Madar VIP API integration services (OpenData for construction supply workflows)

1) Account authorization and session lifecycle

Implement login orchestration, token refresh, session continuity checks, and account-state validation. Concrete use: keep field sales tablets logged in without forcing manual re-authentication during project-site order windows.

2) Product catalog and availability extraction

Normalize item metadata, category labels, and stock/availability indicators from app-visible resources. Concrete use: populate a procurement recommendation widget in your ERP based on current app-side visibility.

3) Product request API

Capture user request actions, status transitions, and timestamps as queryable APIs. Concrete use: trigger automatic quotation workflows when high-value requests appear in a selected branch or region.

4) Offers and campaign sync

Extract promotion banners, offer windows, and customer eligibility indicators where present in authorized views. Concrete use: measure conversion uplift by matching offer exposure with downstream order behavior.

5) Notification and event feed

Convert relevant app-side events into webhook-ready payloads with retries and idempotency keys. Concrete use: alert procurement managers when a priority account updates request quantities after cutoff time.

6) Documentation and testing pack

Deliver OpenAPI specs, Postman collections, response schemas, and field-level data dictionaries. Concrete use: onboarding backend teams in one sprint without reverse-reading mobile traffic every release cycle.

Scenario A: Branch procurement reconciliation

Business context: multi-branch contractors need one view of requested materials versus approved purchasing. Data/API involved: request events, account IDs, SKU metadata, status updates. OpenData/OpenFinance mapping: converts app-side demand signals into governed records that finance and procurement can reconcile in a single ledger-like workflow.

Scenario B: Campaign-to-order attribution

Business context: marketing teams run offers but cannot prove which campaigns drive real requests. Data/API involved: offer exposure feed, request creation timestamps, account segment identifiers. OpenData/OpenFinance mapping: turns promotional interactions into measurable conversion datasets used for budget control and pricing policy compliance.

Scenario C: Credit and terms risk screening

Business context: B2B suppliers offering deferred terms need better risk visibility before accepting large requests. Data/API involved: request frequency, basket composition patterns, account longevity, region-based behavior. OpenData/OpenFinance mapping: structured usage data can feed risk scoring models similar to open-finance behavior assessments without exposing unnecessary personal data.

Scenario D: Unified dashboards across apps

Business context: teams also use BRKZ, Sary, and supplier-specific ordering apps. Data/API involved: normalized request payloads and event taxonomies from multiple endpoints. OpenData/OpenFinance mapping: supports interoperable data exports and cross-platform procurement intelligence for executive planning.

Scenario E: SLA and delivery readiness control

Business context: operational teams need early warnings when request volumes spike before critical project deadlines. Data/API involved: event webhooks, branch tags, quantity deltas, escalation flags. OpenData/OpenFinance mapping: webhook-fed observability pipelines improve operational resilience and reporting readiness for internal audit.

Step-by-step implementation path

1. Define target objects: account, catalog item, request, offer exposure, event log.
2. Map authorized auth flows and token refresh boundaries for stable sessions.
3. Build extraction adapters and schema validators for version-safe field mapping.
4. Expose internal REST endpoints with pagination, date filters, and status filters.
5. Add webhook delivery with retry policy, idempotency keys, and error queues.
6. Attach audit logs and data retention controls for compliance and debugging.

Pseudocode: login session bootstrap

POST /api/v1/madarvip/auth/session
Content-Type: application/json

{
  "user_identifier": "contractor_account_217",
  "credential_bundle": "encrypted_client_payload",
  "device_fingerprint": "android_api_34_hash"
}

200 OK
{
  "session_id": "sess_98f1",
  "access_token": "eyJhbGci...",
  "expires_in_seconds": 3600,
  "refresh_after_seconds": 2400
}

Pseudocode: request history query

GET /api/v1/madarvip/requests?from=2026-03-01&to=2026-03-31&branch=riyadh-north&page=1
Authorization: Bearer <ACCESS_TOKEN>

200 OK
{
  "items":[
    {
      "request_id":"rq_62013",
      "account_id":"acct_217",
      "sku":"PLYWOOD-18MM",
      "quantity":80,
      "status":"submitted",
      "submitted_at":"2026-03-14T09:42:00Z"
    }
  ],
  "next_page":2
}

Pseudocode: offer exposure webhook

POST /api/v1/madarvip/webhooks/offers
{
  "event_id":"evt_5012",
  "event_type":"offer_viewed",
  "account_id":"acct_217",
  "offer_code":"RAMADAN_2026_B2B",
  "screen":"home_promo_banner",
  "occurred_at":"2026-03-14T09:40:11Z"
}

Response handling:
- 2xx: mark delivered
- 429/5xx: retry with exponential backoff
- after max retries: push to dead-letter queue

Compliance & privacy

For Saudi-focused deployments, integration should align with the Saudi Personal Data Protection Law (PDPL) principles, including purpose limitation, lawful basis, and retention boundaries. If your operations touch EU residents, GDPR obligations such as data minimization and subject access process design should also be enforced. We scope only customer-authorized or documented interfaces, add consent-linked audit records, and separate operational telemetry from business data to reduce exposure.

Data flow / architecture

• Node 1: Client app interaction (authorized account performs browse/request actions).
• Node 2: Ingestion layer (protocol adapter captures normalized events and objects).
• Node 3: Secure storage and schema service (versioned records, encryption at rest, retention policy).
• Node 4: Output APIs and analytics (ERP sync, BI dashboards, compliance reports, webhook subscribers).

BRKZ

BRKZ focuses on building materials procurement in KSA and publicly mentions cashback in recent updates. Teams integrating both BRKZ and Madar VIP usually need a unified request export API to compare supplier response speed and pricing outcomes.

Mawad

Mawad positions itself as a one-stop construction material ordering app with same-day delivery options. Data from Mawad-like platforms often complements Madar VIP by enriching fulfillment and lead-time analytics in a shared BI model.

Sary

Sary is a major B2B marketplace in Saudi and recently merged into SILQ Group in 2025, expanding regional trade capabilities. Organizations handling Sary plus Madar VIP flows often request cross-platform transaction and invoice normalization.

Saudi Readymix App

Saudi Readymix includes order scheduling and delivery tracking for concrete workflows. Integrators map these logistics-heavy fields with Madar VIP request timelines to forecast project material bottlenecks.

Alsafwa Cement

Alsafwa Cement exposes cement ordering and status tracking patterns relevant to supplier-specific procurement channels. Combined dashboards with Madar VIP help procurement teams split demand by material class and vendor reliability.

Juman Marketplace

Juman Marketplace connects manufacturers, contractors, and retailers in the region. For shared users, integration architects often define standardized product and quotation schemas so request intelligence can be reused across both systems.

Procurely

Procurely emphasizes Saudi supplier comparison and quotation workflows. Madar VIP integrations can feed side-by-side benchmarking views where account-level request behavior is matched with available supplier quote spreads.

BuildSouq

BuildSouq is known as a construction marketplace with RFQ-driven procurement patterns in the Middle East. Unified integration allows teams to track where RFQ volume starts and where confirmed requests mature into executed purchases.

Watad

Watad highlights digital procurement and flexible payment support in Saudi operations. Linking Watad and Madar VIP datasets supports OpenFinance-style analysis of purchasing cycles, payment terms, and project cash-flow pressure points.

Muftah

Muftah connects contractors with suppliers and subcontractors through a digital ecosystem. In blended environments, Muftah interaction data can be paired with Madar VIP request streams to build fuller project readiness indicators.

About our studio

We are a technical service studio focused on app interface integration and authorized API integration. Our engineers have delivered mobile and fintech integration projects that span protocol analysis, interface refactoring, OpenData connectors, and third-party API orchestration. Clients usually come to us when app data is locked in operational silos and they need production-grade interfaces that can be audited, tested, and maintained.

Our model stays simple: share the target app and your required outputs, then we design and ship a working integration package. Delivery can include source code, API docs, test scripts, data dictionaries, and deployment notes so your internal team can continue independently.

• Source code delivery from $300, with runnable modules and documentation.
• Pay-per-call hosted API option for teams that want low upfront commitment.
• Android and iOS flow coverage, plus backend-compatible output adapters.

Contact information

Share your Madar VIP integration scope, expected fields, and target systems. We will return a practical implementation proposal with timeline, deliverables, and acceptance criteria.

Go to contact page

Path: /contact.html

Deliverables checklist

• Protocol and auth flow analysis report (authorized interface analysis only).
• OpenAPI/Swagger specification with endpoint and field definitions.
• Runnable source code for core modules (auth, requests, offers, webhooks).
• Automated test cases for happy-path and failure-path behavior.
• Operational playbook: retries, rate limits, version drift handling.
• Compliance checklist mapped to PDPL/GDPR-style controls where relevant.

Workflow

1. Scope confirmation: business scenarios, required entities, reporting outputs.
2. Interface mapping: auth chain, request models, event and status mapping.
3. Implementation sprint: adapter build, API layer, quality checks.
4. Validation: sample data runs, schema QA, monitoring hooks.
5. Handover: source delivery, docs, test plan, support window.

FAQ

What input do you need first?
Target app name, required data objects, and your receiving system details (ERP/CRM/BI).

Can this support statement API integration patterns?
Yes. Even outside banking apps, we can model request and event feeds into statement-like exports with date range, status, and account filters.

How do you keep changes stable after app updates?
We include version checks, schema guards, and adapter-level fallbacks, then provide update guidance when app behavior changes.