SShortSingh.
Back to feed

A Non-Coder's Plain-English Breakdown of How RAG Pipelines Actually Work

0
·22 views

A non-programmer IT professional explains Retrieval-Augmented Generation (RAG) after struggling to find accessible explanations that did not assume coding knowledge. RAG works by retrieving relevant text from a database before passing it to a language model, allowing the model to answer questions about documents it was never trained on. The process involves eight steps, including query clarification, vector conversion, dual-channel search, reranking, and prompt assembly before the model generates a response. The author uses an office analogy throughout — an executive assigning a task and a secretary pulling files — to make each technical step intuitive for non-technical readers. The piece aims to fill a gap in available resources, which tend to target developers rather than people who simply want to understand how the technology functions.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Log in to join the discussion and vote.

Log in

Related stories

0
ProgrammingHacker News ·

Show HN: A Papers Please-style game where you decide which YC startups get funded

A developer has shared a Show HN project on Hacker News that recreates the mechanics of the game Papers, Please. In this version, players take on the role of deciding which Y Combinator startups receive funding. The project is linked to termsheetplease.com and had gathered 10 points with no comments at the time of posting. The source material provides only the link and basic engagement metrics, so details about gameplay depth and design are not available.

0
ProgrammingDEV Community ·

Handling Queue Timeouts in Delayed Game Webhook Delivery

A worker delivering delayed game-event webhooks should acknowledge a queue message only after the delivery attempt reaches a durable outcome. The article argues that a timeout must lead to a retryable state rather than a lost cleanup job or an unbounded retry loop. It recommends separating the queue lease from the HTTP request timeout, recording an attempt before sending the request, and making the receiving service idempotent. Because a timeout only shows that the worker stopped waiting, it cannot confirm whether the remote side applied the change. The proposed design classifies each result as delivered, retryable, or terminal, and acknowledges the message only once that state is stored.

0
ProgrammingDEV Community ·

Databricks Unveils Autonomous Genie That Runs Scheduled and Triggered Enterprise Jobs

On 11 November 2026, Databricks announced a new version of its Genie AI, which can now carry out delegated jobs on its own rather than only answering questions. Users can assign work through Genie One, email, Slack or Microsoft Teams, with jobs running on a schedule or in response to events such as a metric drop. The release also adds Genie Ontology, Genie Search, Genie Agents and Unity Gateway for governance, along with connections to tools such as ChatGPT, Claude and Copilot. Databricks says some components are generally available while others remain in beta or coming soon, and that availability for autonomous jobs was not specified in its main post. The company also reported a 91% correct-answer rate in a benchmark, noting that the results reflect an established deployment and should be treated as a ceiling.

0
ProgrammingDEV Community ·

Next.js page cut from 854 KB to 459 KB by trimming duplicated RSC payload data

A developer's /projects page built with Next.js 16 shipped 854 KB of HTML for 49 projects, largely because identical strings were repeated. In the App Router, such repeats are sent twice, once in the HTML and again in the inline React Server Components payload. The author reduced the page to 459 KB through three changes: an SVG sprite for icons, JSON-LD linking to detail pages instead of copying them, and named Tailwind utilities for row classes. A fourth change stopped the page from prefetching 36 unneeded routes. The author notes that compression hides this duplication in transfer size, though devices still must decompress and parse the full payload.