The article examines how databases, after five decades of human‑centric design, are undergoing a fundamental transformation driven by Agentic AI, requiring new semantics, multimodal storage, memory capabilities, and integrated engines, illustrated through insights from Yang Yu of KuKe Data.
The article presents a comprehensive AI FinOps framework that attributes every AI expense to specific apps, users, and tasks, normalizes diverse cost units, and applies token economics, smart routing, semantic caching, and budget controls to ensure sustainable AI operations and measurable ROI.
This article compares leading open‑source vector databases—including Redis, Milvus, Weaviate, Qdrant, Chroma, pgvector, and Faiss—by examining their architectures, performance benchmarks, deployment models, and suitability for production AI workloads, helping readers choose the right solution for their needs.
This article outlines a production‑grade LLM Gateway design, detailing a three‑layer architecture, capability‑, cost‑, latency‑ and semantic‑based routing strategies, multi‑level fallback mechanisms, specialized load balancing, unified API adaptation, semantic caching, observability, and compares popular open‑source implementations.
The article dissects latency in high‑concurrency RAG Agent pipelines, showing how retrieval, re‑ranking, and LLM generation each contribute milliseconds of delay, and presents system‑level tactics—from ANN index tuning and partitioned search to vLLM PagedAttention, continuous batching, speculative decoding, model quantization, routing, semantic caching, and pipeline parallelism—to dramatically cut end‑to‑end response time.
The article outlines a production‑grade LLM Gateway architecture divided into ingress, decision, and egress layers, detailing capability‑based, cost‑aware, latency‑aware, and semantic routing, multi‑stage fallback mechanisms, specialized load‑balancing, protocol unification, semantic caching, observability, and evaluates open‑source solutions such as LiteLLM, RouteLLM, and Portkey.
