How to speed up your website with dns-prefetch

Have you ever typed www.google.com and wondered how your computer knows where to go? That’s the magic of DNS (Domain Name System), it’s like your phone’s contact list. Instead of remembering long, confusing IP addresses like 142.250.190.78, DNS helps your browser find ‘Google’ instantly, just like tapping on a contact name instead of dialing their number. So next time you browse, remember, DNS is the quiet genius behind every click.

Thought clearing your browser cache will instantly boost your internet speed? 🧐 That’s a common misconception! Your cache stores bits of websites you visit to help them load faster the next time. Clearing it too often removes those benefits and can make pages slower to load. ✅ When to clear cache: - Websites aren’t displaying properly. - You’re seeing old data or errors. - Storage space is running low. So, the next time your internet feels slow, check your network, not just your cache. #CyberAwareness #TechMyths #MythVsFact #InternetSpeed #NetworkPerformance #DigitalWellness #NetworkPedia

What really happens behind the scenes when you type a URL in your browser? I broke down the entire flow, DNS lookup, TCP connection, TLS handshake, request/response cycle, and more into simple steps so you can see how the web works under the hood. Dive into it here:https://dub.sh/rjctaaf

Metadata can be understood as the secret instruction you give to a web browser. These instructions help the browser understand how to show your website ,who made it and even what it's about.#ALX_SE, #ALX_BE, #ALX_FE, #ALX_PDFE, #ALX_PDBE

📌 New 𝗦𝗲𝗰𝘂𝗿𝗶𝘁𝘆 post on WIRED: How to Use Passkeys With Google Password Manager (2025) Google can create and manage passkeys from your browser, but the process is more involved than it suggests. 📖 Read the complete article at https://bit.ly/46KRzzQ

DNS (Domain Name System) is basically the phonebook of the internet. Instead of remembering long IP addresses like 142.250.183.14 to open Google, we just type google.com and DNS does the conversion for us. A few things that really helped me understand it better: A Record → Connects a domain name to an IPv4 address. AAAA Record → Connects a domain name to an IPv6 address. CNAME Record → Points one domain name to another (like a shortcut). MX Record → Directs emails to the right mail server. In short, DNS is the reason browsing feels simple and user-friendly. Without it, we’d all be stuck memorizing numbers instead of names.

what is DNS ? DNS (Domain Name System) is the backbone of the internet. It translates human-friendly domain names like google.com into machine-friendly IP addresses, allowing computers to find each other seamlessly. Without DNS, the web as we know it wouldn’t exist. #codetechshivam #dns

Accidentally closed a browser tab? This quick tech tip shows you how to get it back in seconds: https://lnkd.in/eU2_dfd2 #TechTips #Productivity #BrowserHacks #DigitalSkills #ITSupport 

Just buying a domain doesn’t guarantee people will find you. There are things you should check like:  ✅ Is it connected to a live site? ✅ Are the DNS settings pointed correctly ✅ Has the SSL certificate been installed, so browsers mark it as “safe” You can do the “hard part” — buying the domain — but miss the tiny steps that make it usable. A domain isn’t just a name. It’s a launchpad — if it’s configured right. #MauritiusDomains #DomainOwnership #WebHostingTips #DigitalTrust #ToughCodes #SMETech

What happens when you type URL into your browser? 1. Browser checks cache for DNS entry to find the corresponding IP address of website. It looks for following cache, if not found in one, then continues checking to the next until found. i) Browser Cache ii) Operating system Cache iii) Router Cache iv) ISP(Internet Service Provider) Cache 2. DNS server initiates a DNS query to find IP address of server that hosts the domain name. The requests are sent using small data packets that contain information content of request and IP address it is destined for. 3. Browser initiates a Transfer Protocol Connection with the server using synchronize and acknowledge messages. 4. Browser sends an HTTP request to the web server, GET or POST request. 5. Servers sends out an HTTP response along with the status of response. #URL #browser #behindthescene #linkedin