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AI Engineering

Page 3 of AI Engineering

Two side-by-side pipelines: one static archive for pre-generated images and one transforming pipeline with rotating stations for online augmentation.
AI Developer Tools

Offline vs. Online Image Augmentation in Keras and TensorFlow: How to Choose

A practical guide to choosing between Keras preprocessing layers and tf.image-based augmentation, and between offline pre-generation and online on-the-fly execution, based on dataset size, compute budget, and reproducibility requirements.

Sep 10, 2026Read article
Offline vs. Online Image Augmentation in Keras and TensorFlow: How to Choose
Five colored geometric containers representing Docker services connected by glowing lines on a desk.
AI Developer Tools

Build a Self-Hosted AI Automation Pipeline With n8n, MCP, and Docker

A practical breakdown of the n8n AI Starter Kit's five Docker services, how n8n orchestrates while MCP processes AI tasks, and how to pick a hosting environment from laptop to datacenter.

Sep 8, 2026Read article
Build a Self-Hosted AI Automation Pipeline With n8n, MCP, and Docker
Decision diagram comparing compressed-output skill variants across model stacks
AI Agents & Orchestration

Caveman Alternatives Compared: Which Compressed-Output Skill Should You Pick?

A practical buyer's guide that compares Caveman variants against external alternatives, helping readers pick a compressed-output skill based on workflow, model, and stack rather than headline token-savings numbers.

Sep 5, 2026Read article
Caveman Alternatives Compared: Which Compressed-Output Skill Should You Pick?
Isometric diagram of a hybrid retrieval pipeline showing a query splitting into parallel dense vector and lexical keyword search branches, merging into one ranked list, then passing through a reranker stage to a final top-k output.
RAG & Knowledge Systems

How to Build a Hybrid Retrieval Pipeline: BM25, Dense Vectors, RRF, and Cross-Encoder Reranking

Why pure vector search misses exact product codes and names, and how to assemble the three-stage production baseline: parallel BM25 and dense candidate generation, Reciprocal Rank Fusion to merge the ranked lists, and a cross-encoder reranker for final ordering — implemented with Qdrant and Cohere.

Sep 4, 2026Read article
How to Build a Hybrid Retrieval Pipeline: BM25, Dense Vectors, RRF, and Cross-Encoder Reranking
A translucent data cube divided into color-coded sections representing tenant isolation inside a shared Qdrant collection, with the words Tenant Isolation displayed on a floating interface panel.
RAG & Knowledge Systems

Qdrant Multi-Tenancy: One Shared Collection or One Per Tenant?

Shipping one RAG deployment to many organizations forces a hard question: one shared Qdrant collection with tenant filters, or a separate collection per customer? This guide compares both isolation strategies, explains how Qdrant's filterable HNSW keeps tenant data fast and separated, and maps how…

Sep 4, 2026Read article
Qdrant Multi-Tenancy: One Shared Collection or One Per Tenant?
An isometric 3D illustration of a glowing knowledge graph built from stacked documents, visualizing Ragas testset generation for RAG evaluation.
RAG & Knowledge Systems

Inside Ragas Testset Generation: Evolutionary Questions and the Three Models Behind Them

Ragas doesn't just write questions — it builds a knowledge graph from your documents and then evolves simple prompts into reasoning, conditioning, and multi-context challenges. Here is what the generator LLM, the critic LLM, and the embedding model are actually doing inside testset generation, and…

Sep 4, 2026Read article
Inside Ragas Testset Generation: Evolutionary Questions and the Three Models Behind Them
A minimalist 3D illustration of a local AI workstation with floating GPU cards and glowing VRAM modules, representing hardware spec decisions for running LLMs locally.
AI Developer Tools

How to Spec a Local AI Workstation for LLMs: GPU, VRAM, and Multi-GPU Decisions

VRAM — not clock speed — decides which models your machine can actually run, and that single fact reshapes how every dollar should be spent. This guide walks through GPU tiers, the CPU's underrated role, and multi-GPU decisions with real 2026 street prices and benchmarks, so your local AI…

Sep 1, 2026Read article
How to Spec a Local AI Workstation for LLMs: GPU, VRAM, and Multi-GPU Decisions
A minimalist 3D visualization of vLLM's V1 process tree, showing a vllm serve terminal branching into glowing API server, engine core, and GPU worker nodes connected by blue ZMQ message pathways.
LLMs & Model APIs

What Happens When You Run vllm serve: A Walk Through vLLM's V1 Multi-Process Architecture

Running vllm serve doesn't start one program — it spawns a tree of API servers, engine cores, GPU workers, and sometimes a DP Coordinator, all wired together with ZMQ sockets. This walkthrough traces vLLM's V1 multi-process architecture from the CLI to the first forward pass on the device, step by…

Sep 1, 2026Read article
What Happens When You Run vllm serve: A Walk Through vLLM's V1 Multi-Process Architecture
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