analiza aiqbench
Oracle is pitching its Autonomous AI Lakehouse as an open semantic layer that queries data across other catalogs and databases in place, with Lake Cache speeding up frequently used Iceberg tables. The article is largely vendor positioning from an interview, so the claims about real-time agent access and cross-platform interoperability are unverified. For AI readers, the practical question is whether such layers can deliver consistent, governed data to agents without vendor lock-in.
Oracle rethinks the lakehouse as AI agents become data consumers
A shared semantic layer is fast becoming the dividing line between lakehouses built for reporting and those built for artificial intelligence. As AI agents join human analysts in querying corporate data, enterprises need platforms that make sense of information scattered across clouds, formats and rival systems. Oracle Corp. has spent the past year rebuilding its […] The post Oracle rethinks the lakehouse as AI agents become data consumers appeared first on SiliconANGLE.
A shared semantic layer is fast becoming the dividing line between lakehouses built for reporting and those built for artificial intelligence. As AI agents join human analysts in querying corporate data, enterprises need platforms that make sense of information scattered across clouds, formats and rival systems. Oracle Corp. has spent the past year rebuilding its data…
Extras afișat conform termenilor RSS ai publicației · 56 cuvinte · textul integral și figurile sunt pe site-ul publicației
Subiecte conexe
Data Mesh vs. Data Fabric: Key Differences and How the Lakehouse Resolves the Debate
Databricks · 25 aug. 2026
The lakehouse is a better data warehouse: 2026 benchmarks and proof
Databricks · 6 oct. 2026
The payload: the semantic layer, memory, and the loop that fills it
Neo4j · 10 aug. 2026
Ingest semi-structured data faster and more efficiently with Variant - Now Generally Available
Databricks · 3 aug. 2026