Control Room Video Wall Solutions in Dubai, UAE
A control room video wall is a large-format visualization system that brings cameras, dashboards, maps, alarms, applications, and operational data into one shared viewing environment.
FourTeck helps businesses define the display technology, wall dimensions, processor architecture, source connectivity, mounting, cabling, operator workflow, and deployment support required for a practical control room. Final specifications are configuration dependent because every room has different viewing distances, source counts, operating schedules, integration needs, and expansion plans.
Controller & Source Planning
UAE Project Coordination
A Shared Operational View for Faster, Clearer Decisions
The main purpose of a control room video wall is simple: give multiple operators and decision-makers a common view of information that matters. Instead of relying on individual desktop screens, a properly designed wall can present CCTV feeds, network health dashboards, building systems, maps, alarms, incident timelines, industrial process information, logistics status, public-safety data, or other approved business applications where the team can see them together.
The solution is not only a group of displays. The quality of the result depends on how the complete signal path is planned. That includes the display technology, physical dimensions, mounting frame, processor or controller, input and output capacity, signal transport, network design, source permissions, operator interfaces, cable pathways, power distribution, ventilation, maintenance access, and the software used to place content on the wall. A screen can look impressive during a demonstration yet become difficult to operate if the source architecture or service access was not considered early.
For Dubai businesses, this planning is especially important when the room supports 24-hour operations, security monitoring, transport, energy, facilities management, network operations, emergency coordination, industrial environments, data centers, or multi-site business activity. The number of operators, normal viewing distance, ambient light, expected content density, wall height, and duty cycle can influence whether fine-pitch LED, narrow-bezel LCD, or another professional visualization approach is appropriate. There is no single screen size or resolution that is correct for every project.
FourTeck approaches the project as a procurement and integration requirement rather than a display-only purchase. Buyers can share room drawings, photos, source lists, preferred layouts, operating hours, redundancy expectations, existing AV or IP infrastructure, and target project dates. From that information, the design can be narrowed to suitable display options, controller capacity, mounting requirements, cabling, supporting equipment, and installation scope. This reduces the risk of ordering a wall that is physically attractive but technically mismatched to the control room workflow.
What a Well-Planned Video Wall Adds to Operations
The value is not measured by wall size alone. A strong design improves situational awareness, operator coordination, visibility of exceptions, and the practical manageability of information.
A Common Operational Picture
A central display helps operators, supervisors, visitors, and incident teams look at the same information at the same time. This is useful when a decision depends on correlating several data sources rather than watching one application in isolation. Security teams may need cameras beside access events and maps. Network teams may need topology, alerts, ticket status, and service dashboards visible together. A shared wall can reduce the back-and-forth created when critical information lives on separate desktops.
Faster Visual Recognition
Large-format visualization can make anomalies, changes, alarms, congestion, outages, or patterns easier for a team to notice than when each person watches a small private screen. The layout should be designed around what deserves constant visibility and what can remain on operator workstations.
Flexible Content Layouts
A suitable processor or controller can help place multiple sources in planned windows across the wall. This matters when normal operations require one layout but incidents, executive briefings, maintenance windows, or special events require a different arrangement. The required flexibility should be confirmed before selecting the processing platform.
Designed for Maintenance Access
Control rooms are long-term operational spaces. Mounting depth, front or rear service access, spare module strategy, cable labeling, processor access, ventilation, and safe maintenance space can affect support quality for years. Serviceability belongs in the first design discussion, not only after the wall is installed.
A Platform That Can Match the Room, Not Force the Room to Match the Display
A project can be sized around viewing distance, operator positions, content detail, ceiling height, wall width, future expansion, and application priorities. That is a better buying method than deciding on a panel count first and trying to fit everything around it later. Expansion may affect processor capacity, output count, rack space, power, network ports, cable pathways, and mounting, so growth should be considered during the initial bill of materials.
Continuity Planning
For rooms that support critical operations, buyers may need to review redundant power, controller resilience, spare display modules, network path design, UPS support, alternative signal routes, and documented recovery procedures. The level of resilience should reflect the business impact of losing part or all of the wall.
The System Is Defined by the Complete Signal Chain
Professional control room visualization normally combines display surfaces with processing and control components. Depending on the selected architecture, sources can include computers, CCTV platforms, dashboards, AV feeds, signage players, maps, browser-based applications, monitoring systems, or remote resources. The processor or software layer determines how those sources are arranged, switched, scaled, recalled, and controlled.
Display technology is selected around the room. Fine-pitch LED can support a continuous canvas with no panel bezel lines, while narrow-bezel LCD can be practical for modular tiled walls where panel-based service and familiar flat-panel technology are preferred. The correct choice depends on viewing distance, brightness, content detail, wall dimensions, budget, operating hours, service strategy, and expected lifecycle. FourTeck can help organize these variables into a project-ready requirement.
LED or professional LCD options based on room design, viewing distance, content detail, and service approach.
Controller, processor, or software capacity selected around input sources, output canvas, layouts, scaling, and control workflow.
Copper, fiber, AV-over-IP, direct video, or mixed distribution may be considered according to distance and infrastructure.
Mounting, access, rack equipment, power, UPS, ventilation, structured cabling, and service clearance are part of the design.
Control Room Video Wall Solution Specifications
This is a project solution rather than one fixed appliance, so final values depend on the selected manufacturers, room design, source architecture, display technology, and project scope. The table shows the areas that should be confirmed during design and quotation.
| Specification Area | Project Guidance | Buyer Decision |
|---|---|---|
| Solution Provider | FourTeck | Project requirement and selected brands |
| Display Technology | Professional LED or narrow-bezel LCD | Viewing distance, bezel preference, serviceability, brightness and budget |
| Wall Size / Layout | Configuration dependent | Room width, height, operator sightlines and content density |
| Resolution / Pixel Pitch | Based on selected display system | Small text readability, maps, camera detail and viewing distance |
| Video Wall Processor | Configuration dependent | Number and type of sources, layouts, scaling, switching and redundancy |
| Inputs / Outputs | Based on source and wall requirements | HDMI, DisplayPort, IP streams, network sources, camera systems or other interfaces |
| Signal Distribution | Copper, fiber, direct AV or network-based options | Distance, bandwidth, latency, resilience and existing cabling |
| Mounting Structure | Project specific | Wall strength, access method, alignment, service clearance and safety |
| Power / UPS | Calculated from selected equipment | Load, runtime objective, circuit design and redundancy policy |
| Control Software | Based on selected processor and workflow | Preset layouts, permissions, source control, integration and operator simplicity |
| Operating Duty | Based on selected professional display | Daily usage, 24/7 requirement, maintenance windows and lifecycle expectations |
| Warranty / Support | Depends on selected manufacturer and scope | Coverage term, response expectations, spares, on-site support and service plan |
Buyers should use these fields to describe the requirement rather than treating them as fixed specifications. For example, a security operations center with many live camera streams and incident layouts may need more processing and input capacity than a network operations center showing web dashboards and monitoring applications. A wall used from a long viewing distance may tolerate different pixel density than one displaying small text to operators seated close to the display. Similarly, an environment that cannot tolerate loss of visualization may require redundancy in power, processing, network transport, or spare display components. FourTeck can use the source list, expected layouts, wall dimensions, room drawings, duty cycle, and support expectations to build a more accurate quotation.
Build the Requirement Before Choosing the Wall
The safest buying process starts with the operating requirement, not a preferred screen model. These questions help define a system that fits the room today and remains supportable as the operation grows.
What information must stay visible?
List every source that may appear on the wall, including applications, camera systems, maps, dashboards, browser pages, workstations, broadcast feeds, or remote systems. Note which sources are permanent and which appear only during incidents. This affects processor sizing and layout design more than panel count alone.
How far are operators from the wall?
Viewing distance influences display type, pixel pitch or panel density, font readability, camera detail, and wall height. Include the nearest and farthest operator positions and any supervisor or crisis-room viewing positions.
What happens if a component fails?
Define whether the wall is useful, important, or mission-critical. That classification guides decisions about redundant power, processor failover, spare modules, UPS runtime, alternate paths, service contracts, and the recovery procedure.
What infrastructure already exists?
Review racks, network switches, fiber, copper cabling, AV distribution, power circuits, UPS capacity, wall construction, cooling, operator desks, access routes, and the software platforms that will feed the display.
Will the source count or room role grow?
Future displays, new cameras, extra dashboards, additional sites, or a second control position may require spare processor capacity, extra network bandwidth, available rack space, planned cable routes, and a mounting system that can be extended.
How should operators control layouts?
The interface should match the people using the room. Some projects need simple preset recall; others need flexible drag-and-drop control, permissions, automation, or integration with incident workflows. Demonstrate the expected daily process before finalizing control software.
For a useful quote, send FourTeck the room dimensions, wall location, operator seating plan, number and type of sources, desired wall width and height if known, target use, daily operating hours, redundancy expectations, preferred brands if any, installation location, quantity, and project timeline. Photos or drawings can reduce uncertainty during early planning.
Where Control Room Video Walls Deliver Practical Value
The strongest use cases have one thing in common: several people need sustained visibility of multiple information sources, and important events must be noticed quickly.
Network and Security Operations Centers
Network operations centers can use a shared wall for topology views, availability dashboards, incident queues, service health, cloud status, maps, and escalation information. Security operations centers may combine camera feeds, access events, threat dashboards, maps, alert summaries, and response workflows. The wall should emphasize exceptions and shared context while detailed investigation remains on operator workstations. Source security, permissions, network segmentation, processor architecture, and incident-mode presets should be part of the design.
CCTV Command Rooms
Large surveillance environments may need selected live views, alarm cameras, maps, access-control information, and incident content visible to a team. The number of simultaneous feeds, decoding method, VMS compatibility, operator roles, retention platform, and network bandwidth influence the overall architecture.
Transport and Logistics Monitoring
Operations teams can use the wall to combine fleet or route status, CCTV, access points, yard activity, warehouse dashboards, alarms, schedules, maps, and exceptions. A flexible layout is useful when the information priority changes during peak periods or incidents.
Utilities and Industrial Operations
Process dashboards, supervisory control views, alarms, cameras, maps, and maintenance information may need a shared visualization layer. The project should review environmental conditions, operating hours, redundancy, source security, and service access before selecting equipment.
Facilities and Building Management
Large properties, campuses, hotels, hospitals, data centers, and commercial buildings may use control rooms to watch building management systems, energy dashboards, alarms, CCTV, access control, lifts, parking, or maintenance status. The display layout should prioritize events requiring human response.
Emergency and Crisis Coordination
Incident teams may need maps, communications, cameras, status boards, news, operational dashboards, and remote participant content in one room. Preset layouts and simple source selection can be more valuable than complex controls during time-sensitive situations.
Control Room Video Wall Solutions Dubai — Display Technology and Viewing Design
The right display technology is the one that keeps critical content readable from the real operator positions. Choosing LED or LCD should therefore begin with room geometry and information density, not with a showroom preference.
Fine-pitch LED can create a visually continuous canvas because the image is not divided by conventional panel bezels. It can be attractive for wide command rooms, branded monitoring environments, or layouts where uninterrupted maps and dashboards are important. However, pixel pitch, cabinet dimensions, brightness, power, service access, processor compatibility, and viewing distance all affect the result. A pitch that is unnecessarily fine can raise project cost without creating meaningful benefit at the normal viewing distance.
Professional narrow-bezel LCD remains a practical option for many control rooms. Panelized construction can simplify replacement planning, and the display characteristics are familiar to teams that already operate tiled walls. The trade-off is the visible seam between panels. Buyers should compare this seam with the type of content shown: it may matter more for detailed maps or full-screen imagery than for dashboards divided into independent windows.
Control Room Video Wall Solutions Dubai — Processing, Sources and Layout Control
The processor or control layer is the operational brain behind many video wall deployments. Its job can include receiving sources, decoding them where required, scaling content, placing windows, switching layouts, and presenting the final canvas across the displays. The correct design depends on what the room must show at the busiest moment, not only on the normal daily layout.
Count physical inputs, network sources, remote applications, streams, workstations, cameras, and future additions. Concurrent viewing matters more than the total number that exists in the building.
A simple fixed grid has different processing needs from overlapping windows, free-form scaling, preset switching, source cropping, or large incident layouts spanning several displays.
Operators may need preset buttons, role-based permissions, a control interface, keyboard and mouse workflows, or integration with other room systems. Simplicity is important under pressure.
Critical projects may require redundant power supplies, backup controllers, alternate signal paths, failover planning, configuration backups, or spare modules. The level should match operational risk.
Signal transport is another decision. Sources close to the processor may use direct video connections. Distant sources may need extenders, fiber, or network-based distribution. AV-over-IP can offer flexible routing but increases dependence on network design, switch capacity, multicast behavior, security policy, and device management. The correct method should be based on distance, source type, latency tolerance, bandwidth, reliability, and the infrastructure already available.
Buyers should prepare a source matrix showing each source name, location, connector or protocol, resolution, whether audio is required, whether it must be controlled remotely, who is allowed to display it, and which presets use it. This single document can reveal missing ports, unrealistic assumptions, or unnecessary capacity before hardware is ordered.
Control Room Video Wall Solutions Dubai — Reliability, Power and Serviceability
A control room wall should be planned as maintainable infrastructure. Displays, processors, power supplies, cables, network devices, and mounts all have service requirements. The design should allow technicians to reach the equipment safely without turning routine maintenance into a major room disruption.
For wall-mounted LCD arrays, front-access mounting can be valuable where rear service space is limited. For LED systems, module access, cabinet service method, spare modules, calibration practices, and power/data routing deserve early attention. Rack equipment should have labeled cables, documented ports, adequate ventilation, clear power feeds, and space for replacement. If the processor is remote from the wall, the signal path and recovery process should be documented.
Calculate full wall load, processor and rack load, UPS requirement, circuit allocation, surge protection, and startup behavior from the actual equipment list.
Confirm heat output, room cooling, rack airflow, wall cavity conditions, and maintenance access so the system is not installed in a thermal environment it was not designed to tolerate.
Define configuration backup, spare hardware, escalation contacts, recovery priorities, and whether partial wall operation is acceptable during a fault.
Review manufacturer warranty, expected availability of replacement components, firmware policy, controller licensing, calibration support, and future expansion compatibility.
The buyer should decide how much downtime is acceptable before redundancy is specified. A corporate monitoring wall that can be offline briefly may not need the same architecture as a security or utility control room supporting continuous operations. FourTeck can discuss the practical difference between basic reliability, enhanced resilience, and more mission-critical design so the quotation is aligned with operational impact.
What Buyers Should Check Before Purchase
The biggest purchase risk is choosing display hardware before the room, sources, workflow, and maintenance strategy are defined. A good requirement should connect technical design to the way operators actually use the space.
Configuration Fit
Confirm wall dimensions, viewing distances, display technology, source count, simultaneous windows, layout presets, brightness, daily duty cycle, service access, and future expansion. If the room is not yet built, drawings should show ceiling height, operator rows, wall position, rack location, cable paths, cooling, and power. This creates a measurable basis for selecting displays and processing instead of relying on a generic package.
Compatibility Check
List existing VMS platforms, workstations, servers, dashboards, browser applications, AV sources, network switches, VLANs, fiber paths, UPS systems, racks, and control software. Confirm how each source will reach the wall and whether any encoding, decoding, extension, licensing, or network changes are required. Compatibility should be proved at the signal and workflow level, not assumed from connector names alone.
Availability and Warranty
Availability can vary by manufacturer, display size, pixel pitch, processor configuration, quantity, and project timing. Warranty coverage can also differ between displays, controllers, mounts, power equipment, and accessories. Ask for the warranty terms that apply to the exact bill of materials, plus the process for failed modules, replacement panels, firmware support, and on-site assistance where needed.
Quote Preparation
Provide the room dimensions, preferred wall size if known, source list, number of operators, target use, expected operating hours, video wall location, installation access, current network and AV infrastructure, required date, delivery location, quantity, and support expectations. If the project is for CCTV or command operations, include the VMS or monitoring platform and the maximum number of live feeds expected on the wall.
Accessories can materially affect the budget and installation schedule. Depending on the design, the project may require mounting frames, rack cabinets, video extenders, fiber modules, network switches, KVM access, encoders, decoders, structured cabling, UPS systems, power distribution, spare LED modules or LCD panels, control tablets, workstations, or software licenses. Request a complete bill of materials so important supporting components are not discovered after the display order is placed.
Project Support from Selection to Deployment Coordination
FourTeck supports control room video wall enquiries across Dubai and the wider UAE with requirement review, product sourcing guidance, configuration assistance, quotation support, delivery coordination, and warranty guidance. Availability may vary according to the chosen display technology, manufacturer, processor configuration, wall dimensions, accessory list, order quantity, and project schedule, so current options should be checked against the actual bill of materials.
Review LED versus LCD, wall size, viewing distance, processor capacity, source type, operating duty, service access, and growth requirements before final model selection.
Coordinate the selected equipment list, project location, access conditions, installation sequence, rack preparation, cable routes, and site readiness around the confirmed delivery plan.
Clarify manufacturer coverage, component-specific terms, replacement process, service expectations, and optional support requirements for the selected project configuration.
For projects requiring site work, the quotation should clearly distinguish equipment supply, mounting, structured cabling, electrical work, network configuration, processor programming, source integration, testing, training, documentation, and ongoing support. This helps procurement teams compare project scope instead of comparing only the display hardware line.
Support for Projects Across Major UAE Business Areas
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck for control room visualization planning, product availability guidance, configuration review, and quotation assistance. The same design method applies whether the project is a new command center, a refresh of an older tiled display, an expansion of an existing operations room, or a new facility being built with video wall infrastructure from the start.
Project logistics should be reviewed early. Building access hours, loading arrangements, lift dimensions, wall construction, ceiling restrictions, cable pathways, control-room occupancy, rack location, power readiness, and permitted installation windows can affect deployment. For active control rooms, the work may need to be phased so existing monitoring remains available while the new wall is installed and tested. Sharing these constraints during quotation helps create a more realistic equipment and installation plan.
GCC and Africa Project Availability
FourTeck also supports business technology enquiries across selected GCC and Africa markets through its regional platforms and inquiry channels. Organizations operating in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other markets may require consistent control room standards across several sites while still adapting to local infrastructure, delivery conditions, support arrangements, and manufacturer availability.
For multi-country projects, standardization is useful but should not hide local differences. Rack formats, power conditions, cable pathways, network architecture, source systems, room sizes, display clearances, installation access, and support expectations can vary by site. A repeatable architecture can define the common controller approach, preferred display family, cabling philosophy, naming conventions, presets, documentation format, and spares policy while each site receives the physical design appropriate to its room.
Regional availability, delivery options, warranty handling, and installation support depend on the country, manufacturer, quantity, and project scope. Buyers can use FourTeck UAE, FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait to route enquiries through the relevant regional channel.
Other Solutions That Commonly Sit Around the Control Room
A video wall rarely operates alone. The surrounding network, surveillance, security, endpoint, and infrastructure layers determine what information reaches the room and how reliably it remains available. These FourTeck pages are useful when the project includes adjacent systems.
CCTV & Access Control Systems
Relevant for security command rooms where camera feeds, access events, analytics, alarms, and incident views form a major part of the wall content. Storage, VMS compatibility, camera count, network bandwidth, and operator permissions should be reviewed together with the display system.
IT Infrastructure and Support
Useful when the project also requires switching, servers, structured connectivity, endpoint preparation, rack planning, managed support, or integration with the broader IT environment. A stable video wall depends on the systems that feed and control it.
Enterprise Firewall
Relevant when control room sources, remote sites, management interfaces, and operator networks require segmented and controlled connectivity.
FortiGate 1000F
A high-capacity firewall option for enterprises where secure network segmentation, VPN, inspection, and branch connectivity are part of the control room network design.
Project Buying Assistance
Use the contact channel when the wall must be coordinated with displays, processing, cabling, power, networking, CCTV, workstations, or installation services.
A Practical Procurement Approach for Multi-Component Projects
Control room visualization projects cross several technical disciplines. The wall may involve professional displays, AV processing, IP networking, racks, structured cabling, power, UPS systems, workstations, surveillance platforms, access control, software, physical construction, and operational handover. Buyers often need help turning these pieces into one coherent requirement before they can compare quotations fairly.
FourTeck can help translate room dimensions, operator needs, source lists, and continuity expectations into display, processor, mounting, cabling, and support decisions.
Instead of assuming one standard wall package, configuration can be reviewed around the selected brands, viewing conditions, wall geometry, sources, and maintenance model.
Procurement teams can request a bill of materials and project scope that separates hardware, accessories, installation, software, support, and optional items for clearer review.
Equipment timing can be coordinated with site readiness, access conditions, mounting preparation, rack work, cable routes, testing, and handover requirements.
Coverage can be reviewed by manufacturer and component so buyers know the difference between display warranty, controller warranty, accessory coverage, and project support.
When the control room also needs switches, firewalls, servers, UPS systems, CCTV infrastructure, workstations, or structured cabling, the supporting requirements can be reviewed as part of the wider design.
The most useful engagement starts with accurate project information. FourTeck does not need every model number at the first conversation. A room drawing, source list, operator count, desired wall area, duty cycle, delivery location, target date, and any existing brand preferences are enough to begin shaping the requirement. Exact availability, commercial terms, warranty, and technical specifications can then be confirmed for the selected configuration.
Control Room Video Wall Buying Questions
What is a control room video wall used for?
It creates a shared large-format view for information that several operators or decision-makers need to see together. Typical content includes CCTV, maps, network dashboards, alarms, industrial status, building management data, incident information, or business applications. The wall is most valuable when it improves situational awareness and coordination rather than simply enlarging content that could remain on individual desktops.
Should I choose LED or narrow-bezel LCD?
The better option depends on viewing distance, wall dimensions, content detail, tolerance for panel seams, brightness, duty cycle, maintenance access, and budget. LED can provide a continuous visual canvas, while LCD can be practical for modular tiled walls. FourTeck can review room geometry and content requirements before recommending which approach is more appropriate for the project.
What information is needed to size the video wall?
Start with the room width and height, available wall area, nearest and farthest viewing positions, number of operators, source count, expected content layouts, smallest text or image detail that must remain visible, operating hours, and any future expansion. Photos, CAD drawings, or a simple floor plan can make early design discussions more accurate.
Do I need a dedicated video wall processor?
Many projects use a dedicated processor or control platform when several sources must be arranged, scaled, switched, recalled as presets, or displayed across a large canvas. Simpler walls may use a less complex approach. The right design depends on simultaneous source count, source type, layout flexibility, required control, performance expectations, and whether resilience or future expansion is required.
Can the wall show CCTV and IT dashboards together?
Yes, a properly designed processor and source architecture can combine different approved content types, provided the interfaces, decoding, resolutions, permissions, and network paths are compatible. Buyers should identify the CCTV platform, dashboard sources, computers, browser applications, and any remote feeds during design. Security policy and operator permissions should also be considered when sensitive systems share the same visualization environment.
Is a video wall suitable for 24/7 operation?
Professional products are available for extended-duty and continuous-use environments, but the exact suitability depends on the selected display, processor, power design, cooling, brightness policy, maintenance method, and manufacturer guidance. For critical rooms, the project should also review redundancy, spare modules, UPS support, recovery procedures, and service coverage instead of assuming the wall alone guarantees continuous operation.
What accessories are commonly required?
Depending on the design, accessories may include mounting structures, rack cabinets, video extenders, fiber modules, encoders, decoders, network switches, structured cabling, KVM equipment, control interfaces, UPS systems, power distribution, workstations, spare display modules, software licenses, and cable management. A complete bill of materials helps buyers avoid hidden project gaps after the main displays are ordered.
How does FourTeck handle availability and warranty guidance?
FourTeck can check current options for the selected manufacturers and project configuration, then help explain the warranty terms that apply to the equipment included in the quotation. Availability and coverage vary by product, quantity, project timing, and supplier status. Buyers should request confirmation against the final bill of materials rather than relying on generic stock or warranty statements.
How do I request a quote for a Dubai or UAE project?
Share the room dimensions, wall location, preferred display size if known, number and type of sources, operator count, target use, expected daily operating hours, installation location, required date, and any redundancy or support expectations. If drawings or photos are available, include them. FourTeck can then review suitable options and prepare a quotation based on the actual project scope.
Need Help Designing the Right Control Room Wall?
FourTeck can review the intended use, room dimensions, wall size, source count, operator positions, display technology, processor requirement, compatibility, delivery location, installation scope, and warranty expectations before preparing a project quote.
Send these details:
- Room dimensions or drawing
- Preferred wall dimensions, if known
- Source list and required layouts
- Operator count and viewing distance
- Operating hours and redundancy needs
- Delivery location and project target date