Quick Procurement & Configuration Matrix

Executive Product Architectural Overview

MAXHUB EasiClass should be evaluated as the instructional software layer within a broader digital-classroom architecture. In a conventional classroom technology project, hardware is often purchased first: an interactive flat panel, a teacher computer, a wireless network, perhaps a camera and audio system, and student devices where collaboration is required. The practical challenge is that hardware alone does not guarantee a consistent teaching workflow. Educators still need a simple method to assemble lesson material, annotate or manipulate content, present media, invite participation, capture notes, reuse existing courseware, and maintain continuity between preparation, classroom delivery and post-class review. EasiClass is designed to address that operational gap by bringing those functions into a teacher-oriented environment.

MAXHUB positions EasiClass around faster lesson preparation and more engaging instruction. Current vendor material highlights automated generation of structured lesson materials, the ability to create large sets of classroom exercises from uploaded lesson content, synchronization with Google Classroom, and compatibility workflows for common courseware formats such as PowerPoint presentations, Google Slides, notebook files and flipchart materials. For a school that already has years of curriculum resources, this matters because adoption is easier when teachers can reuse existing content rather than rebuild every lesson from the beginning. The commercial value is therefore not limited to what the software can create; it also comes from how effectively it can fit into an established curriculum, teacher training model and classroom operating process.

During live teaching, the platform is intended to make the interactive display more useful than a passive presentation screen. Digital whiteboarding, classroom activities, quizzes, visual teaching resources, geometry tools, rulers, 3D graphics and other instructional widgets can support different subjects and lesson styles. The teacher can move from explanation to annotation, then to an activity or knowledge check without shifting between unrelated tools. Where the deployment includes supported student endpoints and integrations, EasiClass can extend participation beyond the front-of-room display. MAXHUB also describes Android tablet locking for supported scenarios, helping teachers reduce distraction when student devices are part of the classroom design. Exact device-control scope should be validated against the software version and endpoint environment selected for a project.

Hybrid and online teaching are another architectural consideration. MAXHUB describes EasiClass as supporting online, offline and hybrid education from one platform, with live-session collaboration, screen sharing, voice communication and face-to-face connection capabilities when the necessary camera, microphone, network and endpoint components are present. These experiences depend on the overall classroom stack, so a buyer should not assume that software licensing alone supplies the audiovisual hardware or internet capacity required for high-quality remote participation. FourTeck can help map the software requirement to display size, integrated or external computing, room audio, camera coverage, wireless capacity and school network design.

For UAE institutions, this architectural approach is useful because education projects frequently span more than one classroom and may include mixed room types. A primary school can have simple homerooms, specialist labs and multipurpose spaces. A university may combine lecture theatres, seminar rooms, collaboration classrooms and distance-learning suites. A training provider may require portable teaching kits across several sites. EasiClass can be assessed as the common teaching experience across those environments while the underlying hardware is right-sized for each room. The objective is not to force identical hardware everywhere, but to standardize the educator workflow wherever compatibility permits.

Security and operational governance should also be part of the architecture discussion. School IT teams need clarity around user accounts, cloud-connected services, local storage, network access, classroom login practices, software update policies and any connected ecosystem such as Google Classroom. MAXHUB materials for its education software portfolio reference data-protection practices and management functions across related platforms; however, buyers should validate the specific EasiClass edition, hosting model, account region and institutional policy requirements before rollout. This is particularly important for organizations with formal data-governance standards or centrally managed identities.

The resulting design should treat EasiClass as part of a complete classroom service rather than a one-time application purchase. A successful deployment includes compatibility validation, teacher onboarding, standardized templates, update ownership, support escalation, classroom readiness checks and a clear process for adding new rooms. FourTeck can assist UAE buyers with these procurement and deployment questions so that the software selection is aligned with the real environment in which teachers and students will use it.

Enterprise Business Value & ROI Benefits

Educational technology produces value when it reduces recurring effort, improves the quality and repeatability of teaching workflows, and increases utilization of the classroom hardware already purchased. EasiClass can contribute to that outcome by concentrating lesson-preparation and live-teaching tasks into a common toolset. The benefits below should be assessed against the institution’s teaching model, class count, existing curriculum assets and available support resources.

Return on investment should still be measured realistically. A software platform will not create value if teachers are not trained, hardware is unreliable, Wi-Fi is weak, accounts are poorly governed, or the institution lacks a repeatable support process. Buyers should therefore include onboarding, support ownership and classroom readiness in the business case. A phased pilot can be useful: deploy to a representative set of classrooms, measure preparation time, feature adoption, help-desk demand and educator satisfaction, then use those findings to refine the wider rollout. FourTeck can help structure procurement around this practical adoption model instead of treating licensing as an isolated line item.

Hardware & Technical Architecture Highlights

Because EasiClass is software, its technical architecture is best understood through the services and endpoints that surround it. The primary front-of-room endpoint is typically a compatible MAXHUB education display or smart teaching environment. That display may provide touch input, speakers, integrated Android functionality and, depending on the chosen model, optional or integrated computing resources. EasiClass then operates as the instructional interface through which the teacher accesses lesson materials, whiteboarding tools, activities and connected services. Hardware specifications such as processor, memory, storage, touch points, camera resolution, microphone array and display size are therefore based on the host device rather than fixed by EasiClass itself.

A second architectural layer is the teacher content environment. In many institutions the teacher begins on a laptop or school-managed computer, works with existing PowerPoint or cloud materials, and then presents to the classroom. MAXHUB highlights presentation compatibility and the ability to make changes or additions without discarding original presentation elements. The procurement implication is that EasiClass should be tested with the institution’s typical teacher hardware, browser environment, file formats, cloud storage and classroom-login workflow. Where teachers rotate between rooms, single-sign-on convenience and account handling become particularly important operational topics.

The third layer is connectivity. Google Classroom synchronization and any cloud-assisted lesson generation require reliable access to the relevant online services. Hybrid sessions also depend on stable bandwidth, appropriate firewall rules, and room audio/video components that match the size and acoustics of the classroom. A school with hundreds of concurrent rooms should consider aggregate internet capacity and wireless design rather than validating only one demonstration room. Network segmentation, content filtering and access policies may also influence how the platform is deployed.

The fourth layer is student interaction. EasiClass can support interactive learning through quizzes, activities, notes and selected endpoint-control workflows. The exact interaction method may differ according to device type and software release. When student tablets or personal devices are involved, the IT team should verify supported operating systems, browser or application requirements, authentication method, classroom joining workflow, network isolation strategy and device-management policy. Features such as Android tablet locking should be treated as dependent on the supported endpoint scenario rather than assumed for all student devices.

The fifth layer is lifecycle management. Education software changes over time as new features, integrations and compatibility requirements are introduced. Institutions should define how updates are tested, who approves production rollout, how teacher guidance is revised, and how support issues are escalated. MAXHUB’s wider education ecosystem includes device-management capabilities through related products, but the exact management relationship for an EasiClass deployment should be validated for the purchased package. For multi-campus programmes, a controlled update process helps prevent different sites from drifting into inconsistent classroom experiences.

Finally, the architecture should include resilience planning. A cloud-connected function may be temporarily unavailable even when the local classroom display is healthy, and an internet issue should not necessarily prevent basic teaching. Buyers should identify which functions require online access, which lesson materials can remain locally available, and what fallback workflow teachers should use when an external dependency is interrupted. That distinction between local instructional continuity and connected enhancements is important for a dependable classroom design.

Definitive Technical Specifications & Sizing Notes

The most important sizing principle is to separate software capability from host-device capability. Display resolution, touch response, audio output, camera performance, local storage and processor resources are properties of the selected MAXHUB hardware, not fixed EasiClass specifications. Similarly, the number of rooms, teacher accounts, student devices and connected services should be mapped to the commercial licence and deployment model available at the time of quotation.

For a pilot, buyers should identify at least one typical classroom and one demanding classroom, such as a large lecture or hybrid-learning room. Test representative teaching files, account login, Google Classroom integration where used, touch interactions, quizzes, student participation and remote-session behaviour. If the project will use a mix of existing and new MAXHUB displays, verify each hardware generation rather than assuming uniform compatibility. FourTeck can use the results to build a bill of materials that distinguishes software, display hardware, OPS or external computing, cameras, audio, mounts, cabling, network accessories and professional services.

Configuration, Sizing & Deployment Workbench

EasiClass projects are easier to control when the institution makes a small number of architectural decisions before requesting a final quotation. The following workbench turns those decisions into a repeatable procurement sequence.

After these decisions are documented, the project can move into a pilot and acceptance stage. Define a small checklist for every room: power-on time, touch response, teacher sign-in, lesson loading, internet access, classroom integration, audio playback, interactive activity, content save/export and support contact. A common acceptance checklist makes large rollouts easier to audit and gives the school a clear baseline for future troubleshooting.

Industry Use Cases & Workload Scenarios

Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture

EasiClass performance is the combined result of the software service, the host computing environment, the interactive display and the network. Buyers should therefore avoid evaluating performance with a single processor or memory figure. A lesson may include high-resolution slides, embedded video, annotation, interactive objects and online resources at the same time. The host device must render these elements smoothly while preserving low-latency touch response. Where an OPS computer or external PC is used, the selected configuration should be sized for the institution’s most demanding content and its expected support lifecycle.

Content throughput is especially relevant when schools rely on large multimedia files or cloud-based assets. A classroom with local presentation files can be relatively tolerant of temporary internet congestion, while a cloud-heavy workflow is more sensitive to latency and bandwidth. For this reason, pilot testing should reproduce the real source of lesson materials. If teachers normally open cloud drives, stream video and synchronize classroom data, the pilot should use those same services rather than a local demonstration file. This gives the IT team a realistic view of network behaviour before hundreds of rooms are deployed.

MAXHUB’s lesson-generation capabilities can accelerate content production, but these connected functions should be treated as services that may depend on account entitlement, internet availability and release-specific functionality. The platform is intended to reduce manual preparation, not to remove the educator’s responsibility to review lesson quality and suitability. Institutions should define where generated content fits into curriculum governance, particularly for assessed subjects or regulated training. A practical workflow is for the teacher to generate or assemble a draft, review it against learning objectives, then publish the approved material into the lesson environment.

Performance planning also includes concurrency. A single classroom may feel responsive while an entire school starts cloud-enabled lessons at the same time. Network administrators should estimate simultaneous sessions, not only total users, and should monitor internet utilization during peak periods such as the start of lessons. Where several campuses share a central internet gateway, aggregate demand can become more important than classroom Wi-Fi speed. The same principle applies to identity services and any institutional content platform used alongside EasiClass.

Finally, buyers should think in lifecycle terms. Interactive displays are often expected to remain in service for several years. Software capabilities may expand over that period, and content can become richer. Selecting host computing with reasonable headroom and maintaining an update policy can protect the classroom investment from premature performance constraints. FourTeck can help compare current MAXHUB hardware options with the intended EasiClass workload and identify where higher-performance computing is justified.

Technical Feature Deep Dive 2: Security, Redundancy & System Resilience

Education environments combine frequent user changes, young or transient users, shared rooms and large numbers of endpoints. Security therefore depends on process as much as technology. For EasiClass, institutions should start with identity. Determine whether teachers use named accounts, how credentials are protected, whether classroom sessions automatically sign out, and what happens when a substitute instructor uses the room. Shared passwords should be avoided where institutional policy requires accountability. If cloud integrations are enabled, administrators should review permissions and scope them to the minimum necessary for teaching.

Endpoint security comes next. The host MAXHUB display or attached computer should follow the school’s approved update, application and network policies. If student tablets interact with the lesson, those devices should be governed through the institution’s normal device-management approach where possible. MAXHUB promotes one-click locking for supported Android tablet scenarios, which can help classroom focus, but it should not be confused with a complete endpoint-security platform. The broader controls for application installation, operating-system updates, web filtering and device compliance remain part of the school’s management architecture.

Data protection must account for both content and user information. Lesson files may be low sensitivity, but student lists, assessments or cloud classroom data can require more careful handling. Schools should document where information is stored, how long it is retained, what data travels to connected services, and which administrator roles have access. If the institution has formal compliance requirements, the exact EasiClass service region and data-processing terms should be confirmed during procurement rather than inferred from unrelated products.

Resilience planning is equally important. Not every feature has the same dependency. Local presentation and whiteboard functions may remain usable when internet services are interrupted, while cloud synchronization or online lesson generation may not. The school should identify the minimum teaching functions that must continue during an outage and make those resources locally accessible when appropriate. Teachers benefit from a simple fallback guide rather than a technically complex disaster-recovery document. For example, keep a local copy of the core lesson, use the interactive whiteboard offline, and synchronize connected resources when service returns.

At the hardware layer, resilience can include spare pens, cables, remote controls, replacement adapters, an identified backup classroom and support escalation. Larger deployments may justify holding a small pool of replacement displays or computing modules, depending on the chosen hardware warranty and service process. None of these steps are unique to EasiClass, but they determine whether the total classroom service is dependable. FourTeck can help the buyer separate software-support terms from display-hardware warranty so responsibility is clear when an incident occurs.

Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration

A single interactive classroom can be managed informally; a campus with dozens or hundreds of rooms cannot. Large deployments need asset inventory, version control, configuration standards, support logging and a clear method for applying changes. EasiClass sits within MAXHUB’s broader education environment, and buyers should map how the selected software edition interacts with the vendor’s device-management capabilities and the institution’s existing endpoint tools. The goal is not to duplicate management platforms but to identify which system owns each task.

A useful management design begins with inventory. Record the classroom, display model, serial number, computing module, software version, network segment, installed accessories and warranty information. Add the teacher-facing software version and any account or licence assignment required for EasiClass. When support receives a ticket such as ‘the quiz is not opening in Room 204,’ this inventory allows the technician to determine whether the issue is isolated to a particular hardware generation, software release, user account or network path.

Telemetry should be applied thoughtfully. Technical teams may want device health, uptime, storage status or software-version visibility, while education leadership may care more about adoption and training needs. Not every classroom metric needs to be collected, and any analytics involving users should follow institutional policy. The practical objective is to detect common faults, plan updates and identify where teachers need support, not to create unnecessary monitoring complexity.

Integration with education services is another management area. MAXHUB highlights Google Classroom synchronization, so Google Workspace administrators should be involved when that integration is part of the requirement. They can review domain permissions, account lifecycle and access controls. If the institution uses Microsoft 365, a learning-management system or another identity provider, confirm what EasiClass natively supports and where a browser-based or file-based workflow will be used instead. Compatibility should be demonstrated rather than assumed.

Change management completes the design. New software features can be valuable, but a classroom is a production environment. Institutions should test major updates on a small number of rooms, document any interface changes, update teacher guidance, and then schedule wider deployment. For schools with limited technical staff, selecting a simple change window and maintaining a small reference classroom can reduce disruption. FourTeck can help procurement teams capture these lifecycle requirements in the project scope so rollout support, documentation and warranty escalation are discussed before purchase rather than after deployment.

What Buyers Should Check Before Purchase

The largest purchasing risk with education software is not that a feature is missing from a marketing page; it is that the institution assumes compatibility, licensing or infrastructure details without validating the exact deployment. Use the four checkpoints below before issuing a purchase order.

UAE Regional Availability & Service Ecosystem

FourTeck can support UAE education buyers with project qualification, configuration validation, quotation coordination and logistics planning for MAXHUB EasiClass deployments. Because the solution is software-led but commonly depends on classroom hardware, the procurement process should confirm the software package and the physical room bill of materials together. Availability, licence entitlement and lead times should always be verified at quotation stage. Project information such as classroom count, campus location and rollout date helps accelerate a useful commercial response.

K1. Dubai Supply & Logistics Support

Dubai schools, universities, Free Zone training centres and education groups can request EasiClass project quotations through FourTeck with localized configuration review. Support can include identifying compatible MAXHUB education displays, distinguishing existing hardware from new-room requirements, planning accessories and coordinating staged delivery. For multi-site projects, buyers should provide the room schedule and campus list so hardware and software requirements can be grouped logically instead of quoted as isolated units.

K2. Abu Dhabi & Al Ain Logistics Reach

For Abu Dhabi and Al Ain, FourTeck can coordinate sourcing, quotation and enterprise education delivery for government, industrial, corporate and academic environments. Projects with stricter governance should include identity, network and data-handling requirements during pre-sales review. Where remote or hybrid education is part of the design, room audio, cameras and network readiness should be included in the same technical scope.

K3. Sharjah & Northern Emirates Logistics Infrastructure

Sharjah and Northern Emirates institutions can use FourTeck for deployment planning, quotation handling and commercial logistics coordination. Education buyers frequently operate across multiple buildings or campuses, so consolidated quantities, expected rollout phases and existing display models are valuable inputs. The technical review can identify whether classrooms are ready for software deployment or require upgrades to computing, mounting, connectivity or audiovisual components.

K4. Ajman & Surrounding Emirates Logistics Coverage

Businesses, schools and training organisations in Ajman can request availability verification, delivery coordination and pre-sales guidance for MAXHUB education environments. FourTeck can help match EasiClass requirements to the installed classroom estate and identify where compatibility needs to be tested. Buyers should share the expected number of rooms, software integration needs and target teaching start date to support a more accurate quotation and implementation plan.

GCC & Pan-African Supply Chain Reach

FourTeck also supports project-oriented technology procurement beyond the UAE. Cross-border education deployments require more than shipping a device: buyers may need configuration validation, export documentation, customs coordination, destination logistics and clarity about regional software entitlement. For EasiClass, licensing and regional availability should be confirmed for the destination country at quotation stage, while hardware bills of materials should be aligned with local power, network and support conditions.

L1. Saudi Arabia (KSA) Export & Supply Support

Saudi education and training projects can be supported with regional inquiry routing, classroom configuration review and project quotation coordination. Buyers should identify whether deployment is for schools, higher education, corporate academies or government training because room design and governance requirements can differ. Multi-site quantities and expected installation phases should be included from the beginning so project logistics and licensing can be assessed at scale.

L2. Qatar Market Supply Reach

For Qatar, FourTeck can assist with cross-border sourcing and quotation for MAXHUB education environments. The project team should validate current EasiClass commercial availability, compatible displays, required accessories and any local deployment partner requirements. Hybrid-learning rooms should be specified with appropriate camera, microphone and network capacity instead of assuming the software alone supplies the complete remote-learning experience.

L3. Oman Regional Distribution Support

Oman buyers can request procurement guidance for classroom modernisation, training rooms and multi-campus education projects. FourTeck can help separate reusable existing infrastructure from new equipment and can structure the quote around software, displays, computing and accessories. Delivery planning should account for project location, staging needs and the institution’s readiness to receive and configure equipment.

L4. Kuwait Supply Chain Coverage

Kuwait projects can be coordinated through FourTeck’s regional procurement channels for project quotation and export supply. Current product availability, licensing, compatible hardware and support conditions should be validated for the destination before order placement. Visit FourTeck Kuwait for regional inquiry routing.

L5. Kenya & East Africa Supply Infrastructure

Kenyan schools, universities, system integrators and training providers can request regional distribution support, technical inquiry routing and delivery coordination. When an education technology project is being funded or rolled out in phases, buyers should provide the complete intended classroom count even if the first order is smaller, allowing compatibility and expansion requirements to be considered early. Visit FourTeck Kenya for regional support.

L6. Uganda Regional Procurement Support

Uganda projects can be supported with localized inquiry response, project supply management and sourcing coordination. Connectivity can vary significantly between sites, so connected EasiClass functions should be evaluated against the real internet and network environment. A deployment plan can distinguish features that require online services from those that should remain usable during temporary connectivity interruptions. Visit FourTeck Uganda.

L7. Pan-African Regional Logistics & Trade Reach

For broader African education projects, FourTeck can coordinate multi-country technology sourcing, export management and project supply. Large programmes should standardize a small number of approved classroom designs while allowing local variation for connectivity and room size. That approach simplifies spares, teacher onboarding and technical support. Explore FourTeck Africa and FourTeck global for regional inquiry paths.

Related FourTeck Products & Compatible Alternatives

EasiClass is most valuable when paired with an appropriate classroom platform. Buyers comparing alternatives should separate software requirements from display requirements and decide whether they need an education-specific workflow, a general interactive display, a smart blackboard, or a collaboration-oriented system.

A buyer should not select an alternative simply because it has a similar name. Ask which functions are required in the classroom, which are already supplied by the display operating system, and which need a separate software entitlement. FourTeck can help map the functional requirement to the current MAXHUB portfolio and avoid paying for overlapping components or overlooking a required licence.

Why Enterprises Choose FourTeck

Enterprise and institutional buyers need more than a catalogue description when procuring education technology. FourTeck can help translate a teaching requirement into a purchasable architecture: software entitlement, compatible display, computing, mounting, audiovisual accessories, connectivity considerations and rollout quantity. That pre-sales validation reduces the risk of receiving technically valid products that do not fit the intended classroom workflow.

Quotation quality is also important. A well-structured quote should make it clear which items are software, which are hardware, which are optional, and which assumptions affect price or lead time. For projects with multiple room types, FourTeck can organize the proposal around standard classroom profiles so procurement teams can compare quantities and costs more easily. Availability and delivery timing can then be coordinated against the institution’s installation or academic calendar.

After purchase, support responsibility should be understood before the first classroom goes live. FourTeck can help buyers document the relevant hardware warranty route, software support entitlement and escalation path. This is especially useful in mixed deployments where a problem could originate in the display, connected PC, network, account service or classroom software. Clear ownership shortens fault isolation and gives internal IT teams a better support model.

For regional projects, FourTeck’s value is coordination. The same education group may need hardware in the UAE and other markets, but product availability, licensing and logistics can differ by destination. Treating each country as a validated deployment rather than assuming identical commercial conditions helps the customer maintain a common architecture without overlooking local constraints.

Frequently Asked Questions

1. What is MAXHUB EasiClass?

MAXHUB EasiClass is an education software platform designed to help teachers prepare and deliver lessons, use interactive teaching tools, engage learners, create exercises, work with existing courseware and support connected classroom workflows. It is not a standalone display. The overall classroom experience depends on the compatible MAXHUB hardware, teacher devices, network, account services and software package selected for the project.

2. Is MAXHUB EasiClass available for Dubai and the UAE?

MAXHUB states that its education products are available in APAC and the Middle East, which makes the UAE a relevant target market. Actual software licensing, compatible hardware, lead time and commercial availability should still be confirmed at the time of quotation. FourTeck can validate current options for Dubai, Abu Dhabi, Sharjah, Ajman, Al Ain and other UAE locations.

3. Does EasiClass work with Google Classroom?

MAXHUB promotes Google Classroom synchronization as an EasiClass capability, allowing student and class information to be integrated into the teaching workflow. Institutions should involve their Google Workspace administrator before deployment to verify permissions, account structure and policy. Exact integration behaviour can vary by software version, regional service configuration and the institution’s own Google Workspace settings.

4. Can teachers use existing PowerPoint and lesson files?

MAXHUB highlights compatibility with common courseware formats including PPTX, Google Slides, notebook and flipchart content, helping teachers reuse existing materials rather than rebuilding lessons from scratch. For a large migration, FourTeck recommends testing a representative sample of real classroom files, including media-heavy presentations and specialist subject content, because formatting or interactive elements can vary between source applications.

5. Does EasiClass support hybrid or online classes?

MAXHUB describes EasiClass as supporting online, offline and hybrid education, including connected sessions that can combine screen sharing, voice and face-to-face participation. A complete hybrid classroom still requires appropriate cameras, microphones, speakers, computing and network capacity. Buyers should specify room size and participant count so the supporting audiovisual design is sized correctly.

6. What hardware is required for EasiClass?

The exact hardware requirement is configuration dependent. EasiClass is intended for MAXHUB education environments, but the specific compatible display models, onboard operating environment, OPS or external PC requirements and accessory needs should be confirmed for the selected software release. Existing MAXHUB customers should provide display model numbers so compatibility can be checked before purchasing licences or expanding the deployment.

7. Can EasiClass control student devices?

MAXHUB highlights a one-click locking function for supported Android tablet scenarios, designed to reduce distraction during teaching. This should be treated as a specific classroom function rather than universal control of every student device. Compatibility depends on endpoint type, software version and deployment design, so schools using mixed iOS, Android, Windows or browser-based devices should validate each interaction workflow.

8. How should a school size an EasiClass deployment?

Start by counting classrooms, teachers, concurrent sessions and participating student devices. Then identify required integrations, existing MAXHUB display models, lesson-file types, hybrid-learning rooms and network capacity. Separate simple classrooms from specialist spaces such as lecture theatres or labs. A short pilot should be used to confirm compatibility and teacher workflow before committing to a campus-wide rollout.

9. Is pricing listed online?

FourTeck does not need to invent a fixed price for a project where licensing, classroom count, hardware compatibility and regional availability can vary. Request a current quotation with quantity, delivery location, existing MAXHUB models and target deployment date. The resulting proposal can distinguish EasiClass software from displays, computing, cameras, mounting, cabling and any implementation services required.

10. What information should I send FourTeck for a quote?

Provide the product name MAXHUB EasiClass, number of classrooms, teacher count, existing MAXHUB display models, preferred screen sizes for new rooms, required Google Classroom or other integrations, student-device types, hybrid-learning requirements, delivery location and desired rollout date. These details allow the pre-sales team to validate compatibility and return a more relevant bill of materials instead of a generic software-only quotation.

Plan Your MAXHUB EasiClass Deployment with FourTeck

For a project-specific quotation, send FourTeck the required classroom quantity, current MAXHUB model numbers if already installed, teacher and student-device requirements, delivery location, integration needs and target deployment timeframe. If the project includes new interactive displays, add the preferred screen sizes or room dimensions. FourTeck can then validate the software-and-hardware fit, identify configuration-dependent items and prepare a commercial proposal aligned to the UAE deployment.

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