Palo Alto Networks VM-Series Flexible vCPU 64-Core Virtual Firewall in Dubai, UAE
A high-capacity virtual next-generation firewall profile for organisations planning large cloud, virtual data-centre, transit-security or shared-services deployments. Correct sizing requires more than selecting 64 vCPUs: the compute platform, memory tier, traffic mix, security subscriptions, availability design and operational model must all be confirmed.
Virtual next-generation firewall
Flexible 64-vCPU allocation
Software NGFW credits
Platform and license sizing
Direct answer for buyers
The Palo Alto Networks VM-Series Flexible vCPU 64-Core Virtual Firewall is a software-based firewall deployment profile that assigns up to 64 licensed virtual CPUs to a VM-Series instance. It is mainly used to inspect and control traffic in large private-cloud, public-cloud, data-centre and virtual network environments where a smaller virtual firewall may not provide the required scale. It should be considered by enterprises, service providers and organisations with a validated need for substantial inspection capacity. Before proceeding, the buyer should confirm the supported platform, instance type, memory profile, PAN-OS compatibility, security subscriptions, traffic characteristics, availability architecture, logging destination and credit term. A 64-vCPU label is a sizing input, not a universal throughput guarantee.
What it does
VM-Series brings Palo Alto Networks firewall policy enforcement into a virtual machine. It can be placed in a traffic path to identify applications, control access, segment workloads, inspect permitted traffic and apply licensed threat-prevention services. At a 64-vCPU allocation, the intended conversation is usually about large traffic domains, centralised inspection, cloud network hubs, high-volume east-west segmentation or consolidated virtual firewall services. Actual capabilities remain dependent on PAN-OS, the selected security subscriptions, the memory tier, supported cloud or hypervisor features and the surrounding network architecture.
Who it may suit
This profile may suit security teams that already understand their traffic baselines and need a substantial virtual firewall footprint. Typical buyers include large enterprises, cloud platform teams, managed-service environments, data-centre operators and organisations consolidating inspection into a scalable software form factor. It is usually excessive for a small branch, a lightly used test environment or a buyer without reliable sizing data. Where requirements are uncertain, a measured pilot, traffic assessment and deployment architecture review are more useful than choosing the highest vCPU count by default.
Business challenges this deployment can help address
Large inspection domains
A central cloud hub or data-centre security zone can aggregate traffic from many workloads. A correctly engineered 64-vCPU deployment can provide a larger processing envelope, but only when the underlying instance and network path are also suitable.
Consistent policy across virtual estates
Security teams can use familiar firewall concepts for virtual traffic rather than relying only on basic network controls. Central management through Panorama or an applicable management service should be designed according to the organisation’s operating model.
Cloud and data-centre segmentation
VM-Series can support segmentation between applications, environments, tenants or network zones. The value depends on routing design, interface placement, policy quality and accurate application dependency mapping.
Elastic procurement planning
Flexible licensing uses Software NGFW credits so organisations can define vCPU and security-service choices through deployment profiles. Credit requirements and terms must be calculated for the exact configuration rather than inferred from the vCPU number alone.
Core capability band
Policy can be based on identified applications and users where the required identity integrations are designed and maintained.
Licensed security services can inspect allowed traffic for threats. Service selection, decryption policy and operational tuning directly affect capacity and cost.
The firewall can be deployed across supported public and private cloud platforms, subject to the current compatibility and system requirements for each environment.
Central policy, templates, logging and lifecycle processes can be coordinated with Panorama or supported cloud management options according to the selected design.
Product-fit decision matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| High virtual firewall capacity | Measured traffic and inspection demands justify a large compute profile. | Target throughput, sessions, new connections, packet sizes and enabled services. |
| Cloud transit security | Multiple networks or applications require controlled central inspection. | Routing, load balancing, zones, failure behaviour and cloud network limits. |
| Encrypted traffic inspection | The organisation has a lawful, governed decryption policy and sufficient capacity. | Certificate handling, exclusions, privacy requirements and performance impact. |
| High availability | Service continuity needs justify redundant firewalls and platform components. | Supported HA mode, state synchronisation, routing convergence and zone design. |
| Flexible licensing | The buyer wants vCPU and security services defined through a credit-funded profile. | Credit pool, term, support, subscriptions, management and renewal ownership. |
Technical and commercial information
| Brand | Palo Alto Networks |
|---|---|
| Product | VM-Series Flexible vCPU 64-Core Virtual Firewall |
| Product type | Virtual next-generation firewall software deployment |
| Licensed compute | Flexible allocation configured for 64 vCPUs |
| Licensing method | Software NGFW credits and deployment profile; exact credit consumption is configuration and term dependent |
| Operating software | PAN-OS, subject to supported release and platform requirements |
| Deployment environments | Supported private-cloud hypervisors and public-cloud platforms; platform support must be confirmed for the intended PAN-OS release |
| Memory | Configuration dependent; memory tier affects supported scale limits |
| Throughput | Platform, instance, traffic and security-service dependent; confirm through current vendor guidance and design testing |
| Security services | Subscription dependent; select only the services required by the security architecture |
| Management | Local management and supported central-management options; exact design depends on operational requirements |
| High availability | Supported in applicable designs, with mode and cloud implementation dependent on platform |
| Interfaces | Virtual interfaces and practical limits depend on platform, instance type and deployment architecture |
| Included components | Not confirmed; quotation must specify software entitlement, support, subscriptions and services |
| Availability | Contact FourTeck for current UAE licensing and commercial options |
| Important note | A 64-vCPU license does not by itself guarantee an application throughput figure or remove cloud infrastructure charges. |
Configuration, licensing and compatibility dependencies
Flexible VM-Series licensing lets the deployment profile define the vCPU count and selected security services. The buyer therefore needs a complete configuration rather than a simple quantity of one firewall. The profile must align with the available Software NGFW credit pool, the intended term, support coverage and the PAN-OS release. A security subscription should never be assumed to be included merely because the base firewall is licensed. Advanced threat inspection, URL controls, DNS security, malware analysis, remote-access functions, logging services and central management may require separate subscriptions, service credits or platform components.
Compatibility must also be checked at the infrastructure layer. Public-cloud marketplaces may offer several purchasing and deployment paths, while private-cloud installations depend on hypervisor version, virtual hardware, storage, CPU features and network interface design. Cloud instance families can impose limits on network bandwidth, interface count, acceleration features and placement. The selected instance should support the 64-vCPU allocation without overcommitting compute resources. When the firewall is inserted through a load balancer, gateway service, routing appliance or service chain, the complete traffic path and failure behaviour must be validated.
A practical deployment and purchase journey
Measure the requirement
Collect peak and average throughput, packet-size distribution, concurrent sessions, new connections, encrypted traffic percentage, application mix, traffic direction and expected growth. Include the effect of threat inspection, decryption, logging and VPN services.
Design the traffic path
Define interfaces, routing, zones, load balancing, network address translation, inspection points, bypass behaviour and resilience. A firewall cannot correct an unclear cloud routing model after deployment without change risk.
Build the license profile
Select 64 flexible vCPUs, the appropriate memory profile, required subscriptions, support level, management and logging components, and the commercial term. Calculate the Software NGFW credits for the actual profile.
Pilot and validate
Test representative traffic, security policy, routing convergence, logging, management, update connectivity, failure scenarios and operational workflows. A pilot helps expose cloud limits and policy assumptions before production traffic is moved.
Deploy with lifecycle ownership
Document the configuration, backup method, upgrade process, renewal owner, monitoring thresholds, incident procedure and capacity-review schedule. Treat the firewall as an operational service, not merely a virtual machine image.
Capacity is a system design question
The most important point about a 64-vCPU virtual firewall is that processor count is only one part of the performance equation. The hypervisor or cloud host must make the required compute available consistently, and the virtual network must be capable of delivering traffic to the firewall without creating a separate bottleneck. Instance network bandwidth, virtual interface limits, accelerated networking support, storage performance for logs, CPU generation and cloud placement policies can all influence the result.
Traffic composition matters equally. Small packets generally require more packets-per-second processing for the same bandwidth than large packets. New connection rates stress different functions from long-lived sessions. TLS decryption introduces cryptographic work and policy complexity. Security profiles add inspection. Logging every session creates a data-handling requirement downstream. A useful sizing exercise therefore works from measured traffic and enabled functions toward the vCPU and memory selection, not from an attractive headline number toward an assumed business outcome.
FourTeck can help structure the sizing discussion by separating mandatory requirements from optional services, growth allowance and resilience overhead. For a critical design, the recommended result should be validated against current Palo Alto Networks performance guidance for the exact platform and then tested under representative conditions. Cloud provider infrastructure costs should be estimated independently from the firewall licensing cost.
Security services, decryption and operational control
The base virtual firewall provides the policy platform, but the security outcome depends on which services are licensed, configured and operated. Buyers should identify the risks they are trying to control and then select relevant subscriptions. Adding every available service without an operating plan can increase cost and complexity without producing a well-managed result. Conversely, purchasing only compute while omitting required threat intelligence or inspection functions can leave the design incomplete.
Decryption deserves a separate decision. Inspecting encrypted traffic can improve visibility into permitted sessions, but it requires certificate governance, user communication, legal and privacy review, exception handling, application testing and additional capacity. Sensitive categories and pinned-certificate applications may require exclusions. The project should include a staged policy, monitoring for failures and an agreed process for troubleshooting business applications.
Operational control includes policy review, software maintenance, content updates, configuration backups, administrator access, log retention, alerting and incident response. Central management can simplify consistent policy across multiple firewalls, but template and device-group design must reflect business ownership. Logging destinations need sufficient capacity and retention planning. The organisation should decide who approves policy, who handles vendor support cases, who monitors license consumption and who owns renewal dates before production go-live.
Resilience, scaling and cloud architecture
A large firewall profile is often placed in a critical network path, which makes resilience design essential. Depending on the platform, VM-Series can participate in high-availability architectures, but the practical implementation differs across private cloud and public cloud. Some designs use stateful firewall pairs; others rely on cloud load balancing, health probes, route automation, scale sets or multiple availability zones. The correct choice depends on state requirements, recovery objectives, supported features and the tolerance for session interruption.
Scaling up to 64 vCPUs can simplify policy concentration, but it may also create a larger failure domain. Scaling out across multiple smaller instances can offer different resilience and operational characteristics. Buyers should compare these approaches rather than assuming one large instance is automatically preferable. Consider policy consistency, session distribution, asymmetric routing, source network address translation, licensing economics, update procedures and the ability to remove one instance for maintenance.
For public cloud, the design should account for availability-zone boundaries, route-table behaviour, gateway services, service endpoints and cloud-native logging. For private cloud, review hypervisor clustering, CPU reservations, anti-affinity, virtual switching, storage and host maintenance. A documented failure test should prove that the intended traffic path continues or recovers as expected. High availability is not achieved merely by deploying two virtual machines.
Ideal business environments and use cases
Enterprise cloud transit hub
A central inspection layer for multiple virtual networks, application environments or business units, provided routing and load balancing are designed for symmetric traffic flow and failure recovery.
Large virtual data centre
Segmentation and controlled north-south or east-west traffic inspection in a private-cloud environment where compute resources and hypervisor support are validated.
Managed or shared security services
Centralised firewall services for several internal tenants or customers, subject to virtual-system, management, logging, licensing and operational separation requirements.
Data-centre migration
A security control point during movement from physical infrastructure to virtual or cloud platforms, with careful mapping of legacy rules, dependencies and address translations.
Regulated workload segmentation
Policy boundaries and inspectable access paths around sensitive workloads, combined with governance, logging, identity and change control appropriate to the organisation.
Large remote-access gateway
Potential use in a broader remote-access architecture where licensing, user scale, authentication, portal and gateway placement, endpoint controls and resilience are separately designed.
Integration and operational considerations
Before the firewall is inserted, map the systems that must exchange traffic through it. This includes cloud route tables, virtual routers, load balancers, DNS, identity providers, certificate authorities, directory services, update servers, management networks, logging platforms and monitoring systems. The management interface needs controlled connectivity for licensing, updates, administration and support. Service routes and proxy requirements should be documented.
Policy migration from an existing firewall should not be treated as a direct copy exercise. Remove unused rules, confirm application dependencies, validate objects and address groups, review NAT behaviour and define naming standards. Dynamic address groups or cloud integrations may improve adaptation to changing workloads, but they require permissions, tagging discipline and testing. Automation through templates or APIs should include version control, approval and rollback.
Operations teams need dashboards and thresholds that reveal resource pressure before users are affected. Monitor dataplane and management-plane health, session utilisation, packet drops, interface errors, update status, logging delays, HA state and license condition. Schedule capacity reviews after major application launches or routing changes. The initial 64-vCPU selection should still be re-evaluated as traffic and inspection policy evolve.
Questions buyers should resolve before ordering
Provide measured data or an architecture assumption that can be tested. Oversizing can increase recurring software and cloud costs.
Identify the cloud, region, instance family or hypervisor release and confirm current support for the selected PAN-OS version.
List required subscriptions and decide whether decryption, sandbox analysis, DNS controls, URL filtering or remote access are included.
Define redundancy, route convergence, health checks, session behaviour and maintenance procedures.
Estimate daily volume, retention, forwarding, compliance access and the management platform needed to use the data.
Assign responsibility for updates, content releases, backups, support cases, credit consumption and renewal.
Procurement checklist
✓ Exact 64-vCPU flexible deployment profile
✓ Quantity and high-availability topology
✓ Public cloud, region or private hypervisor
✓ Required PAN-OS release and upgrade path
✓ Memory profile and expected scale limits
✓ Security subscriptions and license term
✓ Panorama or other management requirements
✓ Logging destination and retention requirement
✓ Interface, routing and load-balancer design
✓ Decryption scope and certificate process
✓ Installation and configuration responsibilities
✓ Migration, testing and rollback scope
✓ Vendor support level and renewal owner
✓ Cloud infrastructure cost separated from license cost
FourTeck consultation, sizing and quotation support
FourTeck can help turn a general request for a 64-core VM-Series firewall into a procurement-ready requirement. The process can begin with a review of the intended platform, business applications, traffic path, current firewall statistics and growth assumptions. The objective is to identify whether a single 64-vCPU instance, a resilient pair or a scale-out design is more appropriate, and to expose any missing dependencies before commercial commitments are made.
Assistance can include deployment-profile definition, subscription and support review, bill-of-material guidance, interface and routing discussions, implementation scope, migration planning, testing criteria and documentation requirements. Services are quoted according to the agreed scope and should not be assumed to be included with the software license. Buyers can also review related firewall services, browse the security product portfolio or contact the FourTeck firewall team with the sizing details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for Palo Alto Networks Software NGFW credits, the required deployment profile, support and selected subscriptions. Availability may depend on license term, quantity, customer entitlement, vendor processing and the exact commercial route. The quotation should clearly separate the virtual firewall license, security services, support, management components, professional services and any cloud marketplace or infrastructure charges.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review, quotation preparation and a discussion of installation or configuration scope. Delivery in this context may mean license entitlement and activation coordination rather than shipment of a physical appliance. Project dates should be agreed only after the bill of materials, platform readiness and customer responsibilities are confirmed. Businesses can learn more about FourTeck firewall solutions in the UAE and the wider FourTeck technology portfolio.
GCC Availability
FourTeck can assist organisations planning VM-Series deployments across GCC markets by reviewing the intended firewall profile, destination, cloud platform, subscription mix and project responsibilities. Requirements in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman may follow different commercial, cloud marketplace, licensing, tax and service arrangements. Product availability, Software NGFW credit processing, support options, service visits and vendor lead times can therefore vary by country, quantity and contract term. Buyers should provide the destination country, 64-vCPU profile requirement, number of instances, high-availability design, license duration, cloud or hypervisor platform, deployment location and target schedule. FourTeck can then help coordinate a suitable quotation, configuration scope, installation planning and renewal guidance. No assumption should be made about local stock because this is a software entitlement tied to a defined deployment profile. For Kuwait-related technology coordination, buyers may also review FourTeck Kuwait resources.
Africa Availability
Organisations planning cloud or virtual data-centre security projects in Africa can contact FourTeck for product evaluation, license-profile guidance, subscription planning and regional procurement coordination. A 64-vCPU VM-Series requirement should be checked against the destination cloud region, available instance families, internet and private connectivity, local operating model, power and hosting conditions for private-cloud deployments, and the support process available to the customer. Availability and fulfilment may depend on the destination, license region, quantity, vendor lead time, cloud marketplace, implementation scope and local project conditions. Buyers should share the destination country, exact number of firewall instances, required term, expected deployment schedule, security services, management design and any remote or onsite support expectations. FourTeck can help structure the requirement for East African and wider regional projects without promising local inventory or a fixed delivery date. Relevant regional resources include FourTeck Africa, Kenya technology support and Uganda technology support.
Related products, services and alternatives to review
Smaller flexible vCPU profiles
Consider a lower vCPU allocation when measured traffic, inspection and growth requirements do not justify 64 vCPUs. This can reduce license and cloud compute cost.
Scale-out VM-Series design
Multiple virtual firewalls behind a supported traffic distribution architecture may offer different resilience and scaling characteristics than one large instance.
Panorama management
Central management may be relevant for policy, templates and operations across multiple firewalls. Capacity, license and deployment requirements must be confirmed.
Security subscriptions
Select threat, URL, DNS, malware analysis, logging or other services according to the security design. Do not assume subscriptions are included.
Migration and configuration services
A defined service scope can cover rule review, object migration, routing, NAT, validation, documentation and handover.
Physical firewall alternatives
A physical appliance may be preferable where dedicated hardware interfaces, predictable appliance architecture or on-premises operational requirements dominate.
Why businesses contact FourTeck
Businesses contact FourTeck when they need practical help converting a product name into a complete requirement. For VM-Series, this often includes clarifying whether the flexible vCPU profile is appropriate, identifying the relevant Software NGFW credit components, checking security-service choices, defining management and logging, reviewing compatibility, and separating license cost from cloud infrastructure and implementation services.
FourTeck can coordinate quotation inputs, deployment discussions, migration planning and support expectations without making unsupported assumptions about performance or availability. This is particularly useful when procurement, cloud, network and security teams each own a different part of the project. A consolidated requirement reduces the risk of ordering a license without the necessary subscriptions, selecting an unsupported instance, omitting HA components or overlooking the operational work needed after activation.
Frequently asked questions
Is this a physical 64-core firewall appliance?
No. It is a VM-Series virtual firewall deployment using a flexible license profile configured for 64 virtual CPUs. It runs on a supported cloud or virtualisation platform, which must supply the required compute, memory, storage and networking.
Does 64 vCPU guarantee a specific firewall throughput?
No. Throughput depends on the platform, instance type, PAN-OS version, traffic mix, packet size, connections, decryption, subscriptions, logging and network design. Current platform guidance and representative testing should be used.
How is the flexible VM-Series firewall licensed?
Flexible VM-Series licensing is funded through Software NGFW credits. A deployment profile specifies the vCPU allocation and selected services. Credit consumption and commercial terms depend on the final profile.
Are threat-prevention subscriptions included?
They should not be assumed to be included. The quotation must identify the base entitlement, each required security service, support, management, logging and the applicable term.
Can it be deployed in public and private cloud?
VM-Series supports a range of public and private cloud environments. The exact platform, instance or hypervisor version, PAN-OS release and feature compatibility must be confirmed for the proposed deployment.
Does it support high availability?
VM-Series can be used in supported high-availability designs. The implementation varies by platform and may involve firewall HA, cloud load balancing, routing automation or multiple availability zones. The full failure path must be tested.
What information is needed for a quotation?
Provide the platform and region, instance count, HA design, traffic requirements, security services, memory needs, management, logging, term, support level, implementation scope and expected schedule.
Can FourTeck help with migration and configuration?
FourTeck can discuss a scoped service covering design review, configuration, migration, testing, documentation or handover. The exact tasks, customer inputs and responsibilities should be included in the quotation.
How can UAE availability be checked?
Share the final deployment profile and commercial term with FourTeck. Current availability depends on licensing, subscriptions, support, quantity, customer details and vendor processing rather than physical warehouse stock.
Plan the 64-vCPU firewall as a complete service
Send the platform, traffic profile, subscription list, resilience requirement and target date. FourTeck can help define the deployment profile, quotation structure and implementation scope for Dubai, the UAE and regional projects.
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