Without URLs, the internet would be chaos! 🔍 What’s in a URL? I know the first thought that comes to mind “it's just a link”; but It’s more than just a link—it’s the web’s roadmap! 🌐 Watch here to learn more! 👉 https://buff.ly/40sIjij A URL guides your browser with 3 key pieces of information: 1️⃣ How to get the resource (protocol like HTTP/HTTPS) 2️⃣ Where to find it (the domain name or IP address) 3️⃣ What resource to retrieve (the specific path or file) Every time you click a link, the URL is quietly directing your browser, making web navigation possible and smooth. Without it, finding resources online would be chaos! Dive deeper into the world of URLs and how they keep the internet organized! 🌐 #WebBasics #FKTeaches #LearnWithPurpose #TechExplained #HTTP #WebDevelopment
Fikayo Adepoju Oreoluwa’s Post
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🌐 Decoding URLs: More Than Just Web Addresses Did you know that URLs are gateways to digital resources, not just webpages? Let's break down the anatomy of a URL: 🔹 Protocol (http, https, ftp) 🔹 Domain name & port 🔹 Path to resource 🔹 Parameters (key-value pairs) 🔹 Fragment/anchor for specific sections Understanding these components can enhance your web navigation skills and help you troubleshoot common issues. 💡 Pro Tip: Pay attention to the protocol (http vs https) for secure browsing! What's your favorite lesser-known fact about URLs? Share in the comments! #WebDevelopment #InternetBasics #TechEducation #URLStructure
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🌐 HTTP vs. HTTP/2 vs. HTTP/3: What's the Scoop? 🌐 Hey everyone! As the web keeps evolving, so does the tech behind it. Knowing the difference between HTTP, HTTP/2, and HTTP/3 can help us build faster and more efficient web apps. Here’s a quick rundown: HTTP/1.1: The OG Workhorse 🐴 - 📅 Dropped in 1997, HTTP/1.1 brought us persistent connections and chunked transfer encoding. - ⚠️ But it has its downsides, like head-of-line blocking and no multiplexing. HTTP/2: The Speed Demon 🚀 - 📅 Came out in 2015, HTTP/2 lets you send multiple requests over a single connection. - 🔍 Plus, it’s got header compression and server push to cut down on latency and boost performance. - ❗ Still, it relies on TCP, which can cause head-of-line blocking. HTTP/3: The Future Rockstar 🌟 - 🌐 Now rolling out, HTTP/3 uses QUIC, a protocol built on UDP. - ⚡ This means faster connections and no more head-of-line blocking. - 💡 It keeps the good stuff from HTTP/2, like multiplexing and server push, but with better speed and reliability. Why You Should Care: - 🚀 Performance: Faster page loads and smoother user experiences. - 🔒 Security: Each version ups the security game. - 📈 Scalability: Better handling of lots of requests means more efficient servers. Keeping up with these updates helps us deliver awesome experiences for our users. What do you think about HTTP/3? Are you already using it in your projects? #WebDev #HTTP #HTTP2 #HTTP3 #WebPerformance #TechTrends
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Curious what version of HTTP your browser is using? 🤔 I just published a new blog post with a simple tool to tell you, plus a quick explanation of why it matters (hint: it's all about speed!). 🚀 Give it a try and let me know if you're already using HTTP/3! #HTTP3 #WebPerformance https://lnkd.in/ea88ctQC
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A Televerse/Teledeck/Hypercube is Web3 enabled when assigned the ipfs:// URI and CID "IPFS HTTP Gateways web3.storage uses the InterPlanetary File System (IPFS) as a key part of its storage and retrieval infrastructure. The IPFS network is a peer-to-peer network of computers that share resources to efficiently provide content to anyone that requests it. Computers that join the IPFS network supply blocks of data using a hash-based Content Identifiers (CIDs). To make IPFS data accessible outside of the peer-to-peer network, special IPFS nodes called "gateways" act as bridges between the HTTP protocol that all web browsers understand and IPFS-native protocols. As more browsers like Brave and Opera adopt native IPFS support, the need for gateways will naturally lessen over time. Today, you can reach the widest audience by using HTTP gateways in your web applications, but it's a great idea to also surface the original ipfs:// URI for your content, so that IPFS-native browsers can access the content directly through Bitswap." https://lnkd.in/gr2KwfZF
IPFS HTTP Gateways ⁂ web3.storage
web3.storage
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Ever wondered what happens behind the scenes when you type a URL into your browser? 🌐 It’s all thanks to HTTP, the magic behind every webpage! 📽️ Curious how it works? Watch this quick video to learn more: Click here! 👉https://buff.ly/3C8e7z0 In a nutshell: 1️⃣ Your browser (the client) sends a request. 2️⃣ The server responds with the page or data you need. That’s how every link click powers the internet! ⚡ #FKTeaches #HTTP101 #WebDev #TechExplained #LearnWithPurpose
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Netscape at 30: What the defunct browser can tell us about the modern internet
Netscape at 30: What the defunct browser can tell us about the modern internet
fastcompany.com
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𝐓𝐞𝐜𝐡 𝐓𝐢𝐩 𝐨𝐟 𝐭𝐡𝐞 𝐃𝐚𝐲: 𝐂𝐥𝐞𝐚𝐫 𝐘𝐨𝐮𝐫 𝐁𝐫𝐨𝐰𝐬𝐞𝐫 𝐂𝐚𝐜𝐡𝐞! Is your browser feeling sluggish or loading pages slowly? It might be time for a little spring cleaning! Regularly clearing your browser’s cache can boost speed and resolve pesky loading issues. Here’s how to do it: 1. Open Your Browser Settings. 2. Find Privacy or History Options. 3. Select Clear Browsing Data and choose “Cached images and files.” 4. Hit Clear and watch your browser get a fresh start! It’s a quick fix that can make a big difference! Give it a try and enjoy smoother browsing! Got any other tech tips? Share them below! #TechTip #BrowserCache #SpeedUpYourPC #DigitalCleaning
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🚀 What is HTTP? Let’s Unpack the Web’s Most Essential Language! Ever wondered what HTTP really is? 🤔 You see it every day at the start of URLs, but it’s so much more than just a “thing that goes before .com.” Let’s break it down! HTTP stands for Hypertext Transfer Protocol – basically, it’s the language that makes the internet work. 🌐 Imagine it like the postal service for the web: 📬 Request & Response: When you click a link or type a URL, your browser is like, “Hey, server! Send me the goods!” (That’s the request.) The server goes, “Sure thing!” and delivers the webpage back to your screen. 📄💻 🔐 HTTP vs. HTTPS: Ever notice the little “s” on some sites? That’s HTTPS (Hypertext Transfer Protocol Secure). It means your connection is encrypted so hackers can’t peek at your data. Think of it as HTTP in a bulletproof vest. 🛡️ Why Should You Care? HTTP is the invisible backbone of the web. Without it, the internet as we know it simply wouldn’t exist! Every meme you share, every cat video you watch, and every online purchase you make uses HTTP (or HTTPS) to get from A to B. Next time you open your browser, give a little nod to HTTP – the real MVP of the internet. 🥇 Got questions? Drop them below, and let’s chat tech! ⬇️ #web #nexiphor #webprotocol #webdevelopment #mobileapp #website
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I don't know about you but I haven't memorized #WCAG. I got sick and tired of browsing google for answers. I thought that that maybe a good way to go is create a #gpt in the #gptstore. I am also work on a WCAG Reference ap(coming soon) If you want to try it here is the link. Feedback is welcome. https://lnkd.in/gCVSEEFp #Wcag2.2 #Accessibility #A11y #DigitalAccessibility
ChatGPT - WCAG 2.2 Reference
chatgpt.com
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There are many resources that try to put Web Content Accessibility Guidelines (WCAG) in plain language. But nothing that stands out. This one might do the trick! Here's what I asked ChatGPT. Meryl: Can you put 2.5.5 in plain language? ChatGPT reply What It Means Any button or link that people need to tap on a touch screen should be big enough to tap easily. The recommended size is at least 44 by 44 pixels. Why It’s Important Helps people with shaky hands or who have trouble making precise movements. Makes it easier for everyone, including people with larger fingers or those using a stylus. How to Do It Make It Big: Ensure that buttons and links are at least 44 by 44 pixels. Leave Space: Have enough space around buttons and links so people don’t accidentally tap the wrong one. Consistent Size: Keep button sizes consistent across your site to make it easier to use. Examples Good Example: A mobile app with buttons that are 50 by 50 pixels, spaced well apart so you can tap them easily. Bad Example: A webpage with small links (20 by 20 pixels) close together, making them hard to tap accurately. This guideline helps ensure everyone can easily use touch screens, which is a key part of web accessibility. I love how it breaks it down and includes good and bad examples. Thank you, Taylor Arndt! #Accessibility #Inclusion #MerylMots
I don't know about you but I haven't memorized #WCAG. I got sick and tired of browsing google for answers. I thought that that maybe a good way to go is create a #gpt in the #gptstore. I am also work on a WCAG Reference ap(coming soon) If you want to try it here is the link. Feedback is welcome. https://lnkd.in/gCVSEEFp #Wcag2.2 #Accessibility #A11y #DigitalAccessibility
ChatGPT - WCAG 2.2 Reference
chatgpt.com
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