Yugabyte announced the first of its next-generation agentic AI apps, Performance Advisor for YugabyteDB Aeon, its SaaS offering. Yugabyte also announced an extensible indexing framework designed to support the seamless integration of state-of-the-art vector indexing libraries and algorithms, augmenting the capabilities offered by pgvector. By infusing AI into Performance Advisor and delivering an extensible framework for vector support, YugabyteDB enhances database performance monitoring, improving AI application resilience and enabling greater AI innovation. The Performance Advisor agentic AI application allows developers to detect potential issues before an application is deployed and offers timely insights to SREs, and platform engineers to help with performance optimization. Traditional monitoring often relies on voluminous metrics and alerts, which are difficult to interpret, causing data overload, false-positives, and alert-fatigue. Equipped with AI-powered anomaly detection, Performance Advisor helps users identify performance issues, analyze the root causes, and understand the impact. A structured, query-centric view enables teams to pinpoint the queries consuming resources, highlight where performance bottlenecks occur, and monitor overall system load and potential anomalies. Yugabyte enhanced its pgvector support, adding extensible and future-proof vector indexing to YugabyteDB. This innovative approach is designed to support seamless integration of state-of-the-art vector indexing libraries and algorithms such as USearch, HNSWLib, and Faiss, taking YugabyteDB’s vector search capabilities beyond pgvector. Combining the power of popular open source pgvector extension with YugabyteDB’s inherently distributed architecture, YugabyteDB provides a robust foundation for building intelligent, data-driven applications that demand high-performance vector search. Built-in resilience and geo-distribution ensure continuous availability of vector search functionalities and low-latency retrieval across different geographic regions.