#DNS Server error

[montdigital1]

DNS server is not responding?

DNS Server is Not Responding - How to Fix This Common DNS Error

If you’re having trouble accessing websites, then you’ve probably seen the “DNS server is not responding” error message on your computer. This is a very common problem that can be resolved using simple methods. In order to help you solve the issue, we’ve put together a list of 11 potential solutions. Some of these solutions are easier than others, but all of them will work!

Check Your Network Settings

There are many different reasons why you might be getting the DNS server is not responding error message, but luckily there are also a number of easy solutions. For starters, you can try restarting your router or modem to clear the cache. You can also try disabling any third-party software on your computer, as this can sometimes be the cause of these issues.

If none of these things work, you can also try accessing the website from a different browser. This can help to determine whether or not the problem is with your browser or if it is something more serious.

Finally, you can also try changing your DNS settings if the problem persists. This can help to bypass any limitations or restrictions that might be causing the issue, and it can often provide faster connections as well. To do this, you can start by pressing the Windows + R keys on your keyboard. This will open the Run utility. From here, you can search for “Command Prompt” and right-click on it to select Run as administrator.

Check Your Internet Connection

The most common reason for a DNS error is that your internet connection isn’t working properly. This can be caused by a variety of issues, from heavy traffic to server outages. Fortunately, this is also one of the easiest problems to fix.

The first thing you can try is switching to a different browser. This will help you determine if the problem is with your browser or with your internet connection.

You can also try connecting to a different Wi-Fi network and visiting the website in question. This will help you determine if the issue is with your current network or if it’s a wider problem with your internet service provider.

If none of these methods work, you can try restarting your modem or router. You can also try disabling your antivirus and firewall programs temporarily. This can help to flush the DNS cache and resolve the problem. If the issue persists, you may need to update your network adapter driver.

Check Your Firewall Settings

When you receive the DNS server not responding error, it could be due to a firewall that is blocking the connection. If this is the case, you may need to disable the firewall in order to resolve the issue.

To do this, go to the settings of your router or modem and disable it. You can also unplug the device from its power source for 30 seconds and then press the power button to restart it again.

Another option is to use a different browser. This is because the problem could be related to the browser you are using and can easily be resolved by switching to a different one.

If none of the above steps work, you may want to try resetting your router. This can help clear the cache and restore your internet connection. If this doesn’t work, you may need to restart your computer in safe mode (a stripped-down version of the operating system that can limit which files and programs are allowed to run). To do this, click on the Apple menu and select shut down.

Check Your Internet Service Provider

When a DNS server is not responding, it can be incredibly frustrating. It usually means that the system is not able to connect to the internet. This can be caused by a number of things, from heavy traffic to network issues. Fortunately, there are many ways to resolve this problem.

For example, you can try restarting your router or modem. This will clear out any cached information and help to resolve the issue. Another option is to switch to a different DNS server. While this may not solve the problem immediately, it will at least allow you to access websites until the issue is resolved.

You can also try disabling any other connections on your computer. This will ensure that the issue is not caused by a firewall or antivirus software. If this doesn't work, you can contact your internet service provider to see if there are any network issues that need to be fixed.

[infoanalysishub]

How HTTP Status Codes & DNS Errors Impact Google Search

Learn how HTTP status codes, network failures, and DNS errors affect Google Search indexing and crawling. Fix soft 404s, 5xx issues, and debug DNS problems. How HTTP Status Codes, Network, and DNS Errors Affect Google Search Google Search relies on efficient and accurate crawling of web content to provide the most relevant results to users. This crawling process is governed by how websites…

[srishthi1234]

How to Fix Crawl Errors: A Step-by-Step Guide

In the world of SEO, crawl errors are common yet highly impactful on your website's visibility and performance. Search engine bots, or crawlers, scan your website to index pages, but when they encounter an issue, they flag it as a "crawl error." While this might sound like a minor inconvenience, crawl errors can prevent your site from ranking well, which can lead to a decline in traffic and user engagement.

In this guide, we’ll discuss how to fix crawl errors effectively, ensuring that your website runs smoothly and gets indexed properly by search engines like Google.

What Are Crawl Errors?

Crawl errors occur when a search engine tries to access a page on your website but fails. There are two primary types of crawl errors: site errors and URL errors.

Site Errors affect your entire website, making it inaccessible to search engines.

URL Errors are specific to individual pages that search engines are unable to crawl.

By learning how to fix crawl errors, you can prevent these issues from hurting your search rankings and make your website more user-friendly.

Common Types of Crawl Errors

Before we dive into how to fix crawl errors, it’s essential to know what types of errors you’re likely to encounter.

DNS Errors: A Domain Name System (DNS) error occurs when a crawler cannot communicate with your website’s server. This is a site-level issue that requires immediate attention.

Server Errors (5xx Errors): These errors happen when the server takes too long to respond to the crawler's request, or when the server is completely down.

404 Errors: These are the most common errors, where a page is missing or has been moved without proper redirection. Users and bots will see a "Page Not Found" message.

Robots.txt Issues: If your robots.txt file blocks essential pages, crawlers won’t be able to index those pages.

Redirect Chain Errors: If your website has too many redirects, or if a redirect leads to a dead page, it can confuse the crawler.

Understanding these crawl errors helps you focus on how to fix crawl errors more effectively, minimizing downtime and search engine indexing issues.

How to Fix Crawl Errors: A Detailed Process

1. Check Google Search Console

Your first step in fixing crawl errors should always be to review Google Search Console. This tool provides a detailed breakdown of crawl issues on your website, including URL errors and site errors. Here’s how:

Go to your Google Search Console account.

Navigate to the "Coverage" report, which will list all the issues Google has encountered while crawling your site.

Review each error and prioritize fixing the most critical ones first, like DNS and server errors.

2. Fix DNS and Server Errors

DNS errors and server issues can stop search engines from accessing your entire website. To fix DNS issues, you’ll need to check if your domain is configured correctly and that your hosting provider is responsive. For server errors, consider upgrading your server capacity or optimizing your server’s performance to reduce downtime.

3. Address 404 Errors

404 errors occur when a page on your website cannot be found. To fix these, you can either:

Redirect the URL: Use a 301 redirect to send traffic from the missing page to a relevant page on your site.

Restore the Content: If the page was removed by accident, you can restore it with the same URL.

Regularly auditing your website for 404 errors will help you manage them before they pile up.

4. Correct Robots.txt Files

The robots.txt file tells search engines which pages they can or cannot crawl. If your robots.txt file is blocking essential pages like your home or category pages, you’ll need to edit it. Ensure that the important sections of your website are crawlable while still blocking irrelevant or duplicate content.

5. Eliminate Redirect Chain Issues

Too many redirects in a row can confuse crawlers and users alike. If your website has a series of redirects (for example, Page A redirects to Page B, which redirects to Page C), clean it up. Ideally, one redirect should lead directly to the final destination page without unnecessary steps in between.

6. Submit a Sitemap

If you’re unsure whether search engines are crawling your site correctly, you can manually submit a sitemap through Google Search Console. A sitemap is a file that lists all the URLs on your website, helping search engines understand your site structure.

Submitting a sitemap also speeds up the crawling process and reduces the likelihood of errors being missed.

7. Monitor Crawl Budget

Crawl budget refers to the number of pages a search engine will crawl on your site within a specific time frame. If your site has too many low-quality or duplicate pages, crawlers may not index your most important content. By trimming low-value pages, you can ensure that search engines focus on the pages that matter most.

8. Regular Monitoring and Maintenance

Fixing crawl errors is not a one-time job. You need to consistently monitor your site for issues. Set up alerts in Google Search Console so that you’re notified of any new crawl errors. Conduct regular SEO audits to catch issues before they become major problems.

[garecc]

What is word steam?

Word steam is a company that makes "ai generated" audio books. Many of the "audiobooks" on their website are in fact, fanfictions scraped from ao3 and reuploaded without the authors concent.

How do I check if mine has been uploaded?

Go to the website and search your pen name, or your fandom name. I found many popular magnus archives fanfics for example when breifly searching.

*****WEBSITE IS DOWN, FOR NOW.*****

Legally, what next?

Well, OTW legal has been informed of the situation and so far as i can tell, have not responded yet. Equally unfortunately, the creator of the website has responded and...

I will let you all be the judge of these responses:

Reddit:

Hey everybody, the person behind word stream here: I am dyslexic and built word stream to help other students like me who have dyslexia, ADHD, vision challenges, concussions, or anxiety to access fan-fiction, because for us, reading with our eyes can be very challenging and there are no audiobooks for fan fiction typically.  Word Stream is free for anyone to use. There is a paid plan for ppl who want to use high quality text to speech which is priced at the minimum amount we can to cover server/gpu costs to power the text to speech. The next iteration will also include free text to speech but with a lower quality bar. I apologize to anyone who saw this and was upset this in no way is our intention. We support all valid take down notices and will always make it right if you reach out to us with the name of your work. support@word-stream.com Please email me if we have a peace of work that is yours  you don't want up there and I will take it down immediately support@word-stream.com A future release will also add the ability to tip authors so writers can make money not from selling the works but via tips from grateful readers, the ability for authors to build and communicate with an email list of readers, ability for authors to see retention graphs of where users drop off during reading, and abilities to authors to easily manage their works. We are strong supporters of  second language learners (non native speakers of English), and of users who love fan fiction but who have a job that makes their hands/eyes busy but ears free. Once again I apologize for a beta product that got more attention that it had any right to before it was complete and for the clearly tone deaf wording which we are fixing to make sure communication is better about take down notices. Warmly, Cliff 

Tumblr: from @cliffweitzman

(in a reply) Hey everybody, the person behind word stream here. Please email me if we have a peace of work that is yours you don't want up there and I will take it down immediately support@word-stream.com I am dyslexic and built word stream to help other students like me who have dyslexia, adhd, low vision, concussions, anxiety, who are second language learners, or who also love listening to fan fiction but have a job that makes their hands/eyes busy but ears free. Word Stream is free for anyone to use. The next iteration will also include free text to speech, we have a paid tier for ppl who want to use high quality text to speech which is priced at the minimum amount we can to cover server/gpu costs to power the text to speech. (in a reply to a reply) I apologize to anyone who saw this and was upset this in no way is our intention. We support all valid take down notices and will always make it right if you reach out to us with the name of your work. support@word-stream.com

In these messages, it says to email "support@word-stream.com" - i would caution anyone from doing this immediately, and perhaps wait for OTW Legal to respond to the situation.

you can ALSO file a takedown, which other people in the word steam tag have explained how to do

as writing this, the website is down because of a dns error. i dont really know what that means.

when/if the website goes back up, i HIGHLY recommend checking to see if your fic has been reuploaded.

[howlingmoonrise]

If you're experiencing "Error Code 102630: This video file cannot be played" on Firefox

i've been scratching my head about it for weeks and just solved the issue today - it might not work for you, but i'm posting it here in case it helps someone else.

things i tried that didn't work (but might help you):

updating/restarting firefox

updating/restarting windows (or your operative system of choice)

manually updating the video drivers

deleting the DNS cache

deleting the browser cache

running Firefox in troubleshooting mode (no extensions or add-ons) to make sure it wasn't some extension that broke in an update

what actually worked for me:

go to about:config (open a new tab and use that in place of the URL)

look up "media.mediasource.enabled"

if it's set to "false", set it back to "true" by double-clicking it

i had this configuration set to false in order to get videos to buffer completely instead of just loading a couple minutes at a time and then stopping, but unfortunately this does not seem to play well with most streaming sites/servers. pretty sure it worked well before, but an update must have broken it.

ah, well.

[slimegirlslugwife]

I’m sorry but I’m still losing my fucking MIND over elons incomprehensible Linux own the libs tweet like

Like it’s incredibly obvious he heard about a traceroute, and then googled “how to delete file in Linux” and then didn’t even read the results

Like… woke_mind_virus isn’t a fully qualified domain name, meaning it relies on a custom DNS resolution specific to his machine, or if utilizing a vpn, that specific vpn’s custom host file. Or that the American government would have a host entry for a woke mind virus, which if you’ve ever had to use a government website, is laughable. Also DNS is global for the most part, but honestly we can move on at this point.

So sure, we’ll say that the government has forced all public internet in America to resolve woke_mind_virus. Where does it resolve to? YOUR OWN COMPUTER, you silly billy! Obviously! This is *almost* comprehensible. Sure, we are all infected with the woke mind virus, why not. It must be destroyed within ourselves. Yeah man, whatever. Why not? So how do we destroy it?

Duh! Just delete it! How do we do that in our L337 uber hax0r terminal on our fresh kali live usb (because partitions are scary)? We’ll save that for last.

Because while deleting one file could make a website inoperable, it does not remove every trace of it! It first needs a configuration file in the web server, usually Apache or nginx. This is at LEAST one file, but cmon, if you’re gonna psychologically program the masses and keep it out of public view, you gotta encrypt that shit! So naturally, an SSL is in order! That’s easily 1-3 more files. woke_mind_virus can get a pass on not being fully qualified in this specific case because certs can theoretically be self signed and trusted on local networks, but he wouldn’t be able to tell you that. If you stood up a little one page html site on a web server on your own computer, and navigated to it on port 443 (https://) you would get an SSL error, even though it’s on your own machine. I feel like I’ve beaten this into the ground enough, but just understand it’s stupid.

What’s important to note here is that these BARE MINIMUM files are what routes the request from your machine to the destination site, even if it’s your own computer. If you delete the contents of the site (also called the docroot), the site still exists, and can receive and route requests to and from it, it’s just empty. You’ll probably get a 404 because there’s no actual content to serve. This woke mind princess is in another castle.

It’s also imprudent to delete these configuration files first, because that’s how you determine where the site content actually is! These files dictate what directory (folder for you windows losers) is called upon to actually serve you the content you see displayed when you open a webpage. So you need this information if you don’t want to destroy the entire file system and only want to remove the woke_mind_virus site. Cmon Elon, this is baby shit.

So of course, the strat with the most Efficiency and preserving the rest of the system (which seems to be the point of the tweet) is to find the docroot, delete the docroot, and then delete the web server config files. So how do we delete them?

And here we have it: rm -rf

The syntax is as follows:

rm -rf </path/to/file>

Even if you don’t know shit about Linux, you can probably see the problem here. It’s just so blatantly incorrect, it’s almost as if he’s never done it before.

For those that want to see a real world example, here is me creating a file called woke_mind_virus in my home directory and then trying to delete it the Elon Way:

[sqlinjection]

SQL injection

we will recall SQLi types once again because examples speak louder than explanations!

In-band SQL Injection

This technique is considered the most common and straightforward type of SQL injection attack. In this technique, the attacker uses the same communication channel for both the injection and the retrieval of data. There are two primary types of in-band SQL injection:

Error-Based SQL Injection: The attacker manipulates the SQL query to produce error messages from the database. These error messages often contain information about the database structure, which can be used to exploit the database further. Example:  SELECT * FROM users WHERE id = 1 AND 1=CONVERT(int, (SELECT @@version)). If the database version is returned in the error message, it reveals information about the database.

Union-Based SQL Injection: The attacker uses the UNION SQL operator to combine the results of two or more SELECT statements into a single result, thereby retrieving data from other tables. Example:  SELECT name, email FROM users WHERE id = 1 UNION ALL SELECT username, password FROM admin.

Inferential (Blind) SQL Injection

Inferential SQL injection does not transfer data directly through the web application, making exploiting it more challenging. Instead, the attacker sends payloads and observes the application’s behaviour and response times to infer information about the database. There are two primary types of inferential SQL injection:

Boolean-Based Blind SQL Injection: The attacker sends an SQL query to the database, forcing the application to return a different result based on a true or false condition. By analysing the application’s response, the attacker can infer whether the payload was true or false. Example:  SELECT * FROM users WHERE id = 1 AND 1=1 (true condition) versus SELECT * FROM users WHERE id = 1 AND 1=2 (false condition).  The attacker can infer the result if the page content or behaviour changes based on the condition.

Time-Based Blind SQL Injection: The attacker sends an SQL query to the database, which delays the response for a specified time if the condition is true. By measuring the response time, the attacker can infer whether the condition is true or false. Example:  SELECT * FROM users WHERE id = 1; IF (1=1) WAITFOR DELAY '00:00:05'--. If the response is delayed by 5 seconds, the attacker can infer that the condition was true.

Out-of-band SQL Injection

Out-of-band SQL injection is used when the attacker cannot use the same channel to launch the attack and gather results or when the server responses are unstable. This technique relies on the database server making an out-of-band request (e.g., HTTP or DNS) to send the query result to the attacker. HTTP is normally used in out-of-band SQL injection to send the query result to the attacker's server. We will discuss it in detail in this room.

Each type of SQL injection technique has its advantages and challenges.

[hadjiiembercolgatenerdmctillhawk]

ok time for wifi troubleshooting dump (for Windows but the concepts are true for any device)

First, how this happens. Imagine you had a router that wasn't plugged into anything but power, and a laptop with an ethernet port. If you plugged the laptop into the router, you would get a similar message of "connected without internet" but it would show an ethernet icon with instead of wifi icon.

What that error means is that you did, in fact, connect to the wifi. That's layers 1 and 2 of the internet. Trouble is, there's more layers, and you need all the layers to use the internet.

Layer 3 of the internet is the Routing layer. Yes, this is where the name "router" actually comes from, but I digress. This is the layer of the internet that deals with "IP addresses". Where your computer or your phone or TV or whatever normally gets an IP address from is something called "DHCP". Dynamic Host Configuration Protocol.

You don't need to memorize that. Just know that after you connect to a network with wifi or ethernet cable, one of the first things device will do by default is send a broadcast on the network asking "Hey! Is anyone here a DHCP server?" This works because certain sorts of broadcasts don't need your computer to know how to use the network more than just being connected to it.

The addresses used when asking this are actually 0.0.0.0 and 255.255.255.255. If those sound like special addresses, that's cuz they are. "no address" and "everyone who can hear this". Anyways...

Your home router by default is running a dhcp server on it, so it SHOULD hear this broadcast and it SHOULD respond and your computer SHOULD negotiate whats called a "DHCP lease". This basically is just a bit of information saying "ok so here's your address and subnet size, here's your default gateway, here's some DNS servers, it's good for [LENGTH OF TIME HERE]."

The first thing to check is, did DHCP work? Right-click the network icon, whether ethernet or wifi, and chose "Open Network and Internet Settings".

Then go to the network properties of either the ethernet or the wifi, whichever one you're connected to.

Yours won't say "connected" cuz yall internet is broken but the buttons are still there.

The big thing you're looking for is the "IPv4 address". IPv6 is different don't worry about it right now and usually if IPv4 is broken then IPv6 is broken anyways, if your internet provider even serves you IPv6... ANYWAYS.

If you have an address like 192.168.something.something or 10.something.something.something you probably got a DHCP lease so that's not the issue.

If you have an address like 169.254.something.something then that means that either the DHCP server didn't respond, or it did respond but your wifi signal is so bad that your computer didn't hear the response.

Restart your router, look into changing the wifi channel settings on the router to a less occupied channel, try using 5ghz wifi if possible though not everyone's computer or router supports that, sometimes restart your computer cuz sometimes Windows' networking software does stupid thing.

Also, unless you KNOW you're supposed to be using Static addressing, make sure you're set to Automatic. Someone may have turned off Automatic addressing cuz they're a prankster. Or they don't know what they're doing. Or both.

Well, if you got to this point because you aren't having a DHCP issue, then things get a little tougher cuz the "internet is out and you should call your ISP to find out if it's a wider outage that they're already working on fixing or if it's just you" possibilities start to show up now.

Time for Command Prompt. I promise it's not nearly as scary as you might think.

Alright, time for our first command. Type in "ipconfig" without the quotes, and hit enter. It'll spew out a bunch of text at you, but it's not as complicated as it looks.

I crossed the things in thick red out cuz I don't trust tumblr to not pull some shit, and the one thing in thin orange because it's fine if people see that but it's in the middle of some stuff we want.

Yall have used Discord at some point, right? You see that Default Gateway? We're gonna ping it. "ping 192.168.1.1" or put whatever your gateway is instead.

I'm on ethernet with properly functioning equipment, so my ping delay is <1ms (less than 1 millisecond). Wifi is gonna be higher, anywhere from 10 to 200 milliseconds, depending on your wifi quality.

Also, if your wifi connection is really bad, you may see "Request Timed Out".

If you're having trouble pinging the gateway, you may want to do a ping test. Adding a -w 50 (wait 50 milliseconds) will make the computer not wait long for failed pings, and -n 40 will make it try 40 times instead of just 4 times, cuz we need more data than just 4 tries.

This'll take a while to run (about 40 seconds to be exact). If you get tired of it running or just everything is timing out constantly then you can press Control C (like copying something in a text editor) to interrupt the program.

The big things to pay attention to are the "round trip times" and the % loss.

If your % loss to the gateway is 100% then either your computer is configured wrong and you should check that you're using the right addressing, or your wifi is extremely bad, or extremely rarely your router doesn't respond to pings on its local network. This is almost never the case. Your router probably doesn't respond to pings from the internet for security reasons, but pings from the inside are good for troubleshooting.

If your % loss to the gateway is over 10%, and/or your times are consistently very high (over 100ms or so) then your wifi conditions are extremely bad. Either you don't have enough signal strength, or there's heavy interference and basically your computer and router are effectively trying to have a conversation while at a loud metal concert. Neither of them can hear eachother very well.

There might be something wrong with your internet service provider still; but if you were wondering why using your wifi is suffering even when the internet isn't out, that's a hint.

If your % loss to the gateway is over 1% but under 10% then that's Not Great and you should still look into wifi channelization but it wouldn't stop you from being able to use the internet entirely.

Under 1% is okay, that means it's not a wifi issue.

The next thing to try is to ping a well-known usually-up service, such as Cloudflare Public DNS (1.1.1.1) or Google Public DNS (8.8.8.8) or Quad9 (9.9.9.9)

My internet is working fine, so I have 0 loss and while there is some variance (one got 34ms instead of 11) everything looks peachy.

If your pings to one of these public services all fail, then either your router needs to be configured because either 1. it wasn't set up in the first place (you would not believe how many people I take calls from that have this issue) or 2. it factory reset itself for some reason (some people think that rebooting the router means use the reset button. IT DOES NOT MEAN THAT.) and you need to pay attention cuz if it happens again that may mean ur router is screwed.

Or, there's an actual service outage, and you should call your ISP to find out if it's just you, or if it's a general outage and they're already working on it and all you can do is hurry up and wait.

And... that's it. There are other weirder issues that you can have, sure. As long as this post is, explaining some of those issues would take even longer. And I would LOVE to explain some of them. But this post is already more than long enough, and it covers the vast majority of cases.

Thank you for reading and good luck!

when the wifi says "connected without internet" how about i fucking kill you

[hazeljanner]

Fix Crawl Errors in Google Search Console Step‑by‑Step

If you’ve ever been frustrated by crawl errors in Google Search Console, you aren’t alone. These little issues can quietly wreck your SEO and drag down your rankings. I’ve had my fair share of nights checking for missing pages, 5xx errors, and DNS troubles. But today things are different. Let me take you through a simple, human‑friendly way to fix crawl errors, using the newest tools Google just rolled out after announcing big updates like Gemini 2.5, AI Mode in Google Search, and Agent Mode at Google I/O 2025.

Why crawl errors matter for SEO marketing

When Googlebot tries to read your site and hits a wall, it logs a crawl error. That might be a page not found, a server failing, or your DNS acting up. In SEO marketing every page counts, and if Google can’t crawl your pages, they can’t rank. Crawl errors are like hidden leaks in a ship—you don’t know they’re sinking you until it’s too late. Fixing them keeps your content visible and avoids sudden drops in traffic.

The new era after Google I/O 2025

You might be wondering, when is Google I/O 2025 happening? It took place on May 20 and 21, and Google used that stage to drop some big announcements. The star of the show for Search Console was AI Mode in Google Search, powered by Gemini 2.5 under the hood, and an enhanced Agent Mode to help us webmasters fix issues faster. These updates have transformed a manual, frustrating process into something more intelligent and efficient.

How to see crawl errors in Search Console

First thing’s first: open Google Search Console and click on Coverage followed by the Errors tab. Instead of a raw list of URLs, you’ll now see AI‑powered suggestions if you’ve enabled AI Mode. These suggestions might flag groups of 404 errors, server issues, or DNS blips. Even if the list is long, the AI groups related errors together, saving you time and giving you a clear view of what needs fixing.

Understanding each error type

Each category of crawl errors requires a different approach, so it helps to understand why they happen. DNS errors usually mean your domain couldn’t be resolved, often tied to hosting or DNS provider problems. Server errors, the dreaded 5xx family, point to issues on your web server—maybe it crashed or your scripts got overwhelmed. The classic 404 means the page is missing, often from deleted content or wrong internal links. Soft 404s are sneaky; they return a 200 status but have little or no real content, causing Google to treat them as “page missing.” Recognizing these differences helps you tackle them correctly.

Fixing DNS and server errors step by step

When you spot a DNS error, log into your DNS provider or hosting dashboard. See if your A, CNAME, or NS records are intact. If you recently switched providers or used Cloudflare, check for any misconfigurations. You might even temporarily pause Cloudflare’s proxy to make sure it’s not blocking Googlebot. Once the records fix, go back to Search Console and hit Validate Fix. It tells Google to recrawl those URLs.

Server errors can be trickier. Log into your server or hosting control panel and check for error logs around the time Googlebot hit your site. It might be overloaded PHP scripts or a misbehaving plugin. Maybe a sudden spike in traffic caused timeouts. With AI Mode and Agent Mode, Search Console sometimes gives hints like “slow response time” or “resource limit reached.” If you’re using managed hosting, reach out to support. Once you’ve fixed the backend, go back and ask Google to validate.

Repairing 404 and soft 404 pages

When Google bumps into a 404, think about why that page is missing. If the content is gone for good, send a hard 410 Gone status—it tells Google you meant to remove that page. If you’ve moved the content somewhere else, a 301 redirect to the new URL is the right move. Soft 404s are a little trickier. They happen when pages return 200 but have no substance—maybe a thin “this page doesn’t exist” message. Beef up those pages, add real content, or turn them into redirects. After updating, hit Validate Fix again in Search Console.

The lasting benefit to SEO marketing

Every crawl error you fix is a step toward better SEO marketing performance. Google sees a healthy, well‑structured site as easier to trust. Combine that with optimized content, mobile speed, and user‑friendly layouts, and you’ve built a strong foundation that gets rewarded in rankings. The enhancements from Google I/O 2025 — Gemini 2.5, AI Mode, and Agent Mode — just speed up the process. You’re not chasing errors, you’re preventing problems before they happen.

Putting it into practice

Let me walk you through a typical week. On Monday, I log into Search Console and check the Coverage Errors tab. The new interface shows AI Mode suggestions up front. If I see a few new 5xx or DNS errors, I log into my hosting dashboard, look at logs, make tweaks, and hit Validate Fix. Mid‑week, I review soft 404s or broken links, fix any thin pages or add 301s, and re‑validate. On Friday I glance at performance metrics—any dips? Did click impressions bounce back? If yes, job done. If not, I dig deeper. You can do the same, and now you’ve got Google’s own AI tools to help.

Using Google Translate for multilingual sites

If your site targets different languages, this step is crucial. After enabling AI Mode and Agent Mode, use Google Translate to scan your international content. Gemini 2.5 helps report crawl errors by language path, and you can fix errors in each version separately. No guessing. If your French pages are missing metadata or serve soft 404s, you’ll know exactly which URLs need attention.

Final thoughts

Crawl errors are like mosquitoes—tiny but irritating, and if you ignore too many, they can ruin your day. When Google I/O 2025 introduced AI Mode, Gemini 2.5, and Agent Mode, they gave us more powerful tools to wipe those bugs out fast. I’ve distilled everything here into a real, step‑by‑step approach you can follow now. Start with the Coverage tab, let AI group errors, dive into server, DNS, or content issues, fix them, validate, and repeat. Keep monitoring performance and stay on top of any new crawl issues.

[tremendousjuggernautepoch]

GST Website Not Working? Check These Possible Server Issues

If you’ve recently tried to access the GST website and found it unresponsive or slow, you're not alone. Many taxpayers and professionals across India rely on the GST portal for filing returns, making payments, and completing various compliance tasks. When the site becomes inaccessible, it can cause delays and confusion—especially near filing deadlines.

In this article, we’ll explore possible server-related issues that may be causing the GST website not working and what you can do during such times.

1. Server Overload During Peak Hours

One of the most frequent reasons for GST website downtime is server overload. This typically happens when:

Return filing deadlines are near

A large number of users try to log in or file simultaneously

Last-minute submissions spike traffic unexpectedly

The GST server may become overwhelmed, resulting in delayed responses, failed logins, or even total outages.

2. Backend Server Maintenance

The GSTN (Goods and Services Tax Network) routinely performs scheduled maintenance and system upgrades to improve portal performance and security. During these periods, you may experience:

Website downtime

Errors while submitting returns

Slower loading times

These activities are usually planned during off-peak hours, but they may occasionally impact users during the day.

3. Data Synchronization Delays

The GST portal integrates with various government services like the Income Tax Department, Aadhaar authentication, and bank payment gateways. If there is a data sync delay or a service is temporarily down, it can affect portal operations.

For example, you may experience issues with:

OTP verification

PAN or Aadhaar validation

Bank payment confirmations

These backend connections rely on smooth coordination between systems, and any delay can affect performance.

4. DNS or Hosting Issues

In some cases, the issue lies not with the website content but with the domain hosting or DNS (Domain Name System). These technical problems can lead to:

Website not loading at all

Domain not resolving

Intermittent access

Such issues are handled by the hosting service providers or the GSTN’s IT team and may take time to resolve.

5. Software Bugs or Glitches

Even after regular updates, new bugs or glitches can occur in the backend code. These might lead to:

Login issues

Pages not loading properly

Errors in form submissions

Although temporary, these bugs may disrupt access for specific users or services on the portal.

What You Can Do

While server issues are mostly out of your control, here are some steps you can take:

Wait and retry after a short time, especially if the issue is due to high traffic.

Clear browser cache and cookies before refreshing the page.

Use a different browser or device to rule out compatibility issues.

Monitor official updates on gst.gov.in or GSTN’s Twitter handle.

Contact the GST helpdesk at 1800-103-4786 or email helpdesk@gst.gov.in if the issue persists.

Conclusion

If the GST website is not working, server-related problems are often the cause. Whether it’s high traffic, backend maintenance, or a glitch in the system, these issues are usually temporary and resolved by the GSTN team. Being aware of these common causes can help you respond calmly, avoid panic, and plan your GST-related work more effectively.

If you frequently experience downtime during key filing periods, consider completing tasks early and keeping track of scheduled maintenance alerts from GSTN.

[webstatus247dristi]

Ping vs Other Monitoring Methods: Why Choose Ping Monitoring?

In the digital world, your website or server is the front line of your business. Whether you're running an e-commerce platform, a blog, or a SaaS product, keeping your site live and responsive is essential. That’s where monitoring tools come into play. But with so many monitoring methods available, how do you choose the right one?

Among these, Ping Monitoring stands out for its simplicity and effectiveness. Let’s explore how it compares to other methods—and why it might be the best fit for your needs.

💡 What is Ping Monitoring?

Ping monitoring checks the availability of your server or website by sending small packets of data (ICMP echo requests) and waiting for a response. If the server replies, it’s online. If not, it may be down or unreachable.

✅ Benefits:

Real-time uptime checks

Fast detection of server failures

Lightweight and efficient

Easy setup

It’s perfect for quickly knowing whether your website or system is online without needing deep configuration.

🔧 Other Monitoring Methods Explained

Let’s take a look at some other popular methods:

1. HTTP Monitoring

Checks if a webpage loads correctly and returns the right status code (like 200 OK). It ensures the website is not only up but also functioning.

2. DNS Monitoring

Monitors if your domain name resolves correctly and quickly to the right IP address.

3. TCP Port Monitoring

Checks specific ports (e.g., 80 for HTTP, 443 for HTTPS, 21 for FTP) to ensure services are accepting connections.

4. Application Performance Monitoring (APM)

Deeply analyzes application behavior—response time, transaction flow, database calls, etc. Best for complex backend systems.

5. Synthetic Monitoring

Simulates user actions (e.g., logging in, adding to cart) to test the user experience from different regions.

📊 Ping vs Other Monitoring: A Quick Comparison

FeaturePing MonitoringHTTP MonitoringAPMSynthetic MonitoringSetup ComplexityVery LowLowHighMediumDetects Downtime Fast✅ Yes✅ Yes✅ Yes✅ YesDetects Broken Features❌ No✅ Sometimes✅ Yes✅ YesSimulates User Experience❌ No❌ No✅ Partially✅ YesIdeal ForServers, RoutersWebsitesWeb AppsFull User Journey

🕒 When to Use Ping Monitoring?

Ping monitoring is best when:

You want quick alerts for server uptime

You're monitoring basic infrastructure like web servers or routers

You don’t need application-level details

You need a low-cost and low-maintenance solution

It’s ideal for small businesses, developers, IT admins, and anyone who wants basic uptime tracking.

⚠️ Limitations of Ping Monitoring

While powerful, ping monitoring has some limitations:

Doesn’t detect if a website is returning errors (like 500 or 404)

Doesn’t check if a site’s layout is broken or buttons don’t work

Some firewalls may block ping requests

Doesn’t simulate actual user interaction

That’s why it’s often best to combine ping with other monitoring methods for complete coverage.

🚀 Why Choose Ping Monitoring with WebStatus247?

If you want easy, reliable, and global uptime checks, WebStatus247’s Ping Monitoring is a perfect choice.

Here’s what you get:

🌍 Global monitoring nodes

📩 Instant alerts via SMS or email

📊 Clean, simple dashboard

💸 Affordable plans

🧠 Easy setup – no technical skills needed

Whether you're monitoring one website or an entire network, WebStatus247 helps you stay ahead of downtime.

🏁 Final Thoughts

Ping monitoring may seem basic, but it's often the first and fastest line of defense against downtime. It’s lightweight, cost-effective, and incredibly useful for anyone managing a website or server.

[edbmails25]

Office 365 to Exchange Migration: Overcoming Compatibility and Data Integrity Challenges

Migrating from Office 365 to Exchange is not a typical cloud trajectory. But for certain organizations, especially those in highly regulated industries or with on-premises infrastructure commitments, this move is strategic. While technically feasible, it brings critical compatibility concerns and serious risks to data integrity that must be addressed with precision.

Why Reverse Migration Is Gaining Attention

Not every IT strategy is cloud-first forever. Some businesses shift back to Exchange due to compliance mandates, network control, or integration with legacy systems. In hybrid environments, administrators often seek to consolidate workloads under Exchange Server for governance or policy enforcement. The challenge starts the moment Office 365 data must align with Exchange architecture.

Compatibility: A Real and Immediate Roadblock

Office 365 evolves continuously. Many cloud-native features do not exist or behave differently in on-premises Exchange. These include modern authentication methods, shared mailbox behavior, calendar sharing models, and retention policies. When data is exported, formatting, metadata, and flags may not map accurately.

Outlook clients configured for modern authentication may fail during the reconfiguration process. Autodiscover may point to incorrect records if DNS cleanup isn’t handled precisely. These issues multiply when multiple mailboxes, service accounts, and shared folders are involved. Compatibility cannot be an afterthought. It must be audited and remediated before the first batch migration begins.

The Threat of Data Loss During Repatriation

Office 365 stores data across multiple layers. Mail, calendars, contacts, tasks, and archives live in distinct locations. Repatriating this data requires extracting it in a format Exchange can understand. Exporting mailboxes to PST sounds straightforward, but issues arise when mail size limits, corrupted items, or orphaned folders are involved.

Calendars are particularly fragile. Recurring meetings often break when moved across platforms. Folder permissions may not retain their original hierarchy. Rules, categories, and MAPI properties may be lost if the migration tool does not support full-fidelity transfers.

Data integrity is more than preserving emails. It’s about keeping context, structure, and function fully intact. A partial or malformed restore can impact compliance audits and user productivity.

Avoiding Migration Disasters with Technical Foresight

Planning for Office 365 to Exchange migration must include:

Pre-migration audits: Understand mailbox size, item count, shared access patterns, and retention policies

DNS and Autodiscover configuration: Prevent mail flow interruptions and profile rebuilds

Tool selection: Choose solutions that support direct migration from Office 365 to Exchange without intermediate steps

Incremental syncs: Avoid full cutovers when mailbox activity is high

Detailed testing: Validate not just content transfer but also usability post-migration

Automate with Precision: Use Purpose-Built Migration Software

Manual exports introduce delays, errors, and inconsistencies. Relying on native methods or PowerShell scripts is rarely scalable. A purpose-built solution like EdbMails Office 365 migration software supports direct and secure migration to Exchange. It ensures folder structure, metadata, and user permissions are preserved accurately. With support for large mailboxes, advanced filtering, and incremental sync, EdbMails helps IT teams maintain compatibility and data integrity at scale.

Avoid post-migration surprises. Plan smart, validate every stage, and use a trusted solution that minimizes risk.

Additional links:

👉 Import multiple PST files to Office 365

👉 Microsoft 365 tenant to tenant migration

[serankpro]

Fix 403 Forbidden Error: Understanding Server Permissions Gone Wrong

When your website refuses to let you in, it’s often not personal—it’s a server permission problem. This in-depth description of how to fix 403 Forbidden Error breaks down common causes such as incorrect file permissions, corrupted .htaccess files, or DNS misrouting. It explains how these silent backend gremlins create a wall between you and your visitors, and what steps to take to resolve them safely.

Learn about file structures, how WordPress plugins may trigger access blocks, and the importance of setting correct folder and file permission levels via FTP clients. Whether you're facing this issue on your business site or personal blog, the detailed fix strategies outlined here empower you to take action without breaking your site’s structure. DNS settings, index file uploads, and malware scans also make the list of fixes.

This guide also reminds you why regular security checks, plugin audits, and proper CDN configurations can prevent the issue from recurring. For professionals, developers, or even bloggers managing their own sites, this resource is a must to keep your website running smooth and accessible. Fixing the 403 error isn’t a patch job—it’s a structural audit. This guide doesn’t just patch the hole; it lays new bricks for future protection.

[fromdevcom]

Stay Connected: The Ultimate Guide to Checking Internet Connection in Python in 2025 In today’s increasingly connected digital world, ensuring your Python application can detect and respond to changes in internet connectivity is critical. Whether you're building a web scraper, syncing data with the cloud, or delivering real-time services, knowing if your app is online can make the difference between smooth operation and frustrating crashes. However, detecting internet access reliably isn't always straightforward due to varying network conditions and system configurations. This guide offers a comprehensive, fact-based look at the best methods to check internet connection in Python in 2025, including practical code examples, pros and cons of each method, error handling tips, and best practices. Let's dive in. Why Check Internet Connection in Python? Here are several scenarios where checking for an active internet connection is not just useful, but essential: Avoiding exceptions during network operations (e.g., requests, API calls). Enabling offline modes or local caching when the internet isn't available. Showing meaningful error messages or status alerts to users. Logging connectivity status to monitor uptime or network reliability. Triggering reconnection strategies for real-time applications. Checking the internet connection in Python helps ensure your application behaves predictably and fails gracefully. Methods for Checking Internet Connection in Python 1. Using urllib.request to Ping a Reliable Host A common and effective way is to send an HTTP request to a reliable website like Google or Cloudflare. pythonCopyEditimport urllib.request def check_internet_urllib(url="https://www.fromdev.com", timeout=5): try: urllib.request.urlopen(url, timeout=timeout) return True except Exception as e: print(f"No internet connection: e") return False # Usage if check_internet_urllib(): print("Online using urllib!") else: print("Offline using urllib!") Pros: Simple to implement. Works across platforms. HTTP requests are firewall-friendly. Cons: Relies on access to a specific server. Doesn’t confirm DNS or low-level connectivity. Can be blocked in restrictive networks. SEO keywords used: Python urllib check internet, check internet connection Python 2. Using the socket Module to Attempt Connection This low-level method tries to open a TCP socket to a known server and port. pythonCopyEditimport socket def check_internet_socket(host="8.8.8.8", port=53, timeout=5): try: socket.setdefaulttimeout(timeout) socket.socket(socket.AF_INET, socket.SOCK_STREAM).connect((host, port)) return True except Exception as e: print(f"No internet connection via socket: e") return False # Usage if check_internet_socket(): print("Online using socket!") else: print("Offline using socket!") Pros: Checks raw connectivity. No DNS lookup required. Cons: Doesn’t confirm internet availability beyond IP reachability. May be blocked by firewalls. SEO keywords used: Python socket check internet, Python check if connected to internet 3. Using the ping3 Library for ICMP Ping The ping3 library offers a Pythonic way to send ICMP pings. bashCopyEditpip install ping3 pythonCopyEditfrom ping3 import ping, verbose_ping def check_internet_ping3(host="fromdev.com"): try: response = ping(host, timeout=2) return response is not None except Exception as e: print(f"Ping failed: e") return False # Usage if check_internet_ping3(): print("Online using ping3!") else: print("Offline using ping3!") Pros: Direct and fast. Works well in scripts. Cons: ICMP packets may require admin/root permissions. Can be blocked on many networks. SEO keywords used: Python ping internet connection, Python detect internet

4. Using Platform-Specific Commands (Caution!) You can use the subprocess module to run OS-level ping commands. This method is less portable and not recommended for cross-platform apps. pythonCopyEditimport subprocess import platform def check_internet_subprocess(): try: param = "-n" if platform.system().lower() == "windows" else "-c" command = ["ping", param, "1", "fromdev.com"] return subprocess.call(command, stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) == 0 except Exception as e: print(f"Subprocess ping failed: e") return False # Usage if check_internet_subprocess(): print("Online using subprocess!") else: print("Offline using subprocess!") Warning: Parsing system output is risky and can expose security vulnerabilities if not handled properly. SEO keywords used: Python internet connectivity test, Python check network status 5. Checking Network Interfaces Using netifaces (Advanced) This method checks if there’s an active network interface, which can be a preliminary check. bashCopyEditpip install netifaces pythonCopyEditimport netifaces def check_active_interface(): interfaces = netifaces.interfaces() for iface in interfaces: addrs = netifaces.ifaddresses(iface) if netifaces.AF_INET in addrs: return True return False # Usage if check_active_interface(): print("Network interface active (not necessarily internet)") else: print("No active network interfaces") Pros: Good for detecting basic network availability. Works even when ICMP/HTTP are blocked. Cons: Doesn’t guarantee internet access. Platform-dependent nuances. SEO keywords used: Python network availability, Python check network interface Error Handling and Best Practices When working with network checks, robust error handling is critical: Use Timeouts Always set timeouts on socket and HTTP operations to avoid hangs. Combine Methods Use both socket and urllib or ping3 for comprehensive checking. Handle Exceptions Gracefully pythonCopyEdittry: # Some network operation pass except (socket.timeout, urllib.error.URLError) as e: print("Handled error:", e) Log Status Log network status changes to aid debugging or monitor service health. Choose Based on Context Use ping3 or socket for background services. Use urllib for web apps or services already relying on HTTP. Avoid subprocess-based checks unless necessary. Avoid Excessive Polling Polling too frequently may drain resources or get your IP blocked. Conclusion There is no one-size-fits-all solution for checking internet connection in Python. Depending on your use case, one or more of the following may be ideal: urllib.request – Quick HTTP-based connectivity test. socket module – Low-level TCP connection check. ping3 – Lightweight and direct ICMP ping. subprocess ping – Legacy method with portability concerns. netifaces – Useful for detecting basic network presence. By combining methods, handling exceptions gracefully, and selecting the right approach for your context, you can build resilient and user-friendly Python applications in 2025 and beyond.

[bc-oliver]

Fix DNS Server Isn’t Responding Error on Windows 10/7 | Quick Solution!