У нас вы можете посмотреть бесплатно Fun Vibe-coding Mobile Apps - 2026-02-13 или скачать в максимальном доступном качестве, видео которое было загружено на ютуб. Для загрузки выберите вариант из формы ниже:
Если кнопки скачивания не
загрузились
НАЖМИТЕ ЗДЕСЬ или обновите страницу
Если возникают проблемы со скачиванием видео, пожалуйста напишите в поддержку по адресу внизу
страницы.
Спасибо за использование сервиса ClipSaver.ru
Fun Vibe-coding Mobile Apps - by Joe Orr - https://trilog.app Joe has never created a mobile app before. And he didn't have time to do it. But ... he had it written. By AI. The app is now on App Store - https://trilog.app Joe started with vibe-coding platform https://rork.com, then pushed to GitHub, downloaded, used Claude Code (and Xcode for final operations) Linkedin: / josephkorr ---- 00:00 Introduction of Guest Joe 00:22 Overview of "Vibe Coding" 00:40 Getting Started with rork.com 01:24 Introduction to the TriLog app 01:50 TriLog App Features and UI 03:50 The Coding Process and Tools (Cursor & Claude Code) 05:31 Using Rork and QR Codes for Mobile Testing 07:22 Transitioning to Xcode for Proprietary Features 09:59 Pricing and Accessibility of Tools 11:21 The Revolutionary Power of Rapid Iteration 13:40 Developing a GTD (Getting Things Done) App 14:59 Technical Details: GitHub Integration and React Native 17:49 Creating Websites and Documentation with Claude 20:18 Testing, Bug Fixing, and Token Subscriptions 22:01 Final Thoughts on Sophisticated App Generation 23:30 Discussion on Security, Maintenance, and Risks 26:50 Joe’s Philosophy on Prompt-Based Fixes 27:18 Conclusion and Final Encouragement ---- Takeways: 1. The implementation time for software development is approaching zero through vibe coding, allowing creators to focus entirely on ideas rather than syntax. 2. Rapid iteration is the most revolutionary aspect of AI coding because the cost of making changes is so low that developers can reach version 50 of an app in weeks, discovering features they never could have planned initially. 3. Specialized tools like Rork allow beginners to build and test mobile apps on their phones within minutes, while more advanced users can transition to Claude Code and Xcode for complex, proprietary features. --- Quotes: "What's amazing is is that the app that I came up with looks nothing like ... something that I had never thought of before. I only thought of it after I made the first version." "It's the iteration that matters. I encourage everybody to try this because you'll be like "I have this idea for a dumb app. It's not that great." And then you do it, and then the next day you're like "You know, I could improve that." "I am not touching the code. I am not looking at the code. I am going to go back to the prompt and tell it to fix it." --- Summary: In this talk, Joe discusses his experience using vibe coding to develop sophisticated mobile applications like TriLog and a GTD project without writing or even reading the underlying code. He explains how he started with Rork framework to quickly prototype on his phone, and later used Claude Code to handle complex tasks like iCloud storage and Apple proprietary extensions. The conversation highlights how AI-driven development lowers the barrier to entry, enabling a process of constant iteration where the final product evolves through dozens of versions based on real-world use rather than a static initial design. --- Keywords: vibe coding, Rork, TriLog, Claude Code, Xcode, rapid iteration, React Native, mobile app development, GTD, AI-assisted coding, Expo, prompt engineering --- Note: The presentation highlights that AI tools have reduced coding time to nearly zero, shifting the focus to creative iteration. Joe emphasizes that the ability to experiment and change an app daily is more important than the initial build, as it leads to more sophisticated solutions that a developer might not have conceived at the start. While concerns about security and code maintenance were raised, Joe argues that for many applications, the speed and functional success of prompt-based fixes outweigh traditional development risks. ----