HHassan Aziz21m ago · 14 min readHow semantic search works, with a Python exampleThe short version Semantic search ranks results by meaning: the query and every document become vectors, and the documents whose vectors point closest to the query's come first. An embedding model tuhassanrants.hashnode.dev
VVikkurthi Manikanta1d ago · 4 min readWhy Enterprise AI Agents Fail Without Structured KnowledgeYour agents aren't hallucinating because the models are bad. They're failing because they have no world model of your enterprise. The inconsistency problem Picture this: your team has just deployed astructured-intelligence.hashnode.dev
RRONI DASOct 15 · 17 min readI cut EmbeddingGemma 2's vectors to a sixth of their size. It got more answers right, and that was the worrying part.A computer cannot compare meanings. It can compare numbers. So if you want a search box that understands "why can't you make good tea at the top of Everest", you first need something that turns words systemdesignacademy.hashnode.dev
AAsfaq LeeonOct 9 · 13 min readEmbeddings, Vector Search & RAG from Scratch with Node.js and PostgreSQL (pgvector)Once I thought RAG should start with npm install langchain and that time I don't understand the chaining abstractions. One of my friend told me that if something breaks (and it will), you can't debug 3Aleeonscoding.hashnode.dev
PpraveenkulhareeOct 4 · 6 min readExploring GenAI Retrieval with a Resume: Keyword, Semantic, and Hybrid SearchI’ve been spending some time learning and exploring Generative AI concepts, especially around embeddings, retrieval, and RAG. Instead of starting with a large production-style application, I wanted to2PAdev-praveen.hashnode.dev
CChidinmaOct 2 · 21 min readThe Index Is a Bet You Made at Write TimeSearch feels instantaneous. We type a few words and hit enter. Millions of documents collapse into a neat list of results in less than a second. It gives the illusion of a system that heard your reque4chidinma.dev
PPranshu BansalOct 1 · 23 min readI Tested Qdrant Quantization and mmap on EV Charger SearchWhen I started this project, I had a question in mind: if a charging network keeps adding stations and search records, how much memory will its vector search need? A small demo can fit on a laptop. A pranshubansal.hashnode.dev
MMohammed Yahya AhmedSep 25 · 9 min readBuilding Consistent Semantic Search: Updates, Embeddings & Concurrency in BrainZenWhen I wrote my previous article, I had reached an important point in BrainZen. The creation pipeline was working: Content ↓ Semantic text ↓ Embedding ↓ MongoDB And I had started designing t1learningwithyahya.hashnode.dev
TThai TranSep 24 · 5 min readWhy semantic search is not the smartest searchKey takeaway Semantic search is not the smartest search. It covers the words that miss. The exact match still has to lead. Keyword search wins on a unit code and on the word bachelor. It misses “tutthait.hashnode.dev
MMohammed Yahya AhmedSep 24 · 7 min readFrom Embeddings to Search Architecture: Building BrainZen’s Retrieval FoundationWhen I first started adding semantic search to BrainZen, I thought the difficult part would be generating embeddings and storing them in MongoDB. It turns out that was only the beginning. Once the emb1learningwithyahya.hashnode.dev