Solve the errors logged to the console
If there are error warnings about your website within the console offered by the browser, you need to follow a few basic steps to resolve them.
Browse practical SEO tasks for fixing technical SEO, website audit, page speed, accessibility, and monitoring issues.
If there are error warnings about your website within the console offered by the browser, you need to follow a few basic steps to resolve them.
Are you encountering the title meta tag not found the issue? You can solve it right away! Here are the causes and importance of the problem in detail.
Do you see a warning that your sitemap.xml files have some format errors? There are some easy ways to fix the problem!
If you are encountering the Robots.txt not found error, you can create your file immediately by paying attention to the steps below. Discover the details now!
Have the same problem with crawlability issues? Let’s see what you can do for your website to be indexed. Here are the ways and solutions!
Are you getting a meta description not found a warning about your web page? Let's figure it out! Why is meta description important, how to pass the audit? Examine!
A low text-to-HTML ratio is a diagnostic clue, not a direct ranking factor. Learn when it matters and how to improve thin content or excessive markup.
Are you getting an error saying the H1 tag not found on your website? Solve the problem now with Screpy! Let’s see how to pass the H1 not found audit.
Are you getting canonical unsuccessful status code on your web page? Let's examine what this means and how it can be solved!
Did you receive a canonical link not found an error? Let's examine in detail how we can fix the 404 error you get and what does it mean.
Did you receive a warning about broken canonical links? Let’s see what does it mean and how to fix it step by step!
Read on to review the working principle of Speed Index, one of Google Lighthouse's most important metrics, and ways to improve it!
Did you know that CSS files are often larger than necessary? To reduce bytes usage, you can minify them and improve web page performance.
Optimizing the sizes of images on your website can increase their loading speed by minimizing the space they take up.
In order for your website to work properly, you need to get rid of URLs that hamper the rendering process. Here are a few tips for you!
Ship minified production JavaScript to reduce transfer size and parsing work while preserving source maps for debugging.
Find JavaScript that is downloaded but not needed during page load, then reduce bundles and third-party code safely with measured changes.
Resize, compress, and responsively deliver images to reduce transfer size without sacrificing necessary visual quality.
Storage of the text-based contents with compression will save your Kib and make the user be more satisfied with the web page experience. Here are the details!
You should remove CSS that is not critical for your web page in order to optimize the page’s loading speed and end-user’s experience.
Use AVIF or WebP when they materially reduce file size, with appropriate fallbacks and responsive image delivery.
Inform the browser about your intention using preconnect or preload. See which one to use and the steps to use them. Here are the details!
Learn how to increase the performance of your web page by converting your GIF files into video formats. Here are the ways and tips!
Link directly to canonical destination URLs and collapse redirect chains to improve crawling, reliability, and page speed.
See what is enormous network payload and how to minimize it! Having a much more speed web page can maximize the user experience of the visitor!
In order for your browser to run your site faster, you need to inform it about the files on your page that need to be run. Here are the details!
Decreasing your server response time is not that hard. Here are the tricks and tips to do that. Read the rest of the content!
Caching users' site experiences and providing them with this recorded data on their next visit will increase the loading speed of the page.
The fact that web pages have elements that prevent them from reaching search engine results pages also prevents indexing. Check here to fix this problem!
Increase small body and control text and preserve responsive scaling so users can read content without excessive zoom.
To maximize the user experience and increase your SEO score, it is extremely important that the images on your web page are responsive. Here are some methods!
Keep ul and ol children structurally valid so assistive technologies can announce list boundaries and item counts correctly.
The fact that a text is completely invisible during the Webfont loading process can be described as a serious UX problem. Here is the key to solving this.
document.write is deprecated, parser-dependent, and potentially unsafe. Replace it with explicit DOM APIs or modern script loading patterns.
Add width=device-width and an initial scale so responsive pages use the device viewport instead of a desktop layout viewport.
Having the HTTP status code set correctly for the web page is extremely important for search engines to index the page. Here are the details!
It is important that the link texts on the web page are properly organized and semantically compatible with the link. Here are the details!
Increase the size or spacing of interactive targets so touch and motor-impaired users can activate the intended control reliably.
Reproducing the web page actions specified for the buttons on the keyboard may cause users to experience unwanted results and decrease the UX score.
The buttons that do not have accessible names cause problems for users to understand and interpret themselves. Let's find out how to fix them!
Provide a reliable way for keyboard and assistive-technology users to bypass repeated navigation and reach main content.
Want to explore what is First Contentful Paint and what does it measure? Let’s see details about the metrics and see how to increase the score!
Place definition terms and descriptions directly inside a dl element so content structure is valid and understandable.
Give active and focusable elements unique IDs so labels, fragments, scripts, and assistive technologies target the correct control.
Give every ARIA-referenced element a unique ID so assistive technologies resolve labels and descriptions correctly.
Ensure each form control has one clear accessible name and that any additional instructions are connected as descriptions.
Add a concise title to each frame or iframe so assistive-technology users can identify its purpose before entering it.
Use a logical H1-H6 hierarchy so people and assistive technology can understand page structure. Learn how to find and fix skipped heading levels.
Declare the page’s primary language on the html element so browsers and assistive technologies pronounce content correctly.
Replace invalid html lang values with valid BCP 47 language tags that match the page’s primary language.
Give every input type=image a concise alt value that describes the button’s action.
The absence of alternative text explaining the purpose and nature of the image you share as content on your website is a problem for your site. Fix it!
Add explicit, visible labels to form controls so their purpose is clear to screen-reader and voice-input users.
Remove viewport settings that disable or severely restrict zoom so users can enlarge content when needed.
Give embedded object content an accessible name and a useful fallback when the resource cannot be rendered.
Positive tabindex values create fragile keyboard order. Use native controls, DOM order, tabindex 0, and tabindex -1 correctly.
Make every headers attribute reference existing header-cell IDs in the same table.
Give every data cell the correct row and column header relationship so complex tables are understandable non-visually.
HTTPS ensures maximum security of communication between your website and the users. Not using it can be a serious problem. Here are the steps for the solution!
Prevent newly opened pages from controlling the original tab, and use noreferrer only when suppressing referrer data is intentional.
Request location only after a user starts a location-dependent task and understands why access is needed.
Ask for notification permission only after a clear user action and after explaining the value of enabling it.
Identify outdated client-side dependencies with known vulnerabilities and upgrade, replace, or remove them safely.
Your page may prevent users from pasting their passwords into the relevant fields. This actually restricts security improvement. Let's see how to fix this problem!
Place the HTML5 doctype at the start of every document so browsers render pages in standards mode.
If the characters of these bytes are not specified, the browser may not be able to identify your website, because it cannot be sure which character represent which byte.
In the current SEO world, Application Cache is no longer used. Therefore, it is extremely important to detect AppCache usage on your website and remove it.
Inventory JavaScript libraries loaded by a page so you can remove unused, duplicated, outdated, or unexpectedly large dependencies.
Identify deprecated web APIs and migrate to supported alternatives before browsers restrict or remove old behavior.
Background and foreground color contrast problems on your site can prevent optimal UX. Explore the ways to solve these problems with the help of Screpy.
Statements made by Google underline one point: Document Object Model AKA web page should not be on excessive size.
To improve the browsing quality of a website, you should improve scrolling performance. The right method is to transform event listeners into passive ones.
Fix images displayed at the wrong proportions, reserve layout space, and use responsive CSS without stretching visual content.