Spec-Driven Development with Kiro: From Requirements to Production in 6 Hours скачать в хорошем качестве

Spec-Driven Development with Kiro: From Requirements to Production in 6 Hours

Ever built software exactly as the customer asked for… only to realize it’s not what they actually needed? 😅 In this video, you'll see how we can adapt to frequent requirement changes by moving beyond vibe coding to structured, dynamic spec-driven software development using Kiro, an IDE with built-in agentic AI coding assistant. Through a 10+ min demo of building a full stack application in 6 hours using Kiro, gain insights on how we can: • Build complex features with structured planning through AI-assisted requirements and design specifications • See a real-world demo of building an application the spec-driven way, while adapting to user feedback and changes throughout the entire SDLC Why Spec-Driven Development? Spec-driven development bridges the gap between what users say and what they actually want. By managing changing requirements and documentation throughout the SDLC, you eliminate misunderstandings, reduce bugs, and ship higher quality features faster. 🛠️ Stack & Features Demonstrated: • Kiro IDE — AWS's agentic AI coding platform • Spec-Mode: AI-powered requirements & design workflow • Full Stack Application: GUI file chunking utility (web, frontend, backend) • Markdown specs, with requirements traceability • Playwright for live browser test automation • Natural language prompts to drive progress #Kiro #AIcoding #SpecDrivenDevelopment #AWS #AIdeveloper #VibeCoding #FullStack #SoftwareEngineering #AITools #codingtutorial Chapters: 00:00 - Introduction to Spec Mode in Kiro 01:22 - How the customer explained the requirements 01:34 - What the customer really wanted 02:16 - Demo of Kiro Spec-Mode 02:44 - Requirements (user stories and acceptance criteria) 03:13 - High level design 03:28 - Mis-aligned assumptions 03:43 - Correcting the mis-aligned assumptions 04:23 - Questions lead to more detailed documentation 04:58 - Adding new requirements 05:55 - Implementation task plan 06:19 - Code implementation 06:44 - Passing the unit tests 07:49 - Initial testing and verification 08:15 - Bug fixing 08:40 - Testing the full end-to-end flow 09:28 - Fixing minor UX issues 10:20 - Testing chunking for multiple input files 10:49 - Automating live verification tests in browser 11:56 - Summary