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Qentak — The Education Operating System

PLATFORM ARCHITECTURE

Connected on purpose.
Understood in layers.

Understand the conceptual layers connecting institutional records, workflows, access and integrations.

Try the scenarios
Education IT administrators inspecting a network rack together
THE PEOPLEDescribe the operating context

Identify institution size, campuses, integration dependencies, expected volumes and critical periods such as admissions or results release.

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START WITH THE QUESTION

How do the parts fit together, and where are the boundaries?

An education operating system needs a coherent relationship between people, records, workflows and external services. This architecture view explains those responsibilities so your technical team can ask concrete questions about deployment, access, operation and change.

Interactive conceptIllustrative scenarios · Sample information

Explore platform architecture in practice.

Choose a perspective to see what changes.

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A role turns context into action

The experience layer organizes the information and tasks relevant to a teacher, administrator, learner or family member.

A person sees the work they are responsible for, with clear feedback on its result.

Experience layerPlatform architecture
Entry
Authenticated institutional context
View
Role-relevant tasks and records
Action
A validated request
Boundary
Permission and relationship checks

WHAT MAKES IT USEFUL

Understand services, information flows, and boundaries.

01

Responsibilities before components

Separate presentation, validation, workflow decisions, records and provider connections. This makes ownership and review easier even when a user experiences one connected task.

02

Security across boundaries

Review institutional scope, role permissions and data handling at every boundary. Ask how an action is authorized and how a failed or repeated request is handled.

03

Operations belong in the design

Monitoring, support, backup, recovery and change management are part of the architecture conversation. Evaluate the proposed deployment using evidence and clear acceptance criteria.

FROM DISCUSSION TO DAILY WORK

Turn technical questions into acceptance evidence.

  1. 1

    Describe the operating context

    Identify institution size, campuses, integration dependencies, expected volumes and critical periods such as admissions or results release.

  2. 2

    Review the boundaries

    Walk through sign-in, a record change, a restricted action and a provider failure with the technical owners.

  3. 3

    Agree acceptance evidence

    Document the deployment, security and recovery requirements to be demonstrated before release, including ownership of unresolved findings.

Registry colleagues arranging pathway cards, a tablet and document folders on a deskPlatform architectureDescribe the operating context → Agree acceptance evidence

SEE HOW THE WORK CONNECTS

Platform architecture

How do the parts fit together, and where are the boundaries?

  1. 01

    Describe the operating context

    Identify institution size, campuses, integration dependencies, expected volumes and critical periods such as admissions or results release.

  2. 02

    Review the boundaries

    Walk through sign-in, a record change, a restricted action and a provider failure with the technical owners.

  3. 03

    Agree acceptance evidence

    Document the deployment, security and recovery requirements to be demonstrated before release, including ownership of unresolved findings.

Illustrative workflow · Shape the details around your institution.

CONFIGURE WITH INTENTION

Agree deployment and operational responsibilities.

  • Institution and campus scope, identities and role relationships
  • Workflow state, validation and approval responsibilities
  • Integration contracts and external data boundaries
  • Deployment, monitoring, recovery and support acceptance criteria
Explore the implementation journey

QUESTIONS TO RESOLVE

Questions about platform architecture.

Use these questions to make the evaluation specific to your institution.

Is this the production deployment diagram?

This is a conceptual view of responsibilities and boundaries. The deployment diagram, hosting arrangement, infrastructure controls and operational commitments should be supplied and reviewed for the agreed implementation.

What should our technical team bring to a review?

Bring identity-provider details, system dependencies, data-residency requirements, expected volumes, critical availability windows and recovery expectations. Include the people who will own integration and operational acceptance.

Where do we discuss security and assurance?

Begin with the security overview and a requirements-led technical review. Request evidence for the exact controls and deployment in scope rather than treating an architecture illustration as proof of a control.

YOUR INSTITUTION. YOUR CONTEXT.

Bring your technical questions into the conversation.

Start with a real workflow, the people involved and the outcome you need.