#tailwind installation

[thecommoncoder]

How to Install Tailwind CSS in 2025! (For Beginners)

🚨 NEW VIDEO ALERT! 🚨 Installing Tailwind CSS doesn’t have to be complicated. In this video, we'll learn the four main installation methods—Vite, PostCSS, Tailwind CLI, and CDN—so you can choose the best fit for your workflow. Enjoy! 🎉 #tailwindcss #tailwindinstallation #tailwindinstall #webdevelopment #thecommoncoder https://youtu.be/Rrowv9BreBg?si=8OygL8f_WgzB5_PK

[worldgoit]

Applying Next.js with Tailwind CSS

Next.js and Tailwind CSS are highly popular technologies in web development. Next.js is a React-based framework that supports server-side rendering and static site generation to enhance web application performance and SEO. Tailwind CSS is a utility-based CSS framework that simplifies styling with concise class names. In this article, we will explore how to use Next.js with Tailwind CSS.

Table of Contents

- Introduction to Next.js and Core Concepts - What is Next.js? - What is Server-Side Rendering (SSR)? - What is Static Site Generation (SSG)? - Introduction to Tailwind CSS and Core Concepts - What is Tailwind CSS? - What is Utility-Based Styling? - Pros and Cons of Tailwind CSS - Setting up a Next.js and Tailwind CSS Project - Creating a New Next.js Project - Installing and Configuring Tailwind CSS - Custom Styling and Responsive Design - Applying Custom CSS - Adding Responsive Design - Page and Component Development - Creating Next.js Pages - Designing Components with Tailwind CSS - Fetching Data and Routing - Fetching Data using APIs - Navigation and Routing in Next.js - SEO Optimization - Meta Tags and SEO Settings - Page Speed Optimization - Deployment and Performance Optimization - Deploying with Vercel - Performance Optimization Techniques

Introduction to Next.js and Core Concepts

Next.js is a React-based framework that simplifies web application development. It supports server-side rendering and static site generation, which improve initial loading speed and enhance SEO. What is Next.js? Next.js is a framework developed by Zeit, based on React. It provides features like server-side rendering and static site generation. These features enhance the initial loading speed and improve SEO. What is Server-Side Rendering (SSR)? Server-side rendering involves generating the final HTML of a page on the server and delivering it to the client. This allows search engines to easily crawl the page's content and improves initial loading speed. What is Static Site Generation (SSG)? Static site generation involves pre-rendering pages into HTML files during build time. This approach reduces the server load and provides faster loading speed.

Introduction to Tailwind CSS and Core Concepts

Tailwind CSS is a utility-based CSS framework developed by Adam Wathan, Jonathan Reinink, David Hemphill, and Steve Schoger. It enables developers to easily implement desired designs using intuitive class names. What is Tailwind CSS? Tailwind CSS is a CSS framework that replaces traditional CSS with utility-based styling. It offers utility classes that directly apply styles to elements, making styling more intuitive and efficient. What is Utility-Based Styling? Utility-based styling means each CSS class represents a specific style. For example, the class "text-red-500" sets the text color to red. Pros and Cons of Tailwind CSS Tailwind CSS's pros include its concise and intuitive class names, allowing developers to apply styles quickly. However, the large number of classes may initially be overwhelming.

Setting up a Next.js and Tailwind CSS Project

Let's set up a project that uses Next.js with Tailwind CSS. Creating a New Next.js Project First, create a new Next.js project using the following commands: npx create-next-app my-next-app cd my-next-app Installing and Configuring Tailwind CSS To use Tailwind CSS in a Next.js project, install the required packages and configure them: npm install tailwindcss postcss autoprefixer Create a postcss.config.js file with the following content: module.exports = { plugins: { tailwindcss: {}, autoprefixer: {}, }, }; You can also create a tailwind.config.js file to customize the default styles.

Custom Styling and Responsive Design

When using Next.js with Tailwind CSS, you can easily apply custom styling and implement responsive design. Applying Custom CSS While Tailwind CSS provides basic styling, you may need to apply custom CSS for specific elements. You can define custom styles to be applied alongside Tailwind CSS. Adding Responsive Design To support different screen sizes on mobile devices and desktop screens, you can add responsive design using Tailwind CSS utilities.

Page and Component Development

Let's explore how to develop pages and components in a Next.js project. Creating Next.js Pages In Next.js, create pages in the pages directory. Each page corresponds to a specific URL and is rendered when accessed. Designing Components with Tailwind CSS Tailwind CSS can be used to style components easily. Apply desired styles using concise class names.

Fetching Data and Routing

Learn how to fetch data and handle page navigation in a web application. Fetching Data using APIs Next.js supports server-side rendering, allowing you to fetch data from APIs on the server. This improves initial rendering with pre-fetched data. Navigation and Routing in Next.js Next.js provides built-in routing for handling page navigation. Use the Link component to navigate between pages.

SEO Optimization

To optimize for search engines, set up meta tags and consider page speed optimization. Meta Tags and SEO Settings Use meta tags to set page titles, descriptions, keywords, and other relevant information. This helps search engines better understand and display your page content. Page Speed Optimization Fast page loading speed is crucial for user experience and SEO. Techniques such as code splitting, browser caching, and image optimization can improve page speed.

Deployment and Performance Optimization

Consider performance optimization when deploying the project. Deploying with Vercel Vercel provides a fast and reliable hosting environment for Next.js projects. Deploy your project to Vercel for a smooth user experience. Performance Optimization Techniques Optimize your web pages with code bundling, browser caching, image optimization, and other performance techniques to ensure optimal loading speed.

Conclusion

Next.js and Tailwind CSS form a powerful combination that enhances web development in terms of efficiency and ease. Utilizing server-side rendering and utility-based styling, developers can achieve excellent performance and development speed.   Next.js Docu https://nextjs.org/docs/app/building-your-application/styling/tailwind-css   Read the full article

[belles1011]

Notes from Off Track (Bald Eagles, Sebring, and Thermal)

- Alex is icing his lip because he was installing a light switch, stripping the plastic off the wire and the pliers punched him in the face 😂

- Then they had a long discussion about 0% beer and I don’t care cos I can’t drink beer 🍻

- James and Becky were on a walk and a Bald Eagle went for Lou and Becky scared it off - but it was huge and genuinely would have flown away with Lou 🦅

- Alex is both playing and watching golf and I don’t know if I’ve got an ick ⛳️

- Talked Formula 1 - Alex complimented Max, trashed the rookies bar Antonelli. But as James pointed out, it’s a long season - but the thing to watch is the gap between teammates. More Red Bull shenanigans but I love that they just say stupid and silly things about it. But they seem genuinely excited for the season 🏎️

- Sebring: Alex complimented the #7 car and for a moment I was like… huh?! OH WAIT not the Arrow McLaren #7 😂

- James said it was a tough weekend, they didn’t test cos the car wasn’t in one piece, then there were a load of reds in practice and James barely got any time testing, but the car was very heavy so it’s hard, then two mandatory sensors failed separately so they had to come in and change them and lost a lap both times 😔

- Said he’s learned a lot and it was fun to be back in the car, but the vibe of the event is fun and crazy and debauched 🤪

- Alex flew his plane and had a huge tailwind that made him go really fast and now he wants a bigger plane ✈️

- James called out anti-Arlington fans and said they are no longer the sort of fans IndyCar wants because they have no vision 👀

- And then Alex said, and I quote, “retweet, favourite, quote tweet, thumbs up, double tap, heart” and I am over the golf ick 🟢

- Thermal Tyre Fun: they are concerned about the deg at thermal so have given an extra set of blacks and one less red set, but the reds are probably not gonna last long, even though the black tyres are more durable🛞

- Then they talked about The Gorge and Alex said it’s one of his favourite movies ever, and he said he could do the isolation in a tower for a year 🧍‍♂️

- And then the darling little nerds got all giddy over Initialisms - saying the airport acronyms of where they’re going out loud. Nerds. 🥰

[risingpilots]

I'm learning programming and so I'm on the learning programming subreddit and why did someone just admit that they struggled to 4 hours to install tailwind bc they used chatgpt instead of going to the official website to learn how to install it???

Mind you they went to the website the next day and it took like.. 5 minutes??

I think that people are relying on ai way too much these days for something that you can just easily google. Why is chatgpt becoming some people's first choice omg

[softboy-pillowman]

Ah, the despair-induced TV break. We've all been there, Softboy. (Some of us are still there.)

Notes: Softboy is, of course, watching an episode of the cartoon Tailwind Tales, the in-universe children's phenomenon. Also, like in previous installments, the "TV" for the residents of Chrisville is Chris's tablet.

[codemerything]

How to install Tailwind CSS to your HTML project

I wrote an article specifically for people who haven't tried Tailwind CSS and just wanna have it. I wish I had this when I first heard about Tailwind CSS. I wouldn't recommend this if you're still new to CSS, just saying but if you are just curious to try new things like I am then this is for you or anyone really.

[semiconductorlogs]

Global Motion Detector Sensor Market to Hit $6.8 Billion by 2032, Led by Strong Growth in China

MARKET INSIGHTS

The global Motion Detector Sensor Market was valued at US$ 3.6 billion in 2024 and is projected to reach US$ 6.8 billion by 2032, at a CAGR of 8.1% during the forecast period 2025-2032. The U.S. accounted for 32% of the global market share in 2024, while China is expected to witness the highest growth rate among major economies.

Motion detector sensors are electronic devices that detect physical movement in a designated area using various technologies including infrared, microwave, ultrasonic, and tomographic methods. These sensors are categorized into active sensors (which emit energy to detect motion) and passive sensors (which detect infrared radiation from moving objects). The technology finds widespread applications in security systems, smart lighting, automated doors, and industrial automation.

The market growth is driven by increasing adoption in smart home systems and commercial security applications, with the residential segment accounting for over 45% of total demand in 2024. Technological advancements such as AI-powered motion analytics and the integration of IoT capabilities are creating new opportunities. Leading manufacturers including Honeywell, Bosch, and Panasonic continue to innovate, with recent developments focusing on energy-efficient and miniaturized sensor designs for next-generation applications.

MARKET DYNAMICS

MARKET DRIVERS

Rising Adoption in Smart Home Security Expected to Accelerate Market Growth

The motion detector sensor market is experiencing robust growth due to increasing integration in smart home security systems. With rising concerns over residential safety, smart motion sensors have become essential components of modern security setups. These devices not only detect intrusions but also integrate with broader IoT ecosystems, enabling real-time alerts and automated responses. Approximately 40% of new smart home installations now include motion detection capabilities, reflecting strong demand. Technological advancements such as improved infrared sensitivity and reduced false alarm rates further enhance adoption rates, particularly in developed markets where smart home penetration exceeds 30%.

Commercial Sector Automation Needs Driving Widespread Implementation

Commercial buildings are increasingly deploying motion sensor technology to optimize energy usage and enhance security. Modern office spaces utilize these sensors for lighting control, HVAC optimization, and space utilization analytics – achieving up to 30% energy savings. Retail environments leverage motion detection for customer flow analysis and security surveillance, with global retail theft losses exceeding $100 billion annually creating substantial demand. The commercial segment currently accounts for over 45% of total motion sensor shipments, with growth projections remaining strong as building automation standards become more stringent globally.

➤ For instance, leading manufacturers have recently launched dual-technology sensors combining PIR and microwave detection, achieving 99.5% accuracy rates in commercial environments.

Furthermore, government mandates for energy-efficient buildings across North America and Europe are creating additional tailwinds for market expansion. Building codes now frequently require motion-activated lighting in new constructions, ensuring sustained demand growth.

MARKET RESTRAINTS

High Implementation Costs and Technical Constraints Limit Widespread Adoption

While motion detection technology offers numerous benefits, high deployment costs remain a significant barrier, particularly in price-sensitive markets. Advanced multi-sensor systems can cost up to 50% more than basic alternatives, making them cost-prohibitive for many residential and small business applications. Additionally, retrofitting existing infrastructure with modern motion detection capabilities often requires substantial electrical upgrades, adding up to 35% to total project costs. These financial hurdles slow adoption rates in developing regions where budgets remain constrained.

Other Challenges

Environmental Interference Sensor performance can degrade in extreme temperatures or high humidity environments, with studies showing up to 15% reduction in detection accuracy under challenging conditions. This limits reliability in industrial or outdoor applications where environmental factors are uncontrollable.

Privacy Concerns Increased public scrutiny over surveillance technologies has sparked privacy debates, particularly regarding data collection practices. Over 60% of consumers express concerns about motion tracking systems in a recent market survey, potentially slowing residential adoption rates.

MARKET CHALLENGES

Integration Complexities with Legacy Systems Pose Implementation Hurdles

The motion sensor market faces significant technical challenges when integrating with existing building management and security systems. Compatibility issues between new IoT-enabled sensors and older analog systems can increase installation time by up to 40% and require additional gateway devices. Furthermore, the lack of universal communication protocols means manufacturers must develop multiple product variants for different ecosystems, increasing R&D expenses by an estimated 25-30% compared to standardized technologies.

Other Technical Barriers

Power Consumption Constraints Battery-operated sensors face strict energy budgets, with most products requiring annual battery replacements that impact maintenance costs. While energy harvesting solutions are emerging, current implementations only address about 20% of the market’s power needs.

False Trigger Reduction Minimizing false alarms from pets, moving objects, or environmental factors remains an ongoing engineering challenge, with even premium systems experiencing 5-8% false positive rates according to recent field tests.

MARKET OPPORTUNITIES

Emerging AI Integration Creating Next-Generation Smart Detection Systems

The incorporation of machine learning algorithms represents a groundbreaking opportunity for motion sensor technology. Advanced systems can now distinguish between humans, animals, and environmental movements with over 95% accuracy, enabling more nuanced security responses. This technological leap is driving adoption in premium residential and commercial applications, with AI-enabled sensors commanding 30-40% price premiums. The segment is projected to grow at nearly twice the rate of conventional motion sensors as intelligence capabilities expand.

Expansion into Healthcare and Assisted Living Presents New Vertical Potential

Motion detection technology is finding innovative applications in healthcare monitoring and elderly care systems. Hospitals utilize sensor networks to track patient movements while smart floors can detect falls in assisted living facilities. With global healthcare spending on IoT solutions projected to exceed $300 billion by 2027, motion sensor manufacturers have significant opportunities to develop specialized medical-grade products. Recent trials show sensor-based fall detection systems achieving 98% reliability, suggesting strong potential for adoption across care facilities globally.

Additionally, the integration of 60GHz mmWave radar technology is enabling precise motion tracking through walls and obstructions – opening new possibilities in construction safety and emergency response applications.

MOTION DETECTOR SENSOR MARKET TRENDS

Integration of AI and IoT in Motion Detection to Drive Market Growth

The motion detector sensor market is experiencing significant transformation due to the integration of artificial intelligence (AI) and Internet of Things (IoT) technologies. AI-powered motion sensors now leverage machine learning algorithms to reduce false alarms and enhance detection accuracy—particularly in security applications. The IoT ecosystem has enabled seamless connectivity between motion sensors and smart home devices, creating demand for passive infrared (PIR) sensors with lower power consumption. The global smart home security market, where motion sensors play a pivotal role, is projected to expand at a compound annual growth rate (CAGR) of over 10% by 2032. Furthermore, the adoption of edge computing in motion detection systems allows real-time data processing, reducing latency and improving efficiency.

Other Trends

Growth of Passive Infrared Sensors

The demand for passive infrared (PIR) sensors is increasing due to their energy efficiency and reduced false triggering compared to active sensors. These sensors are widely deployed in residential and commercial security systems as they detect changes in infrared radiation without emitting signals. In 2024, PIR sensors accounted for approximately 60% of the motion detector sensor market share, with applications extending to lighting automation and occupancy detection. The smart lighting sector is expected to further bolster demand, driven by regulatory policies promoting energy-efficient infrastructure across North America and Europe.

Expansion of Automotive and Industrial Applications

Motion detection technologies are gaining traction in the automotive sector, particularly for advanced driver-assistance systems (ADAS) and automated parking applications. Ultrasonic and microwave-based motion sensors contribute to collision avoidance and pedestrian detection, forming a critical component of next-generation autonomous vehicles. Additionally, industrial automation continues to adopt motion sensing for robotics, warehouse logistics, and predictive maintenance. The industrial automation market, where motion detection enables real-time monitoring, is forecasted to register a CAGR of nearly 9% by 2032.

COMPETITIVE LANDSCAPE

Key Industry Players

Technological Innovation and Strategic Collaborations Drive Market Competition

The global motion detector sensor market features a dynamic competitive ecosystem with established multinational corporations and emerging technology specialists vying for market share. Honeywell International Inc. dominates the competitive landscape owing to its diversified product portfolio spanning both active and passive sensor technologies, coupled with strong distribution networks across industrial and commercial sectors.

Bosch Sicherheitssysteme GmbH and Panasonic Corporation collectively command approximately 28% of the global market revenue as of 2024. Their leadership stems from decades of expertise in security systems and sensor miniaturization technologies essential for IoT applications. Recent advancements in millimeter-wave radar sensors have particularly strengthened Bosch’s position in the automotive sector.

The competitive intensity is further amplified by mid-tier players like Murata Manufacturing and Infineon Technologies, who are aggressively expanding their footprint through strategic acquisitions. Murata’s 2023 acquisition of a MEMS sensor startup significantly enhanced its motion detection capabilities for consumer electronics.

Market consolidation trends are evident as leading participants invest heavily in R&D to develop AI-integrated sensors. Texas Instruments recently unveiled a breakthrough in ultra-low-power motion sensors, while TDK InvenSense launched industry-first 6-axis motion tracking solutions for AR/VR applications.

List of Key Motion Detector Sensor Manufacturers

Honeywell International Inc. (U.S.)

Robert Bosch GmbH (Germany)

Panasonic Corporation (Japan)

Murata Manufacturing Co., Ltd. (Japan)

Infineon Technologies AG (Germany)

Microchip Technology Inc. (U.S.)

Texas Instruments Incorporated (U.S.)

STMicroelectronics N.V. (Switzerland)

TDK Corporation (Japan)

NXP Semiconductors N.V. (Netherlands)

The competitive strategy matrix reveals three distinct approaches: technology leaders like Honeywell focus on premium-priced advanced solutions; volume players such as Panasonic compete on manufacturing scalability; while specialists like STMicroelectronics target niche applications with customized sensor fusion technologies. This multipolar competition drives continuous innovation across the motion detection ecosystem.

Motion Detector Sensor Market

Segment Analysis:

By Type

Active Sensors Lead the Market Due to Higher Accuracy in Detection Across Multiple Applications

The market is segmented based on type into:

Active Sensor

Subtypes: Microwave, Ultrasonic, and others

Passive Sensor

Subtypes: PIR (Passive Infrared), IR (Infrared), and others

By Application

Residential Segment Dominates Due to Rising Smart Home Adoption and Security Concerns

The market is segmented based on application into:

Residential

Business Use

Defense

Others

By Detection Technology

PIR Sensors Hold Major Share Due to Cost-Effectiveness and Reliability

The market is segmented based on detection technology into:

Infrared (PIR & IR)

Microwave

Ultrasonic

Dual Technology

By End-User Industry

Consumer Electronics Shows Strong Growth Driven by Smart Device Integration

The market is segmented based on end-user industry into:

Consumer Electronics

Automotive

Industrial

Healthcare

Others

Regional Analysis: Motion Detector Sensor Market

North America The North American motion detector sensor market is driven by strong demand from security and automation applications, particularly in residential and commercial sectors. The U.S. dominates regional adoption, accounting for approximately 78% of market share in 2024 due to high awareness of smart home technologies and stringent building safety codes. Canada is witnessing accelerated growth with increasing government initiatives for smart city development. Recent advancements in IoT integration are pushing manufacturers toward developing hybrid sensors combining PIR (Passive Infrared) with microwave or ultrasonic technologies for improved accuracy. However, higher production costs and intense competition from Asian manufacturers present ongoing challenges.

Europe Europe’s mature market is characterized by strict data privacy regulations that influence sensor design, particularly for applications involving video motion detection. Germany leads in industrial motion sensing applications, while the UK shows strongest growth in residential security systems. The EU’s focus on energy efficiency is driving innovation in low-power sensors, with several manufacturers introducing solar-powered motion detectors. A notable trend is the integration of edge computing capabilities directly into sensor hardware to comply with GDPR requirements. Though growth is steady, market saturation in Western Europe is prompting companies to focus on Eastern European emerging markets.

Asia-Pacific As the fastest-growing regional market, Asia-Pacific benefits from massive electronics manufacturing ecosystems and rapid urbanization. China’s production capabilities make it the global hub for sensor manufacturing, while India’s market is expanding at over 18% CAGR due to smart city projects and rising middle-class security concerns. Japan maintains leadership in advanced sensor technologies, particularly for automotive and robotics applications. The region sees strong demand for cost-effective PIR sensors, though premium active sensor adoption is increasing in commercial sectors. Supply chain advantages and government support for local manufacturers create a competitive landscape where pricing pressures remain intense.

South America Market growth in South America is uneven, with Brazil accounting for nearly 60% of regional demand. Economic instability has slowed large-scale deployments, but rising crime rates are driving residential security adoption in urban areas. The commercial sector shows preference for dual-technology sensors to reduce false alarms. While multinational brands dominate high-end applications, local assemblers are gaining traction in the economy segment. Lack of standardized regulations across countries and import dependencies on key components continue to challenge market expansion despite the clear need for motion sensing solutions.

Middle East & Africa The MEA region presents a bifurcated market – Gulf Cooperation Council (GCC) countries demonstrate sophisticated demand aligned with smart city projects, while African nations show nascent growth focused on basic security applications. The UAE leads in adopting AI-enhanced motion detection systems for critical infrastructure protection. South Africa remains the largest sub-Saharan market, though political and economic uncertainties constrain growth. Across the region, harsh environmental conditions drive demand for ruggedized sensors, while limited technical expertise in some areas creates opportunities for integrated solutions with simplified installation and maintenance.

Report Scope

This market research report provides a comprehensive analysis of the Global and regional Motion Detector Sensor markets, covering the forecast period 2025–2032. It offers detailed insights into market dynamics, technological advancements, competitive landscape, and key trends shaping the industry.

Key focus areas of the report include:

Market Size & Forecast: Historical data and future projections for revenue, unit shipments, and market value across major regions and segments. The Global Motion Detector Sensor market was valued at USD 2.1 billion in 2024 and is projected to reach USD 3.8 billion by 2032, growing at a CAGR of 7.5% during the forecast period.

Segmentation Analysis: Detailed breakdown by product type (Active Sensors and Passive Sensors), technology, application (Residential, Business Use, Defense, Others), and end-user industry to identify high-growth segments and investment opportunities.

Regional Outlook: Insights into market performance across North America, Europe, Asia-Pacific, Latin America, and the Middle East & Africa, including country-level analysis where relevant. The U.S. market is estimated at USD 650 million in 2024, while China is projected to reach USD 950 million by 2032.

Competitive Landscape: Profiles of leading market participants including Atmel, Honeywell, Murata Manufacturing, Panasonic, Bosch, Infineon Technologies, and others, including their product offerings, R&D focus, manufacturing capacity, pricing strategies, and recent developments such as mergers, acquisitions, and partnerships.

Technology Trends & Innovation: Assessment of emerging technologies, integration of AI/IoT, miniaturization trends, energy-efficient designs, and evolving industry standards in motion detection technology.

Market Drivers & Restraints: Evaluation of factors driving market growth (increasing security concerns, smart home adoption, industrial automation) along with challenges (high costs, false alarms, technical limitations).

Stakeholder Analysis: Insights for component suppliers, OEMs, system integrators, investors, and policymakers regarding the evolving ecosystem and strategic opportunities in the motion sensor market.

[korshubudemycoursesblog]

🚀 From Novice to Pro: Build a Swiggy-Style Food App with React 18

Have you ever dreamed of building a food delivery app like Swiggy or Zomato using the most in-demand frontend library, React? Whether you're a beginner or looking to elevate your frontend development skills, React 18 opens up incredible possibilities—and the best way to master it is by getting hands-on.

Imagine being able to create a real-world food delivery platform, complete with features like dynamic menus, cart functionality, and routing—all from scratch. If that sounds like your jam, you're going to love the journey of learning React through the lens of building a Swiggy-style food app.

And here's the good news: you don’t have to do it alone. With the course Mastering React 18: Build a Swiggy-Style Food App, you’ll get everything you need—step-by-step guidance, real-world coding experience, and modern best practices.

Let’s break down why this is one of the smartest ways to learn React in 2025.

Why React 18 Is Still a Game-Changer in 2025

React has come a long way, but React 18 is where the future starts. With features like automatic batching, concurrent rendering, and the transition API, it brings smoother UI updates and better performance to your applications.

These updates are more than just technical improvements—they directly impact user experience. Whether you’re building a personal project or developing apps for clients, React 18 ensures that your interfaces are responsive, scalable, and lightning-fast.

In other words, learning React 18 gives you a serious edge in today’s frontend job market.

What Makes Building a Food Delivery App So Valuable?

You might wonder: why a food delivery app? Why not just build a to-do list or calculator?

Great question.

Here’s the truth: while basic projects help you learn syntax, real-world projects like a Swiggy-style app teach you how to think like a developer. They help you understand how to:

Structure components effectively

Manage application-wide state

Integrate APIs and fetch dynamic data

Use advanced features like lazy loading, routing, and conditional rendering

Optimize performance and manage code reusability

Plus, let’s be honest—a food app is way more fun to build and show off than a to-do list.

What You’ll Learn in This Course

The course Mastering React 18: Build a Swiggy-Style Food App isn’t just about React basics. It’s about learning to build a complete, fully-functional application that mimics the UX and UI of a real-world platform.

Here’s what you can expect to master:

🔹 Setting Up Your Development Environment

From setting up your folder structure to installing the latest React 18 version, the course walks you through everything. You'll even get hands-on with Vite or Create React App for fast and optimized development.

🔹 Component-Based Architecture

You’ll learn how to break your app into reusable, modular components—like headers, cards, menus, and cart elements—following modern practices.

🔹 Routing & Navigation

React Router DOM makes navigating through your app smooth and dynamic. Learn how to implement routes like Home, Restaurant Details, Checkout, and more.

🔹 State Management

Explore React’s built-in useState and useReducer hooks, and get introduced to state management tools like Redux Toolkit or Context API to manage global states like cart contents or restaurant menus.

🔹 Working with APIs

Discover how to fetch real-time data from mock APIs (or real ones!) and display it dynamically in your app. Learn about useEffect, asynchronous calls, and loading states.

🔹 Optimizing User Experience

Dive into performance tricks—like code splitting, lazy loading, and suspense—to make your app lightning-fast and SEO-friendly.

🔹 Responsive Design

Use CSS-in-JS, Tailwind CSS, or plain CSS to ensure your app looks great on all devices, from smartphones to desktops.

Who Is This Course For?

This course is for:

✅ Beginners who know some JavaScript and want to learn React by doing something practical ✅ Intermediate developers looking to refresh their skills and add a real-world project to their portfolio ✅ Freelancers & job seekers wanting to build portfolio-worthy projects that impress clients and employers

Whether you're aiming to land a job, freelance, or build your own startup, this course equips you with skills that truly matter.

Let’s Talk About Career Benefits 🎯

Once you’ve completed the app, you won’t just know React—you’ll own it. You’ll understand how to architect modern applications that can scale, perform, and delight users.

Employers love developers who:

Can build end-to-end projects

Understand state and data flow

Write clean, reusable code

Know how to debug and optimize

By learning through a real-world project like this food delivery app, you showcase exactly those skills.

Practical Features You’ll Build

To make things even more exciting, here are just some of the features you’ll bring to life in your food app:

🛍️ Cart Management

🍔 Dynamic Menus

📍 Restaurant Listings with Filters

📦 Add to Cart / Remove from Cart Functionality

🔄 Routing and Deep Linking

📲 Responsive Mobile Layout

🌐 SEO and Performance Optimization

By the end, you’ll have a polished app that looks and works like something you’d find on the App Store.

Why This Course Over Others?

There are dozens of React tutorials out there. So why pick this one?

Because it’s goal-oriented, real-world focused, and result-driven. Instead of showing you dry concepts in isolation, it walks you through a real business case: a Swiggy-style food app. It helps you think like a product engineer—not just a coder.

Also, this course is regularly updated, uses modern tooling, and helps you understand the why behind the how. That’s crucial when leveling up.

Learn by Doing: No More Tutorial Hell

The problem with most courses? You watch videos, nod along… and forget it all by the next day.

This course is different.

It encourages active learning. You’ll build the app alongside the instructor, write real code, and solve actual challenges. That’s the secret to mastering React and escaping “tutorial hell.”

Build Confidence Through Action

By the end of this course, you’ll have:

✅ A complete, responsive food delivery app in your portfolio ✅ A clear understanding of how React 18 works under the hood ✅ Real confidence to take on new frontend projects ✅ The ability to contribute to or lead React-based projects

It’s not just about watching someone code. It’s about gaining real experience that sticks.

Bonus: Reusable Codebase for Future Projects

Once you've completed the food app, you can reuse its architecture and logic for future e-commerce platforms, restaurant websites, or client projects. You’ll save time, work smarter, and deliver faster.

In short: you’ll have a strong foundation for your React journey.

Get Started Today

There’s no better time to learn React 18 than right now. The frontend ecosystem is thriving, and skills like these open doors—whether you want to work at a startup, land freelance gigs, or build your own product.

Ready to turn your coding dreams into reality?

👉 Mastering React 18: Build a Swiggy-Style Food App is the ultimate hands-on guide to modern React development.

Start building. Start growing. Start coding like a pro. 🚀

[powermarket]

Wind Tower Market Set to Nearly Double by 2032, Hitting $49.92 Billion

The renewable energy boom continues and wind towers are catching the gust. Here's how this crucial market is shaping up through 2032.

📊 Wind Tower Market Forecast (2024–2032)

2023 Market Size: $26.05 billion

2024 Projection: $27.94 billion

2032 Forecast: $49.92 billion

📈 CAGR (2024–2032): 7.5%

That’s a nearly 2x growth over eight years — driven by global decarbonization, favorable policies, and rising energy demand.

🌏 Asia Pacific Dominates — And It’s Not Slowing Down

In 2023, Asia Pacific led with 58.27% Wind Tower market share, fueled by surging energy needs and government-backed renewables in China, India, and Australia. Europe follows, thanks to leadership in offshore wind installations and progressive energy frameworks. Meanwhile, North America is picking up pace, supported by incentives like the Investment Tax Credit (ITC).

Key Drivers Behind the Wind Tower Boom:

⚡ 1. Soaring Power Demand

Urbanization, industrialization, and digital device proliferation are pushing energy needs through the roof. Governments are fast-tracking wind power to keep up — especially where cost-effective, zero-emission solutions are in focus.

🏛️ 2. Policy Tailwinds Fueling Investment

From feed-in tariffs in Germany to the $4.3B Innovation Fund in the EU and 30% tax credits in the U.S., government policies are greasing the wheels. These incentives are triggering an influx of capital into wind infrastructure.

🌱 3. Global Decarbonization Push

With net-zero targets set for 2030 and beyond, countries are pivoting away from fossil fuels. Wind is increasingly the go-to renewable — with the IEA reporting record wind electricity generation in 2021 (up 273 TWh YoY).

🏗️ 4. Tech is Evolving — and So Are the Towers

Concrete towers are taking the lead due to lower cost and local material availability.

Hybrid towers are gaining traction as lighter, composite-driven alternatives.

Floating offshore wind farms are on the rise, opening up deepwater opportunities.

🧱 Headwinds: Steel Price Volatility

The flip side? Steel — a core input — is swinging wildly. With costs up 3–4% in recent years, manufacturers face pressure on margins and pricing. This could throttle pace if not managed strategically.

📍 Regional Highlights

Asia Pacific: $15.18B in 2023 — driven by China's 400 GW wind capacity

Europe: Offshore leader, with 26 countries signing the European Wind Charter

North America: Major growth expected with OEMs like Broadwind and GE Renewable scalingoperations

🏢 Leading Players

Some of the wind tower giants making waves: Suzlon Group (India) | Nordex Group (Germany) | Broadwind (U.S.) | Ventower (U.S.) | C.S. Wind (South Korea)

🔄 Recent Industry Moves

Sep 2022: Broadwind lands $38M tower order post-IRA passage

July 2021: Nordex secures 54.9 MW order in Italy

2020–2023: Strategic partnerships & recycling initiatives reshape the supply chain (GE, Veolia, TPI Composites)

💡 What It Means for Builders & Investors

We’re in a renewables infrastructure race. Wind towers are at the heart of the transition.

If you’re building: Think material innovation, supply chain resilience, and modular efficiency. If you’re investing: Watch offshore, hybrid towers, and emerging markets. Policy alignment will be key to unlocking long-term upside.

[nubecolectiva]

Simpler Installation in Tailwind CSS 4 ! 🇺🇸 🔎Zoom: https://nubecolectiva.com/comunidad/flyers/simpler-installation-tailwind-css-4/

Instalación Más Simple en Tailwind CSS 4 ! 🇪🇸 🔎Zoom: https://nubecolectiva.com/comunidad/flyers/instalacion-mas-simple-en-tailwind-css-4/

[artsgraphics]

Install Tailwind CSS with Next.js

Fiverr Link https://www.fiverr.com/s/BRxKmEy

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[react-js-course]

What is Tailwind CSS React

Tailwind CSS React

Tailwind CSS is a modern way to style your website or app using utility classes. It helps developers design faster by writing classes directly in the HTML or JSX (in React).

In this guide, we will learn what Tailwind CSS is and how you can use it step-by-step in a React project.

🌟 What is Tailwind CSS?

Tailwind CSS is a utility-first CSS framework. This means it gives you ready-made CSS classes that you can use directly in your code.

For example:

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<button class="bg-blue-500 text-white px-4 py-2 rounded">Click Me</button>

In React, you can write these classes inside your className attribute.

⚛️ Why Use Tailwind CSS with React?

Speeds up the development process

Easy to make responsive designs

No need to write custom CSS for every component

Clean and consistent layout

✅ Step-by-Step: How to Add Tailwind CSS to a React Project

Step 1: Create a React App

If you don’t have a React app yet, create one using the command below:

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npx create-react-app my-app cd my-app

Step 2: Install Tailwind CSS

Run the following command to install Tailwind CSS and its dependencies:

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npm install -D tailwindcss postcss autoprefixer npx tailwindcss init -p

This will create two files:

tailwind.config.js

postcss.config.js

Step 3: Configure Tailwind

Open tailwind.config.js and add this under content:

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module.exports = { content: ["./src/**/*.{js,jsx,ts,tsx}"], theme: { extend: {}, }, plugins: [], }

This tells Tailwind to look for classes in your React files.

Step 4: Add Tailwind to Your CSS

Open src/index.css and replace everything with the following:

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@tailwind base; @tailwind components; @tailwind utilities;

This will load Tailwind’s default styles into your project.

Step 5: Start Using Tailwind Classes

Now, you can use Tailwind classes directly inside your React components.

Example (App.js):

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function App() { return ( <div className="text-center p-10"> <h1 className="text-4xl font-bold text-blue-600">Hello Tailwind!</h1> <p className="mt-4 text-gray-700">This is a React app using Tailwind CSS.</p> </div> ); }

Step 6: Run Your App

Now start the app:

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npm start

Open your browser and go to http://localhost:3000. You should see the styles applied.

🎯 Summary

Tailwind CSS is a utility-first CSS framework.

It works well with React.

You don’t need to write separate CSS files.

You just write utility classes in your JSX.

It makes your design process faster and easier.

Using Tailwind CSS in React is a great way to build modern web apps with clean and responsive designs quickly.

[forblogmostly]

Inside MIC Electronics Ltd: A Fundamental Analysis of a Display Tech Pioneer

MIC Electronics Ltd, a name once synonymous with innovation in LED display systems, continues to attract attention from both seasoned investors and emerging market watchers. Founded with the vision of becoming a leader in the electronics and digital display industry, the company has had a rollercoaster journey marked by phases of expansion, innovation, financial setbacks, and ongoing attempts at revival. This fundamental study explores MIC Electronics Ltd through the lens of its business model, financial performance, market positioning, and future prospects, offering a comprehensive view of where the company stands today and where it could be heading.

Headquartered in Hyderabad, MIC Electronics Ltd made its mark early in the LED display sector by offering end-to-end solutions, from design and development to installation and servicing of electronic display systems. Its products catered to a wide range of sectors including railways, airports, sports arenas, advertising, and transport infrastructure. Over the years, the company diversified into areas such as solar lighting and embedded systems, riding on the growing wave of public infrastructure digitization and renewable energy adoption in India. This adaptability and domain expertise positioned MIC as a promising mid-cap player in the electronics and technology segment.

However, the company’s growth trajectory has not been without disruption. Financial turbulence struck when MIC Electronics struggled with debt and operational inefficiencies, leading to its inclusion under the corporate insolvency resolution process (CIRP) initiated by the National Company Law Tribunal (NCLT). For a time, this clouded the company’s outlook, with many stakeholders uncertain about its survival. But MIC managed to pull through—undergoing debt restructuring and bringing in new management support that laid the groundwork for its eventual revival.

From a financial perspective, MIC Electronics' fundamentals reflect a company in transition. Over recent quarters, there have been visible efforts to regain profitability and streamline operations. The company's revenues, while modest compared to its pre-CIRP days, have begun to show signs of recovery. Efforts to reduce debt and improve cash flow management are evident in the more balanced financial statements. That said, margins remain under pressure, and the company continues to operate in a highly competitive market where technological innovation and pricing power play crucial roles.

What works in MIC Electronics' favor is the tailwind from India’s increasing investment in smart infrastructure and digital signage. As urban centers adopt more technologically integrated solutions, the demand for LED display systems, public information boards, and real-time data visualization tools continues to grow. MIC, with its legacy of expertise and product development, is strategically placed to capitalize on these trends—provided it maintains agility and invests in R&D.

The company’s leadership has also shown signs of strategic pivoting, with greater emphasis on international collaborations, component-level innovation, and energy-efficient display technologies. With sustainability becoming a key factor in procurement decisions, MIC’s past investments in solar-powered solutions and low-energy display units could become a future strength, especially in government and smart city projects.

Investor sentiment, meanwhile, has been cautiously optimistic. MIC Electronics’ stock performance on the exchanges has reflected the broader market's wait-and-watch attitude. Volatility remains high, largely due to its checkered financial history and the ongoing transformation efforts. However, the stock has found support from value investors who see long-term potential in its turnaround story, especially with a leaner operational model and reduced debt burden.

Regulatory compliance and corporate governance are areas where the company has made visible strides post-CIRP. Disclosures, board compositions, and transparency in shareholder communications have improved, restoring some degree of trust among institutional investors. The company's focus on aligning with SEBI regulations and maintaining timely disclosures has played a role in rebuilding its credibility.

In conclusion, MIC Electronics Ltd represents a classic case of an Indian technology company navigating the complex terrain of innovation, market volatility, and financial restructuring. While the road ahead is not without challenges, the company’s foundational strength in the LED display segment, combined with improved fiscal discipline and market tailwinds, paints a cautiously promising picture. As India’s appetite for smart, digital public infrastructure grows, MIC Electronics might yet reclaim its space as a key enabler in the country’s digital transformation journey.

[nerdycatpainter]

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[shivamsh]

Revel expands EV fast chargers in urban areas

A Revel charging center in Brooklyn, New York. Photo: Courtesy of Revel

Electric taxi company Revel is rapidly expanding its public fast-charging network, focusing on cities where rideshare fleets face looming deadlines to switch to all-electric power.

Why it matters: The biggest concern of EV rideshare drivers is finding a place to quickly recharge, since many don't have access to charging at home.

Between the lines: The Trump administration has frozen taxpayer funding for EV charging infrastructure, but big cities like New York and San Francisco are still forging ahead with plans to electrify their rideshare fleets within the next five to seven years.

They'll need a place to plug in.

Despite the cutbacks in federal funding, there's still plenty of financing support for EV charging from local governments and state utilities, Revel CEO Frank Reig tells Axios.

"Those rideshare electrification targets are not going away," he said, explaining the policy tailwinds that are helping Revel grow in left-leaning cities.

Driving the news: The New York-based company this week opened its first EV fast-charging station in San Francisco's Mission District, marking the first phase of its expansion outside New York City.

The West Coast rollout follows the opening of a 24-stall fast-charging station at New York's John F. Kennedy International Airport the week before.

Revel has spent the past few years locking up precious land in dense cities where there is sufficient power supply to build multi-stall fast chargers.

What to watch: Within the next year, it will add 125 urban fast chargers at seven sites in the Bay Area, and 170 more in New York City, in a bid to be the dominant player in urban fast charging.

Terra Volt Powers Dubai’s EV Future as Revel Expands Urban Charging Networks

As global cities accelerate their electric vehicle (EV) infrastructure, Dubai-based Terra Volt is leading the charge in the UAE by offering professional EV charger installation services for both residential and commercial clients. Their comprehensive packages, starting at AED 1,500, include essential electrical components such as RCBs, isolators, and up to 5 meters of 3-phase cabling, ensuring seamless integration into existing electrical systems.

[codemerything]

I’m just going to be a proud learner, I don’t know a lot but I know most things, I’ve been able to build a couple projects that I should be proud of:

My precious Activity Forecast

Border Radius Previewer

A portfolio

Binary 2 Decimal Converter

Jokes Hub

I’m currently working on a Calculator & Contacts app. I really don’t know how to post regular updates of topics, concepts and mechanisms I’m learning everyday but one things for certain I always show up. I’ll also try to watch videos on Vue to see if I understand . I am still focusing on Javascript but I believe I need to start getting familiar with how things work with Vue. I’m also writing a “How To Install Tailwind CSS” guide but all of these doesn’t sum up to much I guess.