Multi-source ingestion pipeline
Source-specific scrapers collect listings and article bodies from 13 publishers, including WordPress REST, Inertia payloads, Next.js state, Reuters Fusion CMS data, schema.org metadata, and server-rendered HTML.
Case study
Multi-source data automation
Turning scattered publisher feeds and fragile scraping workflows into a controlled data pipeline with source monitoring, scheduler controls, authenticated API access, and production deployment support.
Client
Internal product build
Status
Internal product build
Category
Data Automation & API Platform
Timeline
2026
The product collects news from multiple UAE, GCC, and regional publishers whose sites use different CMS platforms, markup structures, APIs, and access constraints. Instead of treating each scraper as a one-off script, the system was built as a repeatable ingestion pipeline.
The platform also exposes a read-only public API protected by API keys, with OpenAPI documentation, quota enforcement, request logging, and health endpoints. This makes the collected data usable by other products without giving direct database access.
Product context
The work was not just about scraping pages. The system needed to collect articles from different publisher platforms, normalize inconsistent data, avoid duplicate records, track each run, support operator controls, and expose clean API access for downstream consumers.
Each source exposes content differently. Some use WordPress REST APIs, some expose server-rendered JSON state, some rely on schema.org metadata, and others require source-specific DOM parsing. Several sources also need proxy handling because direct requests fail behind access controls.
We built the platform as an operator-managed data product: source-specific extraction, shared normalization, MongoDB persistence, run auditing, scheduler controls, API access, and deployment documentation working as one system.
Source-specific scrapers collect listings and article bodies from 13 publishers, including WordPress REST, Inertia payloads, Next.js state, Reuters Fusion CMS data, schema.org metadata, and server-rendered HTML.
All sources are shaped into a consistent article model with headline, summary, URL, canonical URL, publish dates, authors, categories, tags, images, body text, read time, and source metadata.
The backend exposes article, source, health, OpenAPI, and Swagger endpoints protected through API keys, daily limits, usage logs, analytics, and revocation support.
Operators can monitor corpus size, source health, scrape runs, scheduler configuration, source detail views, runtime settings, and usage estimates without touching server code.
The result is a maintainable ingestion and delivery system that can collect content from multiple publishers, store it in a normalized database, monitor ongoing source health, expose data through a secure API, and run in production through Docker.
The build turns a brittle manual scraping workflow into an operator-managed platform with visibility, retry behavior, runtime configuration, API access, and deployment documentation.
13
publisher/source integrations handled through source-specific logic
API keys
authenticated read access with quota and usage tracking
Scheduler
manual and scheduled scrape controls for operators
Docker
deployment support for single-service and two-service setups
Client feedback
“The delivery was professional from start to finish. Requirements were understood quickly, milestones were met, and the final system gave us a more dependable way to manage the workflow.”
Operator feedback
Private data workflow user
The page stays outcome-led, but the proof is in the product decisions underneath: what we protected, what we simplified, and what became easier for the client to operate.
The work moved from one-off scripts into monitored source runs, source health, scheduler controls, and audit records.
Normalized article records and API key access make the data usable by other products without exposing the database directly.
Operators can see failures, retry behavior, source health, recent runs, and runtime settings before problems become silent data gaps.
Bring the rough context, product blocker, or delivery goal. We will help shape the practical next step before the work gets heavier.
You do not need a perfect brief. A current product situation, blocker, target outcome, or rough workflow is enough to begin.
What to share
Current product stage, what is stuck, timeline, and what a successful next step should look like.