DatriseAI-first ETL

Aha to Amazon S3 Data Lake Integration

AI-first ETL from Aha into Amazon S3 Data Lake. Governed entities, incremental sync, typed landing tables.

How Datrise loads Aha into Amazon S3 Data Lake

Datrise syncs Aha's features, releases, initiatives, ideas, goals, and epics into Amazon S3 Data Lake as columnar Parquet objects partitioned per source entity. Flexible or custom fields land in nested struct/map fields in Parquet, and timestamps such as created, updated, and status changes are typed as ISO-8601 timestamp columns.

Sync is incremental: Datrise uses writes new date partitions and compacts small files on a schedule, so re-runs update only what changed. Hive-style path partitioning (entity/date) for engine-agnostic reads. A lake has no schema enforcement, so Datrise writes a schema manifest alongside the data to keep downstream engines consistent.

Ideal for an open, engine-neutral storage layer for Spark, Athena, Trino, or DuckDB.

Endpoints

Aha: Product roadmapping and release planning.

Amazon S3 Data Lake: Object storage landing zone for parquet and snapshots.

How Aha entities map to Amazon S3 Data Lake

Aha entityAmazon S3 Data Lake objectNotes
featuresaha_featuresid PK · custom fields → nested struct/map fields in Parquet
releasesaha_releasesid PK · linked to aha_features
initiativesaha_initiativesid PK · linked to aha_features
ideasaha_ideasid PK · linked to aha_features

FAQ

How does Datrise handle Aha's custom fields in Amazon S3 Data Lake?

Flexible values are stored as nested struct/map fields in Parquet, so new fields don't require a migration; strongly-typed fields — dates, numbers, and references — are promoted to native Amazon S3 Data Lake types.

How does the Aha to Amazon S3 Data Lake sync stay up to date?

It runs incrementally — Datrise uses writes new date partitions and compacts small files on a schedule.

Related pipelines

Early access

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