSandbox Hardware Series is Fortinet’s dedicated appliance range for analysing suspicious files and other potentially malicious content on premises. It is mainly used to add deeper malware, ransomware, phishing and zero-day analysis to security workflows that may already include firewalls, email gateways, endpoint controls, web security or security operations tools. Organisations should consider the hardware family when they need local analysis resources, controlled data handling, scalable dynamic-analysis capacity or tight integration with an existing Fortinet environment. Before proceeding, confirm expected file and email volume, the percentage of content likely to require dynamic analysis, required interfaces, local and cloud virtual-machine capacity, rack and power requirements, redundancy expectations, subscription needs, integrated products and the precise bill of materials.
What the hardware series does
The appliances accept suspicious content from supported integrations and apply several layers of analysis. Fortinet describes the platform as combining advanced machine learning, static inspection, dynamic behavioural analysis and threat intelligence. In practical terms, this gives security controls a place to send files that cannot be confidently classified by faster front-line techniques. The sandbox can then return a verdict and associated threat information that downstream controls and analysts may use for blocking, quarantine, investigation or broader response. The exact action still depends on the product submitting the file and how the integration is configured.
Who should consider it
The range is relevant to IT and security teams that need an on-premises sandbox rather than relying only on a shared cloud service. Typical buyers include enterprises handling large email volumes, organisations with controlled or sensitive file flows, SOC teams that want richer analysis and local threat intelligence, businesses integrating FortiGate or FortiMail with dedicated sandbox capacity, and environments that expect future growth in file submissions. It is not automatically the right choice for every organisation: a cloud or virtual deployment may be more appropriate where rack space, local infrastructure or private-appliance management is not justified.
Business challenges the series is designed to address
Unknown file verdicts
Traditional signatures may not identify a newly created or heavily modified malicious file. Sandboxing adds structural analysis, machine-learning classification and, where required, controlled execution to gather more evidence before a security decision is made.
Email-borne threats
Email attachments and links remain common delivery paths. FortiSandbox can work with FortiMail so suspicious content can be submitted for analysis as part of the mail-security workflow. Mail throughput and sandbox sizing should be reviewed together.
Security-team workload
Analysts need context, not only alerts. Sandbox results, indicators and behavioural information can enrich investigations and help security operations teams distinguish routine detections from files that merit deeper response.
Local processing needs
Some organisations prefer or require analysis infrastructure within their own environment. A hardware appliance can support that architecture, provided the organisation is prepared to operate the platform, maintain subscriptions and size hardware resources appropriately.
Core capabilities across the hardware range
Static and advanced AI analysis
FortiSandbox evaluates files before full execution using multiple static techniques and machine-learning models. This first stage is important because it can deliver rapid verdicts for a large share of submitted content while reserving heavier dynamic analysis for files that remain suspicious.
Dynamic behavioural analysis
Suspicious samples can be executed in controlled virtual environments so the platform can observe file behaviour. The number of local VMs and dynamic-analysis throughput are major sizing factors because this stage consumes more time and compute than initial static inspection.
Integration-led response
FortiSandbox supports integrations across the Fortinet Security Fabric and additional methods such as APIs, ICAP and other adapters on supported on-premises deployments. The practical value is strongest when verdicts are connected to controls that can block, quarantine or investigate.
Universal VM flexibility
Fortinet’s current platform uses Universal VM licensing to provide flexibility around local, cloud or custom analysis VMs. Supported counts differ by appliance, firmware and subscription, so the required operating-system mix should be part of the sizing discussion.
Which FortiSandbox hardware model fits the requirement?
| Requirement | Suitable direction | Confirm before ordering |
|---|---|---|
| Lower-volume dedicated sandboxing | Start evaluation with FortiSandbox 500G | File rate, dynamic-scan percentage, single PSU tolerance, VM expansion |
| Mid-range enterprise analysis | Evaluate FortiSandbox 1500G | 10GbE needs, redundant power, local VM count, storage and growth |
| Very high file volumes or large SOC workload | Evaluate FortiSandbox 3000G | 2RU space, 10GbE connectivity, power, cooling, VM design and throughput assumptions |
| Cloud-first or no appliance infrastructure | Compare FortiSandbox VM, PaaS or SaaS options | Data handling, subscription model, cloud resources, integrations and desired control |
Current hardware-family specifications
The following values are taken from Fortinet’s current FortiSandbox 5.2 data sheet for the G-series hardware platforms. Performance figures are test-based and should be used for sizing guidance rather than treated as guaranteed production results; actual workloads vary with file mix, enabled analysis stages, integration method and configuration.
| Specification | FSA-500G | FSA-1500G | FSA-3000G |
|---|---|---|---|
| Form factor | 1RU | 1RU | 2RU |
| Local VM capacity | 2–14 | 2–28 | 8–150 |
| Cloud VM expansion | 1–80 | 1–120 | 1–200 |
| Effective sandboxing throughput | 10,000 files/hour | 32,000 files/hour | 160,000 files/hour |
| Static analysis throughput | 20,000 files/hour | 80,000 files/hour | 320,000 files/hour |
| Dynamic analysis throughput | 750 files/hour | 1,500 files/hour | 12,000 files/hour |
| FortiMail throughput | 100,000 emails/hour | 320,000 emails/hour | 1,600,000 emails/hour |
| Network interfaces | 4 × GE RJ45 | 4 × GE RJ45, 2 × 10GE SFP+ slots | 8 × 10GE SFP+ slots |
| Storage | 1 × 960GB | 2 × 960GB RAID 1 | 4 × 2TB RAID 10 |
| Power supplies | 1 | 2, redundant and hot-swappable | 2, redundant and hot-swappable |
| Operating temperature | 0°C to 40°C | 0°C to 40°C | 0°C to 40°C |
Fortinet’s throughput tests use defined file and workload assumptions. Universal VM ranges reflect firmware 5.0 and later in the current data sheet. Confirm firmware, license and subscription requirements for the planned deployment.
Licensing, subscriptions and dependency checks
A FortiSandbox appliance is not a standalone purchase decision based only on chassis size. The required software services, analysis VMs, operating-system images, support and integrated-product configuration influence what the final bill of materials needs to contain. Fortinet’s current documentation distinguishes hardware, Universal VM capacity and subscription-dependent capabilities. Some advanced AI capabilities and threat-intelligence updates are tied to the appropriate Sandbox Threat Intelligence subscription, while particular services such as anti-phishing or VM expansion may require separate licensing. Exact entitlements can change with ordering policy, so quotations should be built against the current ordering guide rather than assumptions from an older appliance generation.
Compatibility also has two layers. First, confirm that the FortiSandbox firmware release supports the selected hardware and the integrated Fortinet products. Second, confirm that the submitting product and the sandbox are configured for the desired workflow, such as detection only or inline blocking where supported. For mixed-vendor environments, clarify whether the integration will use an API, ICAP, mail-transfer or another supported mechanism and what response action is expected. FourTeck can help document these dependencies before the hardware is ordered.
A practical purchase and deployment journey
Measure submission demand
Gather file, email, endpoint or web submission volumes and identify the peak period. Include expected growth and note which sources may create bursts rather than a steady stream.
Define analysis depth
Estimate how many files will require dynamic analysis, which operating systems must be represented and whether cloud VM expansion or custom VMs are needed.
Select appliance class
Compare 500G, 1500G and 3000G against throughput, local VM capacity, interfaces, storage, redundancy, rack space, power and expected expansion.
Build the bill of materials
Confirm hardware SKU, subscriptions, support, VM entitlements, accessories and any licenses required for integrated security products.
Plan integration
Document which devices submit content, where verdicts return, whether inline blocking is used, and how analysts will review or act on sandbox findings.
Capability focus: faster classification before execution
One reason sandbox architecture has evolved is that executing every file in a full virtual environment is expensive in time and compute. FortiSandbox uses advanced static techniques and machine-learning analysis to classify a large portion of content before dynamic execution is necessary. Fortinet’s current platform describes PAIX, its pre-execution machine-learning engine, as analysing file structure, embedded content and other indicators to determine malicious intent without first running the file. This matters for buyers because appliance sizing is not simply the raw number of files received; it is also about how efficiently those files move through the analysis pipeline and how many are escalated to dynamic inspection.
For a real deployment, the most useful sizing question is therefore not “How many users do we have?” but “How much suspicious content do our integrated controls submit at peak, and how much of it requires deeper execution?” User-count guidance can help as an early estimate, but actual submission behaviour varies considerably across email-heavy organisations, web-upload platforms, software-development environments and endpoint estates. FourTeck can help translate traffic observations or existing security logs into a more defensible hardware shortlist.
Capability focus: dynamic analysis capacity and VM planning
Dynamic analysis is the resource-intensive part of a sandbox. A suspicious sample is executed inside an isolated virtual environment so the system can observe process behaviour, file changes, network activity and other indicators. The G-series appliances differ substantially in local VM capacity: the 500G ranges from 2 to 14 local VMs, the 1500G from 2 to 28, and the 3000G from 8 to 150 according to the current data sheet. Those ranges depend on licensing and configuration, and cloud expansion provides another scaling path.
The correct VM mix depends on what the organisation actually receives. A business dealing primarily with modern Windows documents may have different needs from a SOC analysing Linux binaries, Android packages, macOS files or OT-related samples. FortiSandbox supports several operating-system types and customizable VMs on supported configurations, but buyers should confirm which environments are required, how they are licensed and how many concurrent analysis instances are needed. Over-sizing may waste budget; under-sizing can create queues during bursts. A workload-led design is more useful than choosing a model only because it is positioned as small, mid-range or enterprise.
Capability focus: integration turns a verdict into action
A sandbox is most valuable when its findings are connected to the security controls that see suspicious content in the first place. FortiSandbox integrates with FortiGate, FortiMail, FortiClient, FortiEDR, FortiWeb, FortiProxy, FortiSIEM, FortiSOAR, FortiNDR and other Fortinet products. Depending on the connected product and configured mode, unknown files can be submitted automatically and malicious verdicts can help drive blocking, quarantine, investigation or enrichment. This reduces the operational gap between “we analysed a suspicious file” and “we changed the security posture because of the result.”
Integration design still requires discipline. Buyers should identify exactly where files enter the environment, which control submits them, whether users can wait for a verdict, how long an integrated device holds content, what happens if the sandbox is unreachable, and whether responses are automatic or analyst-approved. High availability, network segmentation, routing, DNS, time synchronization and management access also need to be considered. These decisions are part of the solution design, not properties of the appliance alone.
Ideal environments and use cases
Secure email workflows
Organisations using FortiMail can submit suspicious attachments and related content to FortiSandbox for deeper analysis. This is relevant where phishing, ransomware and malicious documents are significant risks. Model sizing should reflect total mail volume, attachment rates and the proportion sent for deeper analysis.
Network perimeter inspection
FortiGate integration can add sandbox analysis for suspicious file-based traffic. Where inline blocking is planned, buyers should verify supported firmware, policy design, acceptable latency and fail-open or fail-closed behaviour appropriate to the organisation.
Endpoint and SOC investigation
Endpoint tools and security operations workflows can use sandbox analysis to enrich unknown-file events. The design should define how indicators, reports and verdicts flow into the team’s investigation process and whether automation through SIEM or SOAR is required.
Shared file and upload services
Enterprises operating file shares, document-management systems or upload portals may use a sandbox to inspect suspicious content before broad internal distribution. Integration method, file size limits, user experience and expected submission rate should be assessed.
Integration and operational considerations
Place the appliance where submitting systems can reach it reliably without creating an unnecessary network detour. Management access should be restricted, logged and separated from untrusted traffic where appropriate. The 1500G and 3000G include redundant, hot-swappable power supplies, while the 500G uses a single power supply, so physical resilience expectations are an important model-selection factor. The 3000G also requires 2RU rack space and has materially higher power and cooling requirements than the smaller platforms.
Operational ownership should be defined before deployment. Someone must maintain firmware, subscriptions, virtual-machine images, integration credentials, certificates, backup practices and alerting. Security teams should also agree on what constitutes a high-confidence malicious verdict, how analysts handle inconclusive results, whether automated blocking is appropriate, and how threat intelligence from the sandbox is retained or exported. A technical installation without these operating decisions can leave the appliance underused.
For organisations already using Fortinet products, review the relevant firmware interoperability guidance rather than assuming every version combination is supported. For third-party integrations, test the submission and response workflow in a controlled stage before placing it in a production enforcement path.
Buyer questions to resolve before requesting a quotation
Average traffic can hide short periods of heavy submission. Peak workload is usually more relevant to queueing and user experience.
List FortiGate, FortiMail, endpoint, web, proxy, shared-storage and third-party sources separately because each can have a different workflow.
Local VM demand is one of the clearest differences between the three G-series appliances and is license dependent.
The 1500G and 3000G provide redundant power supplies; the 500G does not. Cluster design may also affect availability requirements.
Confirm the current Fortinet ordering structure, Sandbox Threat Intelligence service, support term, VM expansion and optional services.
Hardware supply, rack installation, base configuration, integration, testing and knowledge transfer should be scoped separately and written into the quotation.
Procurement checklist
✓ Exact model: FSA-500G, FSA-1500G or FSA-3000G
✓ Required quantity and deployment sites
✓ Estimated files per hour and peak submission volume
✓ Dynamic-analysis percentage and required operating systems
✓ Local and cloud Universal VM requirement
✓ 1GbE or 10GbE interface requirements
✓ Rack space, power feeds and cooling capacity
✓ Hardware redundancy and cluster expectations
✓ Sandbox Threat Intelligence subscription term
✓ Additional VM or anti-phishing services where needed
✓ Integration targets and their firmware versions
✓ Installation, configuration and migration scope
✓ Support level and renewal planning
✓ Delivery destination and required project timeline
How FourTeck can assist with FortiSandbox planning
FourTeck can help move the discussion from a model name to a procurement-ready requirement. That may include comparing the three current G-series appliances, reviewing expected submission volume, identifying whether local or cloud VM expansion is needed, checking interface and rack requirements, and documenting the Fortinet products that will submit files. For projects involving existing infrastructure, the requirement review can also capture firmware versions, management topology and whether the intended workflow is detection, blocking, analyst investigation or automation.
A useful quotation should separate the hardware appliance from subscriptions, support, expansion licenses and professional-service scope. If installation is required, specify whether the work includes only physical installation or also base configuration, integrations, policy changes, testing and handover. Buyers can review broader FourTeck security products, explore deployment and support services, or send the requirement to FourTeck for model and bill-of-material guidance.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for FortiSandbox 500G, 1500G or 3000G. Availability can depend on the model, quantity, subscription term, vendor lead time and whether the order includes expansion licenses or professional services. Delivery planning should begin only after the exact hardware SKU and associated licenses are confirmed. If the project requires rack installation, base configuration, integration with FortiGate, FortiMail or other security products, or migration from an existing sandbox, include that work explicitly in the quotation. Warranty and support coverage should also be confirmed against the selected FortiCare option and current vendor policy rather than assumed from a generic appliance description.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
FourTeck can coordinate FortiSandbox requirements for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one project discussion. The most useful starting information is the intended model or workload, the number of appliances, deployment location, integration targets, desired support term and whether installation or configuration is part of the scope. Where the final model has not yet been selected, provide current mail, network or endpoint volumes and expected growth so the hardware shortlist can be based on workload rather than location. Delivery and onsite activities remain subject to confirmed scope, scheduling and current availability.
GCC Availability
For organisations planning FortiSandbox deployments across the GCC, FourTeck can assist with requirement review, model selection, licensing clarification, quotation coordination and deployment planning. A regional project may involve the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but each destination can have different procurement, delivery and service conditions. Buyers should provide the destination country, required FortiSandbox model or expected workload, appliance quantity, subscription term, integration scope and preferred project schedule. If the hardware will be part of a wider Fortinet Security Fabric deployment, include the relevant FortiGate, FortiMail, endpoint or security-operations components so compatibility and configuration dependencies can be reviewed together.
Product availability, licensing terms, delivery schedules, service visits, vendor lead times and installation scope can vary by country, model, quantity and requirement. FourTeck can help coordinate a consistent bill of materials and clarify what needs local confirmation before ordering. For enquiries involving Kuwait, buyers may also review FourTeck Kuwait resources. No local stock, customs outcome or fixed installation date should be assumed until the destination and project scope are confirmed.
Africa Availability
FourTeck can support organisations evaluating FortiSandbox hardware for projects in Africa by helping define the correct appliance, VM capacity, subscription requirements, related accessories, integration scope and support expectations before procurement begins. The design process is especially important for regional deployments because the destination may influence power planning, shipping arrangements, service logistics and vendor lead time. Buyers in East Africa, West Africa, Southern Africa or Central Africa should share the destination country, exact requirement, expected analysis volume, quantity, preferred deployment schedule and whether configuration or onsite assistance is needed.
Availability and fulfilment may depend on the selected model, licensing region, quantity, shipping route, local project conditions and current vendor policy. FourTeck can coordinate quotation and requirement review without implying local inventory or guaranteed delivery. Organisations can use the FourTeck Africa site for regional enquiries, while projects in Kenya and Uganda can be discussed with the relevant destination and deployment details.
Related products, services and deployment alternatives
FortiSandbox VM
A virtual deployment can be considered where organisations want private sandboxing without dedicated appliance hardware. Compare available compute, VM licensing and deployment platform requirements.
FortiSandbox SaaS or PaaS
Cloud-hosted options may suit organisations that prefer subscription-based capacity or do not want to operate a local appliance. Data-flow, latency and integration requirements should be reviewed.
FortiGate integration
FortiGate can submit suspicious content to FortiSandbox and use returned verdicts in supported workflows. Firewall sizing, inspection policy and sandbox integration should be considered together.
FortiMail integration
FortiMail can use sandbox analysis for suspicious attachments and related email threats. Mail volume and the percentage of attachments requiring deeper inspection influence sizing.
Installation and configuration
Professional-service scope can include appliance installation, network settings, integration, test submissions, policy validation and handover when these activities are specified in the quotation.
How buyers are comparing FortiSandbox hardware today
The most useful FortiSandbox hardware comparison is not a simple “500G versus 1500G versus 3000G” feature list. Buyers increasingly want to know what actually changes their deployment outcome: how many suspicious files can be handled during a busy period, how many samples reach dynamic analysis, how many analysis VMs are needed, whether the appliance must survive a power-supply failure, and which security products will rely on its verdicts. Those questions turn a product-family comparison into an architecture decision.
Is the 500G enough for a smaller enterprise?
It can be a sensible starting point when the expected suspicious-file workload is within its tested capacity and the organisation is comfortable with a single power supply. The decision should still account for peak dynamic-analysis demand and future VM expansion. A company with modest user numbers but a public upload portal may create more sandbox work than a larger office with low-risk file flows.
When does the 1500G become more appropriate?
The 1500G steps up local VM capacity, file throughput, storage resilience, 10GbE connectivity and redundant power while remaining a 1RU appliance. It is therefore a natural mid-range choice when the 500G’s capacity or resilience is too limited but the much larger 3000G is unnecessary. Exact sizing should still be based on measured or estimated submission behaviour.
The 3000G is materially different. Fortinet positions it as the highest-performance appliance in the current range, and the data sheet lists up to 150 local VMs, 160,000 effective sandboxing files per hour, 12,000 dynamic-analysis files per hour, 8 × 10GE SFP+ slots and 4 × 2TB RAID-10 storage. Those figures make it relevant to very large analysis environments, high-volume file services and SOC use cases, but they also bring 2RU rack space, greater power draw and more cooling demand. A buyer should choose it because the workload and resilience requirements justify the platform, not simply because it is the newest or largest model.
Another common question is whether hardware is preferable to FortiSandbox VM or cloud services. Hardware provides dedicated local resources and a clear appliance boundary. A VM can provide more infrastructure flexibility when a virtual platform already exists, while SaaS or PaaS models can reduce local appliance management. The right choice depends on data handling, performance, operational ownership, scalability, deployment policy and economics over the planned lifecycle. In some organisations, local hardware is also attractive because it can keep more analysis processing close to integrated systems; in others, cloud capacity is simpler.
Licensing is another area where buyers can make incorrect assumptions. The hardware purchase does not automatically define every capability that will be available throughout the deployment. Universal VM capacity, threat-intelligence subscriptions, support and optional services must be considered as separate bill-of-material elements. This is especially important when comparing public online prices because one listing may show hardware only, another may include initial operating-system licenses, and another may bundle support or subscription services. An accurate quotation should name the exact SKU and term for each component so the comparison is like-for-like.
Integration planning also affects the value of the investment. For a FortiGate deployment, determine whether suspicious content is simply submitted for visibility or whether a supported inline workflow is expected to prevent access until a verdict is returned. For FortiMail, understand attachment volume and mail flow. For endpoint security, decide how sandbox findings influence endpoint response. For SOC use, map reports and indicators into SIEM or SOAR workflows. A sandbox can produce sophisticated analysis, but the business benefit depends on how those findings change security decisions.
Buyers asking for a “FortiSandbox price in Dubai” therefore receive a more useful answer when they provide workload and scope information rather than only asking for the appliance cost. The model price is only one part of the project. Subscription term, support, VM capacity, integration work, rack installation, configuration, testing, training and regional delivery can all affect the final quotation. FourTeck can help structure those elements so procurement teams can compare the same scope across options.
For organisations upgrading from an older FortiSandbox generation, the evaluation should begin with the current workload and required outcome rather than a one-for-one model replacement. Fortinet’s G-series changes performance, VM scale and platform capabilities. Existing integrations, firmware dependencies, custom VMs and operational procedures should be reviewed before migration. This approach helps avoid carrying forward capacity assumptions that were appropriate for an older environment but no longer reflect current file volumes, threat-analysis depth or business growth.
Questions that clarify the right model before you buy
How do I estimate sandbox throughput if I have never used a sandbox?
Start with the systems that will submit content. For email, review messages, attachments and peak inbound periods. For firewalls or proxies, estimate file-bearing sessions and which policies will forward suspicious objects. For endpoints, examine unknown-file events. Build a peak-hour estimate rather than relying only on daily averages, then add realistic growth. A pilot or log-based assessment is better than multiplying user count by a generic ratio.
Should dynamic-analysis throughput drive the model choice?
It is often one of the strongest sizing indicators because dynamic execution consumes more resources than static analysis. However, not every submitted file reaches that stage. The expected escalation rate, analysis VM mix and tolerance for queueing must be considered with the published dynamic-throughput figure.
Do I need the 1500G or 3000G just for redundant power?
If redundant power is a mandatory hardware requirement, the current 500G does not meet that condition while the 1500G and 3000G do. Capacity should still be considered so the organisation does not buy far more processing than required solely for one resilience feature. Cluster architecture or alternative deployment models may also be relevant.
What information makes a quotation accurate?
Provide the model if already selected, quantity, expected workload, deployment country, desired support term, local VM requirement, integrated products, existing firmware versions, rack and interface needs, and whether installation or configuration is required. If the model is not known, provide workload information so it can be sized rather than guessed.
Can FortiSandbox analyse non-Windows files?
The current FortiSandbox data sheet lists support for several file types beyond Windows executables, including Office and PDF documents, email files, web files, Android packages, Linux and shell scripts, macOS files and multiple archive formats. The available dynamic operating-system environments and custom VM options remain configuration and license dependent.
What should be tested after installation?
Validate management access, update services, time and DNS, each integration path, test-file submission, verdict return, blocking or quarantine behaviour where configured, analyst visibility, alerts, backup processes and failure handling. Testing should show not only that the appliance is online but that the complete security workflow behaves as intended.
Why businesses contact FourTeck for FortiSandbox requirements
The practical reason is requirement clarity. FortiSandbox projects often involve more than one SKU and more than one technical team. Security architects may focus on analysis and integrations, infrastructure teams on rack, network and power, SOC teams on investigations, and procurement teams on commercial terms. FourTeck can help collect those requirements into one model-selection and quotation process, including hardware, subscriptions, support, licensing dependencies and optional deployment services.
The objective is not to force the largest appliance. It is to identify the model that provides suitable capacity and resilience for the intended workload while leaving a sensible growth path. Buyers can also review FourTeck business technology services or learn more about FourTeck before submitting a project requirement.
Frequently asked questions
Which models are in the current FortiSandbox hardware series?
Fortinet’s current FortiSandbox 5.2 data sheet lists three G-series hardware appliances: FSA-500G, FSA-1500G and FSA-3000G. They differ in local VM capacity, analysis throughput, interfaces, storage, redundancy and physical requirements.
What is the main difference between FortiSandbox 500G and 1500G?
The 1500G provides higher analysis throughput, more local VM capacity, 10GbE SFP+ slots, RAID-1 storage and redundant hot-swappable power supplies. The 500G is a smaller 1RU platform with lower capacity and a single power supply. Workload and resilience requirements should determine the choice.
Who should consider FortiSandbox 3000G?
The 3000G is intended for high-volume environments that need substantially more local VM and analysis capacity. It can suit large enterprises, SOC operations and file-intensive services, provided the 2RU rack, power, cooling and network requirements fit the data-centre design.
Does FortiSandbox hardware require subscriptions?
Subscription requirements depend on the desired capabilities and support. Current Fortinet documentation associates advanced threat-intelligence and machine-learning updates with Sandbox Threat Intelligence services, while VM expansion and some optional services may require additional licenses. Confirm the current ordering guide for the exact bill of materials.
Can FortiSandbox integrate with FortiGate and FortiMail?
Yes. Fortinet documents integrations with FortiGate and FortiMail, along with FortiClient, FortiEDR, FortiWeb, FortiProxy, FortiSIEM, FortiSOAR, FortiNDR and other products. The exact workflow and response actions depend on product versions, configuration and licensing.
Is FortiSandbox hardware better than FortiSandbox VM?
Neither form factor is universally better. Hardware provides dedicated local appliance resources, while a VM can offer infrastructure flexibility. Compare data-handling policy, available compute, operational ownership, scalability, integration requirements and lifecycle cost before choosing.
How should I size a FortiSandbox appliance?
Use peak suspicious-file submissions, dynamic-analysis demand, required VM operating systems, integrated-product volumes, interface requirements, storage and resilience as the main sizing inputs. Published user counts are useful only as a rough reference because real submission behaviour varies.
Is FortiSandbox available in Dubai and the UAE?
FourTeck can provide current UAE availability and quotation guidance for the FortiSandbox hardware series. Availability can vary by model, quantity, subscription term and vendor lead time, so confirm the exact requirement before planning delivery or installation.
What should I send FourTeck for a FortiSandbox quotation?
Send the preferred model if known, quantity, deployment location, expected workload, local VM requirement, integrated products, support term and whether installation, configuration or migration assistance is required. If the model is unknown, provide workload details for sizing.
Need the right FortiSandbox hardware model for your workload?
Share your expected file volume, integration points, VM requirements and deployment location. FourTeck can help compare 500G, 1500G and 3000G, clarify subscriptions and prepare a quotation with the required services.