𝗧𝗵𝗶𝘀 𝗜𝘀 𝗔 𝗙𝘂𝗹𝗹 𝗦𝘁𝗮𝗰𝗸 𝗔𝗽𝗽 𝗕𝘂𝗶𝗹𝗱 You might expect a modern backend for a full-stack app with React, Tanstack Router, and TailwindCSS. But I chose Django for the backend. Here's why: - I had to use Django to match my team's existing projects. - I used Keycloak for authentication. - I had to Dockerize the entire stack for self-hosted deployment. I got to decide on everything else. I chose Tanstack Router, Query, and other tools for the frontend. I used TailwindCSS for the UI. Some notable tools in my frontend stack: - Paraglide JS for internationalization - Knip for code analysis I built a sync layer between Keycloak and Django for authentication. It's not perfect, but it works. I care about type safety. I used Django with strict types and comments. I generated OpenAPI specs and used Orval to generate TS types. This gave me end-to-end type safety. My top priority after users is developers. I set up a strong CI pipeline with backend linting, formatting, and testing. I also built a Makefile for easy commands. I learned that good architecture is not just about scale, but also maintainability and handoff-ability. Even with a small app, it's worth caring about software architecture. Source: https://lnkd.in/gSNTKvq6

Lately I’ve been integrating Claude Design into my development workflow, and it’s honestly been a game changer. Working on a full-stack project with TypeScript, NestJS, React, PostgreSQL, and Prisma can get complex pretty fast—especially when trying to keep everything clean, scalable, and consistent across the stack. What I’ve found really powerful about Claude Design is how it helps bridge the gap between idea and implementation. Some highlights from my experience so far: It accelerates UI/UX thinking by turning rough concepts into structured, usable designs. It pairs incredibly well with Claude Code, making it easier to move from design to actual implementation without losing context. It helps maintain consistency across components, which is huge when working with React at scale. It reduces the mental overhead of switching between design and development tools. What I appreciate most is how it complements the development process instead of interrupting it. It feels less like “another tool” and more like an extension of how I think through problems—especially when structuring features across a NestJS backend and a React frontend. Still exploring its full potential, but so far it’s been a solid boost in both productivity and clarity. Curious if others are already using Claude Design + Claude Code in their workflow—what’s been your experience? #AI #Claude #ClaudeAI #ClaudeDesign #ClaudeCode #SoftwareDevelopment #WebDevelopment #FullStack #TypeScript #NestJS #ReactJS #PostgreSQL #Prisma #DevTools #Productivity #UXDesign #UIDesign #TechInnovation

🚀 Excited to share my latest full-stack project: CraveBite! 🍔 I recently challenged myself to build a complete, production-ready food delivery platform from scratch. I wanted to go beyond just a simple frontend mockup and build something that looks stunning, feels interactive, and is powered by a real backend. Here are some of the standout features I built: ✨ Modern, Responsive UI built with React and Tailwind CSS. 🌓 Seamless Dark Mode integration across the entire platform. 🛍️ Dynamic Cart & Checkout Flow including a fully functional promo code system. 📍 Live Order Tracking featuring a beautiful visual timeline for active orders. 📊 Admin Dashboard with real data visualizations using Recharts to track revenue. 🗄️ Custom REST API built with Node.js, Express, and SQLite to securely handle user authentication, dynamic menu management, and order histories! Tech Stack Used: Frontend: React.js, Tailwind CSS, Framer Motion, Axios. Backend: Node.js, Express.js, SQLite (Sequelize ORM) State Management: React Context API. Deployment: Vercel Building the bridge between a dynamic React frontend and a custom Node.js backend taught me so much about data flow, API design, and full-stack architecture. Code : https://lnkd.in/g9DtNS8Q Live: https://lnkd.in/gWmwsUyy Check out the video demo below to see it in action! 👇 #ReactJS #NodeJS #WebDevelopment #FullStack #TailwindCSS #Frontend

Hitesh Choudhary I used to think frontend and backend just “connect automatically.” Like magic. Click a button → data appears. But after this lecture, I finally understood what actually happens behind the scenes… and it’s not magic at all. It’s configuration, rules, and a lot of small things working together. 💻 What I learned: • How frontend and backend communicate through APIs • Why CORS exists (and why it blocks your requests 😅) • How proxy helps in development to avoid CORS issues • Real request flow: Frontend ➝ Backend ➝ Response • Why things break even when your code looks “correct” 💡 Biggest realization: The hardest part is not writing code… It’s making different systems talk to each other properly. Once that clicked, full-stack development started making more sense. ⚡ What I’m focusing on next: • Building full-stack projects (not just isolated backend) • Handling real-world errors and debugging • Making apps actually work end-to-end 📌 Learning step by step — now things are starting to connect (literally 😄) 🔗 Video: [https://lnkd.in/gmvstDy5] #BackendDevelopment #FullStackDevelopment #NodeJS #CORS #WebDevelopment #LearningInPublic

🚀 New project live: Book Price Tracker I deployed a full-stack application for tracking book prices in real time. The system allows users to search for a title and returns a list of results with updated prices using web scraping. 🔧 Technologies used: • HTML, CSS and JavaScript for the frontend • Node.js and Express for the backend • Puppeteer for web scraping • REST API for frontend and backend communication • Frontend and backend deployed in production 💡 The goal of this project was to practice full stack development, service integration, and automated data collection directly from web pages. With this project, I practiced: ✅ Building APIs with Node.js ✅ Web scraping with Puppeteer ✅ Frontend + backend integration ✅ Full stack project structure ✅ Full application deployment ✅ Version control with GitHub GitHub repository: https://lnkd.in/eu8FatxH Feedback is welcome! #fullstack #nodejs #javascript #webscraping #backend #frontend #developer #portfolio #programming

When I first learned React back in 2021, I focused on understanding the basics — components, JSX, and how the Virtual DOM works. At that time, the goal was simple: 👉 Learn how to build UI efficiently Fast forward to today, and my perspective has changed a lot. Now when I work with React in production systems, I think more about: • Performance and unnecessary re-renders • State management patterns at scale • Component architecture for maintainability • API integration and data flow And one big shift recently — AI in development. Tools like GitHub Copilot and LLMs have changed how we write React code: • Faster component generation • Better debugging support • Less time on boilerplate • More focus on system design and performance But interestingly, the fundamentals I learned earlier still matter the most. If you’re starting with React, I wrote this blog back then — it still covers the basics clearly 👇 https://lnkd.in/gtRu3Tuq Curious — how has your approach to React changed over time? #react #frontend #webdevelopment #softwareengineering #ai

Why Lifting State Up is Important in React? In React, one of the most powerful concepts you’ll come across is "Lifting State Up". It might sound complex at first, but once you get it, your component design improves instantly. 1️⃣What is Lifting State Up? Lifting state up means moving state from a child component to its closest common parent so that multiple components can share and stay in sync with the same data. 2️⃣ Why is it Important? 1️⃣ Single Source of Truth When state is managed in one place, your data stays consistent across components. No more bugs caused by mismatched states. 2️⃣ Better Data Flow React follows a unidirectional data flow (parent ➝ child). Lifting state up helps you stay aligned with React’s core philosophy. 3️⃣ Easier State Management Instead of managing multiple states in different components, you centralize it, making your app easier to debug and maintain. 4️⃣ Component Communication Made Easy Sibling components can’t talk directly. But if you lift the state to a parent, they can communicate via props. 3️⃣Simple Example Imagine two components: -SearchBar -ResultsList Both need access to the same search query. 🔍Instead of keeping state inside SearchBar, lift it up to the parent: -Parent holds query -Pass query & setQuery to SearchBar -Pass query to ResultsList -Now both components stay perfectly in sync. 4️⃣When NOT to Lift State When the state is only used in one component When lifting makes your component tree unnecessarily complex Rule of thumb: Lift state only as much as needed, not more. Final Thoughts Mastering this concept will make you a better React developer. It’s not just about writing code, it’s about designing clean, scalable systems. What do you think? Have you faced issues that were solved by lifting state up? Let’s discuss #React #Frontend #WebDevelopment #JavaScript #ReactJS #Coding

What Are Hooks in React? (Explained Simply) If you're learning React, you've probably heard about Hooks everywhere. But what exactly are they? Hooks are special functions in React that let you use state and other features inside functional components — without writing class components. Most Used React Hooks 1. useState Used to store and update data in a component. Think of it as: “I want this component to remember something.” 2. useEffect Used for side effects like API calls, timers, or DOM updates. Think of it as: “Do something after render.” 3. useContext Used to share data globally (no prop drilling). Think of it as: “Access global data easily.” 4. useRef Used to reference DOM elements or persist values without re-render. Think of it as: “Directly access or store something without re-render.” 5. useMemo Optimizes performance by memoizing values. Think of it as: “Only recompute when needed.” 6. 🛠️ Custom Hooks Create your own reusable logic. Think of it as: “Write once, reuse everywhere.” Why Hooks Matter? Cleaner code Reusable logic Easier to understand No more complex class components Final Thought Hooks made React simpler, cleaner, and way more powerful. If you're building modern apps, mastering hooks is a must! What’s your favorite React Hook? #ReactJS #WebDevelopment #Frontend #JavaScript #Coding #MERN #100DaysOfCode

🚀 Stop Writing “Just Components” — Start Thinking in Systems (React' 2026)' Most React developers are still focused on components. But in today’s industry, that’s not enough. The real shift? 👉 From Components → Architecture Here’s what top React teams are doing differently: 🔹 Server Components First (RSC mindset) Stop shipping unnecessary JS to the browser. Move logic to the server whenever possible. 🔹 State Management ≠ Global Store by Default If you’re still defaulting to Redux for everything, you’re over-engineering. Think: server state vs UI state vs transient state. 🔹 Colocation > Separation Keep logic, styles, and tests close to the component. Less “clean architecture” theory, more practical maintainability. 🔹 Performance is a Feature Memoization is not optimization. Understanding render behavior is. 🔹 Framework > Library Thinking Modern React = ecosystem thinking (Next.js, routing, caching, data fetching) Not just useState and useEffect. 💡 The developers who stand out today are not the ones who know more hooks… They’re the ones who design scalable front-end systems. 🔥 If you're learning React in 2026, focus on this stack: ✔ React Server Components ✔ Next.js App Router ✔ Data Fetching Patterns (React Query / Server Actions) ✔ Component Architecture ✔ Performance Profiling 👉 Question for you: What’s the hardest part of scaling a React app you've faced? #ReactJS #FrontendDevelopment #WebDevelopment #JavaScript #SoftwareEngineering #NextJS #Programming #TechCareers

Started exploring NestJS (Node.js Framework)🐈⬛ recently, and honestly, it changed the way I look at backend development. Coming from building APIs in a more unstructured way, NestJS felt like stepping into a system that actually guides you instead of leaving you to figure everything out on your own. What stood out immediately: -- A clean, predefined folder structure that forces you to think in modules -- Built-in error handling mechanisms -- Formatting and linting already configured -- A consistent architectural pattern from day one All of this comes out of the box, which means I don’t have to waste time setting up the basics again and again. Instead, I can focus directly on what actually matters — the business logic. Another interesting thing I learned is that under the hood, NestJS uses Express.js. So while it feels like a high-level framework, it’s still powered by a battle-tested HTTP server. This combination of structure + flexibility is what makes it powerful. It’s not just a framework, it’s almost like a backend design philosophy. Still early in the journey, but it definitely opened up a new way of thinking about building scalable backend systems. #NestJS #BackendDevelopment #NodeJS #WebDevelopment #SoftwareEngineering #LearningInPublic #Developers #TechJourney