Required identity
Entries carry IDs that support source-scoped update tracking.
Atom syndication format
Atom Feed Summary
Atom’s explicit IDs, timestamps, link relations, and content types make it a strong input for structured feed summary workflows.
Atom 1.0entry IDslink relationstyped contentupdated dates
Atom strengths
Why Atom is useful for summary systems
Atom provides explicit semantics that reduce several common ingestion ambiguities.
Link relations
Alternate, self, related, and enclosure links can remain distinct.
Typed content
Text, HTML, XHTML, and external content are declared rather than guessed.
Normalization
Map Atom without losing semantics
A normalized record should remember which Atom construct supplied each value.
Dates and people
Keep `published` and `updated` separate. Preserve multiple authors and contributor roles. Do not infer publication time from update time when the feed omits it.
Store the original timestamp string and normalized UTC value.
Content and links
Process content according to its declared type, resolve base URIs, and retain every meaningful link relation. Select the alternate page link deliberately.
Keep XHTML structure until it has been converted into ordered content blocks.
Record design
Atom in a multi-format pipeline
The downstream summarizer should receive the same core record as RSS and JSON Feed.
1source-scoped entry ID
2published + updated fields
Ntyped links retained
✓content type explicit
Feed Signals
Compare syndication formats
See where Atom differs from RSS and JSON Feed in practical AI ingestion.
RSS vs Atom vs JSON Feed for AI Summarization Pipelines
A developer-focused comparison of RSS, Atom, and JSON Feed for ingestion, normalization, and AI feed summary systems.
RSSAtomJSON Feed
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