Generative AI applications are complex systems involving workflows, FMs, and domain-specific data, utilizing patterns like Retrieval Augmented Generation (RAG).
Organizations suffer from siloed AI initiatives resulting in inefficiencies, redundancies, and inconsistent governance frameworks.
Unified generative AI platforms are adopted to centralize governance and operations, offering core services and reusable components.
A generative AI foundation streamlines development, enables scaling, reduces risk, optimizes costs, and accelerates innovation.
Key components of the foundation include hubs for models and tools, gateways for secure access, and orchestration for workflows.
Model customization techniques like continued pre-training and fine-tuning are crucial for customization depth and task-specific learning.
Data management involves integrating data sources, processing pipelines, and tools for cataloging data to support RAG and model customization.
GenAIOps encompasses managing AI systems, from operationalizing applications to training models, with a focus on governance and lifecycle management.
Observability in generative AI systems requires collecting logs, metrics, and traces to optimize performance and troubleshoot issues effectively.
To address challenges responsibly, tools and techniques aligning with responsible AI dimensions like privacy, transparency, fairness, and governance are crucial.