01Job data

Jobs guide 04 · Workflow

How to Build a Hiring Intelligence Pipeline With Public Job Data

A production blueprint for turning public job listings into hiring signals: collection, raw storage, normalization, deduplication, enrichment, QA, and alerts.

A hiring intelligence pipeline should preserve public source evidence first and produce analytical signals second. The reliable sequence is: collect a narrow query, store the untouched result, normalize into a versioned schema, group probable duplicates, enrich only where evidence supports it, validate quality, and then publish alerts or dashboards.

What is a hiring signal—and what is not?

An observed job listing is evidence that a role was publicly visible at a specific URL and time. It can contribute to a hiring signal. It does not prove that the role is newly funded, still open, eventually filled, or part of net headcount growth.

Use language such as:

  • “12 new public listings observed this week”;
  • “three locations appeared in the monitored query”;
  • “data-engineering skills occurred in 42% of matched descriptions.”

Avoid unsupported conclusions such as “the company hired 12 people” or “headcount will grow by 20%.”

What does the pipeline look like?

StageOutputPrimary control
Query definitionVersioned search specificationEntity, source, geography, freshness
CollectionRaw Actor datasetStable inputs and run metadata
Raw archiveImmutable snapshotSource URL and collected time
NormalizationCommon job schemaExplicit conversion rules
Entity resolutionEmployer and listing groupsConfidence and review queue
Quality checksCoverage and anomaly reportRequired-field thresholds
DeliveryAlerts, warehouse tables, dashboardsConsumer-specific contract

All Jobs Scraper is a practical collection layer when one normalized source family is required. Focused Actors remain useful for source-specific checks.

How should collection be configured?

Store the exact input beside every run: keywords, locations, countries, date filters, result limits, and selected sources. Also retain Actor build/version information when available. Apify documents that Actor builds can change features, inputs, or outputs; fixing a build to an exact version can protect a production dependency from an unexpected change. See Runs and builds.

Begin with a small limit. A pilot should answer whether the query is correct, not maximize rows.

Why keep a raw layer?

Normalization rules evolve. If only the transformed table survives, you cannot repair earlier records when a date parser, location mapping, or duplicate rule changes.

The raw layer should contain:

  • the complete returned row;
  • source URL and source identifier;
  • Actor name and run identifier;
  • collected timestamp;
  • input/query version;
  • transformation version applied later.

Apify datasets are append-only storage for structured records and can be accessed through Console, API clients, SDKs, or REST endpoints. The current dataset documentation lists supported export formats and retention behavior.

How should job and company entities be resolved?

Use separate identifiers for the source listing, normalized job cluster, displayed employer, and resolved company. Each has different confidence.

Employer resolution can combine a stable source ID, company page URL, domain, and normalized name. Listing clustering can combine employer identity, normalized title, location, and description similarity. Ambiguous merges should stay separate or enter manual review.

Which quality checks should run every time?

At minimum:

  1. required-field coverage by source;
  2. working source URL rate;
  3. duplicate and cluster-size distribution;
  4. posting-date parse rate;
  5. salary currency and period coverage;
  6. unexpected source or country values;
  7. row-count change relative to comparable runs;
  8. schema drift, including added or missing fields.

Set warnings, not just hard failures. A sudden zero-result run might reflect the market, the query, an upstream layout change, or a temporary source problem. The operator needs evidence to distinguish them.

How should the data be delivered?

Deliver different views for different consumers:

  • analysts receive normalized rows plus source evidence;
  • alerts receive only material changes and links;
  • search products receive indexed text and stable IDs;
  • executives receive aggregates with explicit time and coverage limits;
  • enrichment jobs receive only identifiers they are authorized to process.

The Apify API can start Actors asynchronously or synchronously; completed results are commonly read from the run’s default dataset. Review the official running Actors and run API documentation before implementation.

What is the smallest credible first version?

Monitor one role family, five employers, one geography, and one weekly schedule. Publish raw evidence, a normalized table, and a quality report. If that survives several runs, add sources or markets one at a time.

Start with the job-data topic hub or compare LinkedIn, Indeed, and Glassdoor before choosing the collection layer.

Continue in the directory

Turn the guide into a real sample run.

Open the current AgentX contract, check pricing and fields, then validate a narrow output.

Open the Actor