BUILD TRUSTED CONNECTIONS

API Documentation

A practical overview for approved integrations using secure authentication, predictable data structures and event-driven workflows.

Review the integration model →Talk to our team

API EXPLORER

cURLPythonPHPJavaScript

GET /api/v1/courses?status=published
Authorization: Bearer ••••••••••••

{
  "data": [{
    "id": "course_01J...",
    "title": "Digital Leadership",
    "status": "published"
  }],
  "next_cursor": null
}

DEVELOPER PORTAL

Predictable resources and traceable outcomes.

Examples describe the intended API model. Exact endpoints and production scopes depend on the approved deployment and integration agreement.

Core resources

GET/api/v1/organisationsApproved tenant records

GET/api/v1/usersScoped users and roles

GET/api/v1/coursesCourse metadata and state

POST/api/v1/enrolmentsCreate an enrolment

GET/api/v1/learning-recordsPermitted progress signals

POST/api/v1/webhook-endpointsRegister event delivery

DEVELOPER PLATFORM

Connect StudyPulse to the systems your institution already depends on.

The StudyPulse API is designed for approved institutional integrations, partner applications and controlled automation. It can support workflows such as synchronising users, programmes and enrolments; exchanging selected learning records; creating partner-managed accounts; and receiving event notifications.

API availability, scopes and data access depend on the organisation’s plan, security review and written approval. Production access should always use least-privilege credentials, server-side secrets and an agreed data-processing model.

Versioned HTTPS endpoints and JSON request bodies
Scoped credentials for each integration
Idempotency support for sensitive create operations
Webhooks for selected lifecycle events
Audit-friendly request and event identifiers

AUTHENTICATION

Keep credentials server-side and narrowly scoped.

Never expose a secret key in browser JavaScript or a public mobile bundle. Use an organisation-specific credential in the Authorization header and rotate it according to your security policy.

REQUESTList courses

curl https://studypulse.ai/api/v1/courses \
  -H "Authorization: Bearer $STUDYPULSE_API_KEY" \
  -H "Accept: application/json"

RESPONSEJSON envelope

{
  "data": [
    {
      "id": "crs_01H...",
      "title": "Digital Foundations",
      "status": "published"
    }
  ],
  "meta": {
    "next_cursor": null
  }
}

CORE RESOURCES

A predictable model for learning operations.

Exact resources and actions are enabled per approved integration. The examples below show the intended organisation of the API rather than a promise that every operation is enabled for every customer.

Organisations

Read approved tenant settings and partner-managed organisational relationships.

Users and roles

Provision or synchronise authorised administrators, educators, learners and guardians.

Courses

Exchange course metadata, structures, publication state and approved content references.

Enrolments

Create, update or reconcile learner participation in classes and programmes.

Learning records

Retrieve permitted completion, attendance or assessment signals for authorised workflows.

Webhooks

Receive signed notifications when selected records or workflow states change.

REQUEST CONVENTIONS

Build integrations that remain dependable at scale.

Validate every payload

Send the documented content type, use ISO 8601 timestamps and treat identifiers as opaque strings. Reject malformed data before it enters your synchronisation queue.

Use idempotency where supported

Attach a stable idempotency key to retryable create operations so network retries do not create duplicate records.

Respect pagination and limits

Follow cursor-based pagination and back off after rate-limit responses. Do not continuously poll when a webhook can deliver the same change.

Log without leaking data

Retain request IDs, status codes and safe operational metadata. Do not place access tokens, passwords or unnecessary learner data in logs.

WEBHOOKS & RELIABILITY

Process events defensively.

Webhook consumers should verify signatures, return a success response quickly and process business logic asynchronously. Event delivery may be retried, so consumers must tolerate duplicates and out-of-order delivery.

Verify signatures

Validate the raw request body against the signing secret before accepting an event.

Deduplicate events

Store the event identifier before processing and ignore an identifier already completed.

Retry safely

Use exponential backoff and a dead-letter queue for events that require human review.

Reconcile periodically

Run an authorised reconciliation job so temporary delivery issues do not create permanent drift.

API FAQ

Common implementation questions.

Is the API publicly open?+

Production API access is approved for customers and partners based on plan, use case, security review and the data involved. Public documentation does not itself grant access.

How are breaking changes handled?+

Breaking changes should be introduced through a new version or a communicated migration path. Integrators should pin to the approved version and monitor release notices.

Can we access every learner record?+

No. Access is limited by organisational authority, user role, configured scopes, applicable law and the agreed integration purpose.

Where do we report an integration issue?+

Send the endpoint, approximate timestamp, environment, safe request identifier and observed status to support@studypulse.ai. Never email a secret key or unnecessary personal data.

READY FOR THE NEXT STEP?

Build a learning experience people can understand and trust.

See how StudyPulse can be configured around your institution, roles, content and implementation needs.

Book a conversation →support@studypulse.ai