Fortinet FortiVoice FVE-VM-5000 Virtual Enterprise Phone System Uganda

Fortinet FortiVoice FVE-VM-5000 is a virtualized enterprise communications platform built for organizations that need to centralize a large population of business extensions, SIP connectivity, call routing and collaboration services on server or cloud infrastructure. Rather than installing a dedicated physical PBX for every major site, an enterprise can deploy the FortiVoice virtual machine within a supported virtualization environment and allocate compute, memory, network interfaces and storage according to the validated design. The FVE-VM-5000 tier is positioned for substantial environments, supporting up to 5,000 extensions and 500 VoIP trunks. Fortinet documentation also lists capacity for up to 800 concurrent calls, 500 auto attendants and 500 call-center agents, making the platform relevant to headquarters, shared-service operations, universities, banks, public-sector institutions, healthcare groups, hospitality operators and multi-branch organizations.

For procurement teams in Uganda, the important question is not simply whether the license can support 5,000 users. A dependable deployment must account for busy-hour call concurrency, SIP carrier design, branch survivability, virtual host resilience, recording retention, endpoint mix, numbering plans, call-center functions, support subscriptions and recovery procedures. FourTeck approaches the FVE-VM-5000 as an enterprise communications project rather than a stand-alone software purchase. This makes it possible to align the license with the infrastructure already available and identify additional services, gateways, phones or subscriptions before a purchase order is finalized.

The virtual form factor is particularly useful when an organization already operates a mature data-center virtualization stack. Compute and storage can be incorporated into established backup, monitoring and resilience practices while telephony administration remains centralized. Supported environments include VMware ESX/ESXi and Microsoft Hyper-V, while Fortinet also publishes deployment options for public-cloud environments including AWS and Microsoft Azure. Exact platform compatibility, release support and licensing method should be verified for the intended FortiVoice software version before deployment.

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Instant Specifications and Procurement Fact Rail

Because FVE-VM-5000 is software rather than a rack appliance, traditional power-supply and chassis specifications are replaced by host-platform requirements. Fortinet lists four virtual network interfaces and storage capacity up to 8 TB, with a minimum of 50 GB. Power consumption, rack space, redundancy and environmental tolerances therefore depend on the physical servers, storage and networking selected by the customer. Quote status should be treated as project-specific because software licensing, support services, call-center features, softclients, third-party phone rights and deployment services can materially change the final bill of materials. Warranty language for a software license also differs from a hardware warranty; support entitlement and any underlying server warranties should be documented separately.

Operational Product Architecture and Overview

The architecture of FVE-VM-5000 separates the communications application from a proprietary physical chassis. This gives infrastructure teams flexibility to place the workload on approved virtual infrastructure while retaining the call-control functions expected from an enterprise PBX. The platform handles extension registration, dial plans, inbound and outbound routing, auto attendants, voicemail and unified communications functions, conferencing, SIP trunks and optional call-center workflows. It supports common audio codecs such as G.711 μ-law and A-law, G.729a, G.722 and Opus, with H.263 and H.264 listed for video support. Codec selection matters because bandwidth use, voice quality and interoperability differ by endpoint, carrier and WAN design.

A large deployment should begin with traffic engineering. Five thousand registered extensions do not mean five thousand simultaneous calls. Fortinet specifies a concurrent-call ceiling for the VM-5000 tier, and the organization should estimate busy-hour concurrency from real calling patterns rather than extension count alone. Contact centers, customer-service desks and trading or dispatch environments may have far higher concurrency than ordinary administrative offices. SIP trunk capacity should similarly be calculated around external call demand, failover paths and carrier limits. Internal extension-to-extension calls may not consume PSTN trunks, while external calls do.

Storage design is another operational consideration. Basic system storage is different from a recording-heavy environment. Call recording, voicemail retention, logs and backups can substantially increase storage requirements. The platform can be provisioned with storage up to the documented limit, but the correct allocation should follow retention policy and projected usage. Procurement teams should decide whether recordings must be retained for weeks, months or years, whether they are subject to regulatory controls, and how backups will be protected. The underlying storage should provide predictable latency and resilience because voice infrastructure is an always-on service.

Network architecture should provide clean paths between endpoints, SIP carriers, branch sites, gateways and the virtual appliance. Voice VLANs, QoS policies, DNS, NTP, firewall rules, NAT behavior and session timeouts all influence call quality and registration stability. Where a FortiGate or another security platform sits at the edge, SIP handling should be tested against the carrier configuration. A deployment plan should include port requirements and security controls without broadly exposing management interfaces.

The operational pain points that typically justify this class of system include fragmented PBXs, high administration overhead, inconsistent numbering plans, branch-by-branch carrier contracts, limited visibility, poor scalability and the difficulty of supporting remote users. Consolidation can simplify management, but centralization also increases the importance of resilient hosts, WAN connectivity and disaster recovery. The design therefore needs to balance central control with local continuity requirements.

Enterprise Business Outcomes and Value Analysis

Key Hardware and Software Highlights

FVE-VM-5000 has no proprietary physical port layout because it is delivered as a virtual appliance. Its hardware profile is therefore expressed as recommended virtual resources: 8 vCPU, 16 GB RAM, four virtual network interfaces and storage scalable up to 8 TB. This distinction is important during tender preparation. A bill of materials for the VM edition should not accidentally include assumptions copied from a physical FortiVoice appliance. The server platform must supply the CPU, memory, network adapters, storage controllers, power supplies and rack footprint.

The software capacity is the core differentiator. Fortinet lists 5,000 extensions, 500 VoIP trunks, up to 800 concurrent calls, 500 auto attendants, 50 conference bridges with up to 20 attendees per bridge, and up to 500 call-center agents for the FVE-VM-5000 class. Fortinet also documents user conference events separately, so planners should distinguish general conference-bridge capacity from user conference-event limits in the applicable software release.

Optional capabilities may include FortiFone Softclient, call-center functionality, hotel management, notification services and multi-tenancy. These are not reasons to assume every feature is included in every quote. Feature entitlement can depend on license and service selection. Before purchase, the requested functionality should be converted into a line-by-line licensing schedule and checked against the current Fortinet ordering guide.

Technical Specifications Ledger

Specifications should be interpreted as platform limits and recommended virtual resources rather than a guarantee that every deployment will reach maximum capacity under every configuration. Real performance is affected by software version, host resources, storage performance, network conditions, feature use and traffic patterns. The technical design should preserve sufficient headroom instead of sizing the system to operate continuously at a published ceiling.

Configuration and Sizing Worksheet

Step 1 — Estimate workload and scale

Count current extensions, expected additions during the next three to five years, common-area phones, meeting-room devices, softclients and any third-party endpoints. Then estimate busy-hour concurrent calls. A 5,000-extension organization may have far fewer than 800 simultaneous calls, but a contact-center-heavy business can have a much higher concurrency ratio. Document internal calls, external calls and call-center traffic separately. This establishes whether the VM-5000 tier is appropriate and how many SIP channels should be contracted.

Step 2 — Define host and data-center requirements

Confirm a supported virtualization platform and reserve the recommended compute and memory resources. Decide whether the workload will use local, SAN or other supported storage and whether the storage platform meets the organization’s resilience requirements. Because the product is virtual, rack space and electrical feeds belong to the server and storage design. If the existing cluster is already highly utilized, include additional server capacity rather than assuming spare resources are available.

Step 3 — Plan network paths and redundancy

Map voice VLANs, management networks, SIP carrier connectivity, branch WAN paths, DNS and NTP dependencies. Identify redundant switches, firewalls, routers and carrier circuits where continuity requirements justify them. Check cabling and switch PoE capacity for physical phones even though the PBX itself is virtual. A phone system can remain operational in the data center while users are unreachable because an access switch, WAN link or carrier trunk has failed.

Step 4 — Confirm licensing and subscriptions

List required softclients, call-center agents, hotel-management functions, notifications, multi-tenancy requirements, support coverage and third-party phone usage. Confirm which capabilities are included with the base product and which require separate entitlements. Do not assume that a maximum platform capacity automatically grants every optional service. Align support duration with the procurement term and internal maintenance policy.

Step 5 — Prepare the quotation checklist

Provide legal customer name, delivery and billing details, required license quantity, extension count, trunk count, concurrency estimate, hypervisor, storage target, SIP carrier, endpoint models, call-center agent count, recording requirement, support term, implementation scope and desired deployment date. This information allows a more accurate bill of materials and reduces change orders after purchase.

Deployment Scenarios and Industry Use Cases

Large enterprise and multi-site networks

A large company with a Kampala headquarters and branches across Uganda can use FVE-VM-5000 as a centralized communications core. Extensions can follow a consistent numbering strategy while branches connect through the enterprise WAN. Central administration simplifies moves, adds and changes, while standardized phone profiles can reduce configuration variance. The design should account for branch WAN outages. Critical sites may require local survivability, alternate routing or gateway strategies so essential calling can continue when connectivity to the central system is interrupted.

Financial and banking institutions

Banks and financial organizations often require strong operational governance, controlled administrative access, predictable call routing and retention policies. FVE-VM-5000 can support a large extension population and contact-center operations, but the deployment should be integrated with security policy. Administrative access should be restricted, backups protected, software maintained on supported releases and call recordings governed according to organizational and regulatory requirements. Carrier diversity may be valuable for customer-service continuity.

Educational and campus networks

Universities can have thousands of extensions spread across administration, faculties, residences, security posts, clinics and service desks. A virtual PBX allows communications to align with the institution’s data-center environment. Different auto attendants and schedules can serve departments while central administration preserves common standards. Emergency calling requirements, campus security workflows and analog-device integration should be considered early, especially where legacy fax, paging or specialized devices remain in service.

Government and defense procurement

Public-sector deployments frequently require documented specifications, support terms, implementation responsibilities and acceptance criteria. The VM form factor can be attractive where approved virtualization infrastructure is already available. Procurement documentation should identify data residency, administrative control, software support, backup, recovery, endpoint standards and network segmentation. Where a project has specialized security or accreditation requirements, those requirements must be evaluated against the intended FortiVoice release and the broader infrastructure rather than inferred from the product name.

Technical Deep Dive: Processing and Virtual Resource Architecture

Unlike a dedicated communications appliance with fixed processors and interface cards, FVE-VM-5000 receives its processing resources from the hypervisor. Fortinet recommends eight vCPUs and 16 GB of RAM for this tier. The design objective should be consistent access to those resources. Heavy oversubscription can introduce scheduling delay, while storage contention can affect logging, recording and general responsiveness. Voice traffic is latency-sensitive, so the host cluster and network should be engineered with predictable performance in mind.

Four virtual network interfaces provide flexibility for logical separation according to the supported deployment design. The interfaces should be mapped deliberately rather than simply attached to the same unrestricted network. Management, voice, trunk or service paths may require distinct policy treatment. Exact interface use depends on the topology and software configuration. At the physical layer, redundant NICs, switches and uplinks can reduce single points of failure. QoS should be applied end to end where WAN congestion is possible; marking traffic on one segment is insufficient if downstream devices ignore or rewrite those markings.

Capacity figures should be treated as a sizing boundary. Up to 800 concurrent calls is substantial, but codec choice and network overhead influence bandwidth. G.711 generally consumes more bandwidth than compressed codecs, while Opus can provide flexible voice performance where supported. A WAN calculation should include RTP overhead, signaling, growth margin and other traffic. For branch deployments, calculate per-link busy-hour requirements and test failover paths under realistic conditions.

Technical Deep Dive: Software Ecosystem, Firmware Security and Operational Control

Enterprise communications systems are long-lived operational platforms, so lifecycle management matters as much as initial configuration. Administrators should maintain an inventory of the FortiVoice version, licensed services, endpoint firmware, gateways, carrier details and backup status. Updates should be evaluated in a controlled process with release notes, compatibility checks, maintenance windows and rollback planning. Production voice services should not depend on undocumented configuration changes.

Administrative security starts with access control. Management interfaces should be reachable only from trusted networks or approved administrative paths. Accounts should follow least-privilege principles and credentials should be protected according to organizational policy. Logs should be reviewed and time synchronization maintained. SIP services exposed toward carriers or external users require carefully defined firewall policy. Unnecessary services should not be broadly reachable from the public network.

The ecosystem may include FortiFone endpoints and softclients, third-party phones, SIP trunks, gateways, call-center functions and hotel-management integration. Each component adds a compatibility dimension. A successful procurement validates the complete ecosystem against the intended software release. This is especially important when an organization wants to reuse an existing phone estate. Standards support alone does not guarantee that every vendor-specific feature, provisioning method or key function will behave identically.

Technical Deep Dive: High Availability, Redundancy and Disaster Recovery

A 5,000-user phone system can become a critical dependency, so resilience should be designed before migration. The virtual machine should run on infrastructure with appropriate compute, storage and network redundancy. The application configuration should be backed up on a defined schedule, with copies protected outside the immediate failure domain. Recovery procedures should state who can restore the system, where license information is kept, how carrier connectivity is re-established and how endpoints are returned to service.

High availability is broader than hypervisor restart. A virtual machine can restart successfully while the SIP carrier, WAN, firewall or DNS service remains unavailable. The continuity plan should identify failure scenarios one by one: host failure, storage failure, switch failure, firewall failure, ISP failure, carrier failure, site power loss and configuration corruption. For each scenario, define detection, failover and recovery steps. Critical branch sites may need local calling options if the WAN is unavailable.

Disaster-recovery testing should be practical. Restoring a backup into an isolated environment can reveal missing dependencies before an emergency. Keep configuration documentation, network diagrams, carrier contacts and entitlement records current. Recovery objectives should be agreed with business owners because a system supporting emergency, banking, customer-service or operational communications may require a shorter restoration target than ordinary office telephony.

Pre-Purchase Buyer Gap Checklist

Is every feature included in the base license? No procurement team should assume this. Fortinet identifies add-on capabilities such as softclients, call center, hotel management, notification and multi-tenancy. Confirm the current ordering structure and support entitlement for the exact project.

Does 5,000 extensions mean 5,000 simultaneous calls? No. Extension capacity and concurrent-call capacity are separate metrics. Fortinet lists up to 800 concurrent calls for this model tier. Traffic engineering should be based on busy-hour behavior.

Is a physical server included? FVE-VM-5000 is a software virtual appliance. Host hardware, virtualization licenses, storage, network switching and power infrastructure are separate unless explicitly included in a project quote.

How much rack space and electrical power does it need? The software itself has no chassis. Rack and power requirements are determined by the server, storage and networking selected to host it. This is why a virtual PBX tender should reference the host infrastructure separately.

Can existing third-party SIP phones be reused? Potentially, but compatibility and licensing must be checked. Basic SIP registration is not the same as full feature parity. Provisioning, BLF, transfer, conferencing, voicemail keys and firmware behavior should be validated with representative devices before a mass migration.

What about call recording? Recording requirements can influence storage sizing, privacy controls, retention policy and backup architecture. Estimate recorded minutes per day, codec, retention period and replication requirements before selecting disk capacity.

Can it be deployed in public cloud? Fortinet publishes FortiVoice availability for AWS and Microsoft Azure, including licensing options. Confirm the exact deployment model, region, release support and commercial terms for the intended project.

What happens when the WAN fails? Centralized telephony makes WAN design important. Evaluate redundant links, branch survivability, local gateways and alternate routing according to business criticality.

What is the expected software lifecycle? Verify the current Fortinet lifecycle and supported FortiVoice release at the time of order. Include support renewal in the operating budget so the system can receive appropriate assistance and updates.

Uganda Procurement and Delivery Logistics

For Uganda projects, FourTeck can structure the quotation around the FVE-VM-5000 base license, required services and the broader communications bill of materials. Software licenses may be delivered electronically, while phones, gateways, switches, servers or accessories require physical logistics. The quote should clearly separate software, subscriptions, support, hardware and professional services so procurement teams can compare scope accurately.

Order processing normally begins after commercial acceptance and verification of customer and licensing details. Lead time depends on distributor availability, license issuance, imported hardware requirements and project scope. For time-sensitive migrations, buyers should avoid setting a cutover date until entitlement, carrier readiness and hardware delivery have been confirmed. Pre-configuration can include agreed system parameters, firmware review, extension templates, network planning and staging tasks where included in the project.

Uganda deployments may also require coordination with local SIP providers, internet service providers and internal network teams. A pre-deployment checklist should identify public addressing, firewall policy, VLANs, DHCP options where relevant, DNS, NTP, QoS, phone power requirements and test numbers. This reduces the risk of arriving at the migration window with unresolved dependencies.

Local Coverage Matrix

Coverage planning should be based on the actual installation scope rather than city name alone. Remote commissioning, on-site engineering, physical endpoint rollout and carrier coordination can have different lead times and costs. A project spanning several cities should include a site schedule, local contact list, endpoint quantities, network readiness status and acceptance procedure for each location.

Cross-Border and Regional Supply Chains

Organizations operating beyond Uganda can coordinate regional procurement through FourTeck’s country and regional platforms. Visit FourTeck Uganda for Uganda requirements, FourTeck Kenya for Kenya, FourTeck Africa for broader African projects, FourTeck UAE for United Arab Emirates requirements and FourTeck Kuwait for Kuwait projects. Cross-border programs benefit from a standardized bill of materials while still accounting for local carrier services, electrical standards, import processes and support logistics.

For multinational deployments, define whether the FortiVoice system will be centralized in one region or distributed across regional data centers. Consider latency, data policy, carrier interconnection and disaster recovery. Endpoint and gateway hardware may need country-specific sourcing even when the core software design is standardized.

Related Products and Internal Planning Links

A complete FortiVoice project often includes more than the VM license. Buyers can explore enterprise communications solutions in Uganda and contact FourTeck for related FortiFone desk phones, softclient licensing, call-center licensing, analog or PRI gateways, PoE switching, firewall connectivity, server infrastructure and power protection. For a smaller deployment, ask about FVE-VM-2000 or FVE-VM-500. For growth beyond 5,000 extensions, evaluate FVE-VM-10000 and higher tiers rather than purchasing a model with insufficient headroom.

Analog devices deserve special attention. Fax machines, door phones, paging systems and legacy handsets may require FXS gateways, while legacy carrier circuits may require FXO or PRI gateway options. SIP-first designs can reduce dependency on analog interfaces, but existing building systems often make gateway planning necessary. PoE access switches should be sized for the number and power class of physical IP phones, with UPS capacity aligned to the desired runtime during mains outages.

FourTeck Technical Service Capabilities

FourTeck can support engineering validation before purchase by checking model capacity against extension count, trunk demand, concurrency and feature requirements. Bill-of-materials verification helps distinguish the base virtual appliance from optional call-center, softclient, support and endpoint requirements. This step is valuable in tender environments where a missing subscription or gateway can delay acceptance.

Staging services can be scoped to include virtual-machine preparation, baseline configuration, firmware or software review, extension and profile templates, trunk preparation and representative endpoint testing. Pre-shipment work for physical phones or gateways can reduce on-site effort when a rollout includes many branches. Exact staging tasks should be written into the quotation so responsibilities are clear.

Post-sales support can include configuration assistance, troubleshooting coordination and guidance around supported upgrade processes depending on the purchased service scope. For issues requiring manufacturer escalation, valid Fortinet support entitlement may be necessary. Customers should keep license registration, serial or entitlement records, configuration backups and topology documentation available to speed diagnosis.

Extended Technical FAQ

1. How many extensions and VoIP trunks does FortiVoice FVE-VM-5000 support?

Fortinet lists FVE-VM-5000 with capacity for up to 5,000 extensions and 500 VoIP trunks. These are platform capacity figures and should be distinguished from concurrent calls. The same data sheet lists up to 800 concurrent calls for this model. When sizing a project, count all required extensions but separately estimate the maximum simultaneous call load and the number of external SIP channels needed during the busiest period. Leave growth margin where possible. If the organization is likely to approach the model ceiling within the planned lifecycle, comparing the next capacity tier before purchase can reduce future migration pressure.

2. What virtual resources should be allocated?

Fortinet’s published specification recommends 8 vCPU and 16 GB RAM for the VM-5000 tier, with four virtual network interfaces. Storage has a 50 GB minimum and can scale up to 8 TB. The correct storage allocation depends heavily on recording and retention requirements. The underlying host should have enough capacity to deliver these resources predictably. In a shared cluster, avoid designing the voice workload around highly contested compute or storage. Confirm the current Fortinet deployment documentation for the software release and hypervisor version used in production, because platform support can evolve over time.

3. Does the FVE-VM-5000 include a physical server?

No. The FVE-VM-5000 is a software virtual appliance license, so the physical server, storage, hypervisor platform, switching and data-center power infrastructure are separate unless a supplier explicitly bundles them in the project quotation. This distinction affects budgeting. If the customer already has a supported virtualization cluster with sufficient spare capacity, the VM edition can use that environment. If not, the project should include appropriate server and storage resources. Procurement teams should also consider redundancy, backup and support for the host platform rather than evaluating only the FortiVoice license.

4. Can FVE-VM-5000 work with existing SIP phones?

Third-party SIP endpoints may be usable, but compatibility and licensing should be validated for the exact phone models and FortiVoice release. SIP standards can provide basic registration and calling while vendor-specific functions such as automated provisioning, line-key behavior, directory integration, BLF, transfer, conferencing or firmware management may differ. For a large migration, test representative models in a pilot before committing to reuse thousands of existing phones. Also confirm whether third-party phone licensing is required. Where consistent user experience and simplified provisioning are priorities, evaluate supported FortiFone models alongside the reuse option.

5. Is call-center functionality included automatically?

The platform supports call-center capabilities and Fortinet lists up to 500 call-center agents for the VM-5000 capacity tier, but buyers should not assume that every call-center feature or service is included in the base license. Current licensing and service entitlements should be confirmed in the quotation. Define agent count, queues, supervisor requirements, reporting expectations, recording, wallboards and any integrations before ordering. A precise call-center scope is especially important because contact-center traffic can materially affect concurrent-call calculations, SIP trunk sizing, storage and WAN bandwidth.

6. Which hypervisors and cloud environments are supported?

Fortinet states that FortiVoice supports virtualization environments including VMware ESX/ESXi and Microsoft Hyper-V, and it also publishes FortiVoice options for AWS and Microsoft Azure. Support should always be checked against the intended FortiVoice release, hypervisor version and licensing model before production deployment. Cloud deployments also introduce region, network, egress, security and recurring infrastructure-cost considerations. A design that is technically possible may not be the best commercial or operational choice for every organization, so compare on-premises virtualization and cloud placement against availability, latency, governance and cost requirements.

7. How should high availability and disaster recovery be planned?

Start by identifying the business impact of a voice outage and define recovery objectives. Then remove avoidable single points of failure across the host cluster, storage, physical networking, firewall, WAN and SIP carrier paths. Maintain regular FortiVoice configuration backups and protect them outside the immediate failure domain. Document carrier settings, DNS and NTP dependencies, firewall rules and licensing information. Where branch operations cannot tolerate loss of the central WAN, evaluate local survivability or alternate calling paths. Recovery testing is essential because a backup that has never been restored is not a proven recovery process.

8. How is warranty handled for a virtual product?

A virtual appliance does not have a chassis, fans, power supplies or other physical parts covered by a conventional hardware replacement warranty. The relevant entitlement is the software license and associated Fortinet support or service coverage purchased with it. Physical servers, storage, switches, gateways and phones have their own warranty or support terms. For procurement clarity, ask the supplier to list each support period separately. This prevents confusion when a future incident involves the FortiVoice application, a physical phone, a server component or a carrier service, each of which can have a different support path.

9. How much storage is required for call recording?

There is no single correct recording size because usage varies. Start with the number of recorded users or queues, average recorded minutes per day, codec or recording format, retention period and backup or replication policy. Contact centers can generate substantially more recordings than ordinary office users. Legal or compliance policy may require longer retention, restricted access or secure disposal. Fortinet lists storage scalability up to 8 TB for this virtual tier, but the design should not simply allocate the maximum without calculation. FourTeck can help turn expected call volumes and retention rules into a practical storage estimate.

10. What information is needed for an accurate Uganda quotation?

Provide the expected extension count, current and projected concurrent calls, number of SIP trunks, carrier details, call-center agent count, softclient requirements, third-party phone models, recording policy, desired support term, virtualization platform, storage environment and deployment locations. Also state whether the project needs phones, analog or PRI gateways, PoE switches, firewalls, servers, UPS systems, staging, migration or on-site configuration. The more complete this information is, the easier it is to prepare a bill of materials that reflects the actual deployment rather than only the base FVE-VM-5000 license.

Plan Your FortiVoice FVE-VM-5000 Deployment in Uganda

For a reliable enterprise communications project, validate the complete solution before issuing a purchase order. FourTeck can review the number of users, expected call concurrency, SIP trunking, hypervisor resources, recording retention, call-center requirements, endpoint compatibility and support term. This helps ensure that the FVE-VM-5000 license is matched to the correct infrastructure and that optional entitlements are identified early. Organizations with operations in Kampala, Entebbe, Jinja, Mbarara, Gulu and other locations can request a project quotation covering software, related hardware, licensing and deployment services. Include your target migration date and existing PBX details so the proposed scope can address transition requirements as well as the final production architecture.

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