Five Minute Briefing - Oracle
November 6, 2024
Published in conjunction with the Quest Oracle Community (Quest), this bi-weekly publication contains news, market research, and insight for the Oracle ecosystem, as well as Quest news and information. Subscribers also receive Quest ResearchWire, a bi-monthly research report for the Oracle community.
News Flashes
Informatica, a leader in enterprise AI-powered cloud data management, is releasing Generative AI (GenAI) Blueprints to make it faster and easier for customers to build enterprise-grade GenAI applications on several industry-leading technology platforms. The blueprints—for AWS, Databricks, Google Cloud, Microsoft Azure, Oracle Cloud, and Snowflake—include standard reference architectures, prebuilt, ecosystem-specific "recipes," and GenAI Model-as-a-Service and vector database connectors to minimize GenAI development complexity and accelerate implementation, according to Informatica.
Oracle announced that NTT DATA Japan, a global digital business and IT services leader that is part of the NTT Group, has selected Oracle Alloy to help Japanese organizations across the public and private sector accelerate the use of cloud services, while addressing data sovereignty and compliance requirements.
Oracle is building on its partnership with Vodafone Business IoT to bring global IoT connectivity to Oracle's Enterprise Communications Platform (ECP) industry applications customers. Built on the high performance and security of Oracle Cloud Infrastructure, ECP uses edge architecture to give businesses the out-of-the-box connectivity and near real-time data intelligence required to power essential new services.
Think About It
In multidimensional data modeling practice, there is the concept of a bridge dimension. A bridge dimension, being the dimensionalized equivalent of a normalized data design's associative entity, allows for the resolution of a many-to-many relationship. By its very nature, the bridge is saying, "Yes, let's normalize our dimensional designs." The bridge dimension exists to resolve a many-to-many relationship between two other dimensions.