GenAI +
Machine Learning

Artificial intelligence has evolved from a promise to an essential part of modern software design. The success of Machine Learning (ML) and Generative AI (GenAI) models depends not just on the algorithms but also on the quality and organization of the data used.

Development Of Machine Learning Models In The Database
Vector Search Configuration For Ai Applications
Training And Support For Using ML In Corporate Data
Performance Optimization With Ai
Ai Strategy Consulting

Integration
With
Ai Ecosystems
GenAI: Context and Interaction at Scale
OCI
Generative AI Training


How it works

1

Foundation, Data, and Governance (The Foundation)

  • In-House Security and Privacy: Maintaining sensitive data within the Oracle environment and ensuring control over who accesses what.
  • Vector Search Databases: Specialized storage for fast semantic searches, essential for GenAI and reducing “hallucinations”.
  • Governance and Ethics: Implementation of mechanisms for model explainability and mitigation of biases (algorithmic prejudices).
  • Low-Latency Data Pipelines: Ensuring that data arrives in real time so that AI does not make decisions based on outdated information.

2

AI Modeling and Engineering (Intelligence)

  • Feature Engineering and RAG: Connecting LLMs to private company data and transforming raw variables into clear signals for models.
  • Training and Predictive Modeling: Developing models for churn, fraud detection, and predictive maintenance directly in the database, reducing data movement.
  • MLOps (Lifecycle Management): Managing the complete cycle, from training to drift monitoring (model performance degradation).
  • Fine Tuning vs. Prompt Engineering: Defining the best technique for each problem, balancing cost and accuracy.

3

Integration and Resource Efficiency (The Operation)

  • In-Memory Deep Vectorization: Use of memory and automatic indexing to accelerate AI queries and reduce the need for additional hardware.
  • Connectivity with External Frameworks: Seamless integration with ecosystems like TensorFlow and PyTorch without data duplication.
  • AI-Ready Architectures: Precise planning that avoids unnecessary investments and accelerates the adoption of new technologies.
  • Agent Orchestration: Create flows where AI executes complex tasks integrated with APIs and databases, going beyond simple chat responses.

4

Delivering Value and Experience (The Outcome)

  • Operational Efficiency: Automation of repetitive cognitive tasks, freeing up the team for strategic decisions.
  • Accelerated Decision Making: Real-time forecasts that allow for instant market response.
  • Extreme Personalization: Delivery of unique experiences and precise recommendations for each customer at scale.
  • Product Innovation: Enabling new functionalities that were previously technically or financially impossible.



Tendencies

AI Agents and Orchestration (Enterprise AI Agents)

The major evolution of 2026 is the transition from simple chatbots to AI Agents capable of executing complex workflows, such as credit approvals, multi-agent fraud detection, and self-healing logistics, integrating directly with APIs and the database.

Key feature: Using the Model Context Protocol (MCP) to enable secure natural language interactions between agents and the database.

Next-Generation ARG and Native Vector Search

AI Vector Search in Oracle Database 23ai has become the standard for reducing “hallucinations” in LLMs. The trend now is RAG (Retrieval-Augmented Generation), which combines vector data with relational and graph data in a single SQL query, ensuring real-time, business-driven answers.

Highlight: Integration of new embedding models (such as Qwen 3) directly into OCI Generative AI for high-performance processing.

In-Database AI and Performance Optimization

The training and inference of ML models are occurring within the database, eliminating data movement. By 2026, the focus is on In-Memory Deep Vectorization, which utilizes volatile memory to dramatically accelerate vector processing for large-scale AI applications.

Key feature: New optimized ML algorithms (such as enhanced XGBoost) and memory utilization monitoring (SGA/PGA) specific to AI workloads.

Zettascale Infrastructure and AI Superclusters

To support the training of massive models, Oracle expanded its infrastructure to zettascale OCI Superclusters, utilizing tens of thousands of NVIDIA Blackwell GPUs, delivering the performance needed to meet the GenAI demands of 2026.


Highlight: Availability of bare metal instances with NVIDIA Blackwell (GB200) and AMD MI300X GPUs connected via ultra-low latency cluster networks.

Let’s do it now !

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