How to Fix the ERR_CACHE_MISS Error in Google Chrome

Seeing the Fix ERR_CACHE_MISS Chrome message on your screen can be frustrating, especially when you are trying to submit a form, open a website, or continue browsing. The error often appears suddenly and may leave users wondering whether their browser or internet connection is broken.

Fortunately, the issue is usually related to stored browser data, network settings, or extensions. In most cases, you can solve it in a few minutes without advanced technical knowledge. This guide explains the common causes and practical solutions in simple terms.

What Does ERR_CACHE_MISS Mean in Chrome?

Google Chrome stores temporary files, images, and website data in a cache. Think of the cache as a small storage room that helps websites load faster by remembering information from previous visits.

The ERR_CACHE_MISS error appears when Chrome cannot retrieve or verify cached data properly. It often happens when:

• A website requests information that is no longer available in the cache.

• Browser data becomes corrupted.

• Network settings interfere with page loading.

• Extensions block or modify web requests.

• A form submission fails or times out.

Although the message sounds serious, it usually indicates a communication problem between Chrome and the website rather than damage to your computer.

Common Situations Where the Error Appears

You may encounter this error in different scenarios:

• Refreshing an online form after clicking "Submit."

• Returning to a previous page with the browser's Back button.

• Accessing websites after a Chrome update.

• Using shopping carts or payment pages.

• Opening websites while certain extensions are active.

Real-World Example 1

Imagine filling out a job application form. After entering all your details, you press the Back button to review something and suddenly see the ERR_CACHE_MISS message. Chrome may be trying to reload information that is no longer stored correctly.

Real-World Example 2

Suppose you frequently use ad blockers and privacy extensions. One extension blocks a website script that Chrome expects to load from its cache, resulting in the error.

Quick Comparison of Troubleshooting Methods

Solution	Difficulty Level	Time Required	Best For
Reload the page	Easy	1 minute	Temporary glitches
Clear browser cache	Easy	5 minutes	Corrupted browser data
Disable extensions	Easy	5–10 minutes	Extension conflicts
Reset network settings	Medium	10 minutes	Internet-related issues
Reset Chrome settings	Medium	10–15 minutes	Persistent problems

Method 1: Reload the Page

Before trying advanced fixes, refresh the webpage.

You can:

• Press F5.

• Click the refresh icon.

• Press Ctrl + Shift + R for a hard refresh.

A hard refresh forces Chrome to load the latest version of the page instead of relying on stored files.

If the problem disappears, the error was likely caused by outdated cache data.

Method 2: Clear Chrome Cache and Browsing Data

Old or corrupted browser files are among the most common reasons for this issue.

Follow these steps:

1. Open Chrome.

2. Click the three-dot menu in the top-right corner.

3. Select Delete browsing data.

4. Choose Cached images and files.

5. Optionally select cookies and browsing history.

6. Click Delete data.

Restart Chrome and revisit the website.

Users looking for a more detailed walkthrough can refer to this guide on ERR_CACHE_MISS chrome fix , which explains additional troubleshooting steps.

Method 3: Disable Browser Extensions

Extensions improve Chrome's functionality, but some can interfere with website caching and network requests.

Common examples include:

• Ad blockers

• VPN extensions

• Privacy tools

• Download managers

• Security add-ons

To disable extensions:

1. Type chrome://extensions/ in the address bar.

2. Press Enter.

3. Turn off all extensions.

4. Restart Chrome.

5. Test the website again.

If the website works normally, re-enable extensions one by one until you find the problematic one.

Method 4: Reset Chrome Network Settings

Sometimes the issue has nothing to do with the browser cache. Incorrect network settings may interrupt communication between Chrome and websites.

Flush DNS Cache on Windows

1. Open Command Prompt as administrator.

2. Type:

ipconfig /flushdns

3. Press Enter.

You should see a message confirming that the DNS cache has been cleared.

Reset the Network Stack

Run these commands one by one:

netsh winsock reset

netsh int ip reset

Restart your computer after executing the commands.

If you manage websites or frequently troubleshoot browser issues, resources provided by Onlive Server hosting can help you better understand how browsers, servers, and network configurations interact.

Method 5: Disable Cache Temporarily in Chrome Developer Tools

This solution can help determine whether the cache is responsible for the problem.

Follow these steps:

1. Open the affected webpage.

2. Press F12.

3. Open the Network tab.

4. Check Disable cache.

5. Refresh the page.

Keep in mind that this setting only works while Developer Tools remains open.

Method 6: Reset Chrome Settings

If multiple websites display the error, resetting Chrome may help.

To reset Chrome:

1. Open Chrome Settings.

2. Click Reset settings.

3. Select Restore settings to their original defaults.

4. Confirm the reset.

This action removes temporary configurations but keeps bookmarks and saved passwords.

Method 7: Update Google Chrome

Using an outdated browser version can sometimes trigger compatibility problems.

To update Chrome:

1. Open the Chrome menu.

2. Select Help.

3. Click About Google Chrome.

4. Allow Chrome to search for updates.

5. Restart the browser if an update is available.

Regular updates improve security and fix known bugs.

Method 8: Check for Form Submission Issues

The ERR_CACHE_MISS message often appears after submitting forms.

This happens because some websites prevent users from resubmitting the same information accidentally. Chrome then asks for confirmation or fails to retrieve the original data.

To avoid this issue:

• Avoid repeatedly pressing the Back button after submitting forms.

• Save important information before submission.

• Refresh the page before entering data again.

• Open important forms in a new tab.

Why Browser Cache Exists in the First Place

Many users assume cache files are harmful because they occasionally cause errors. In reality, caching improves performance.

Without caching:

• Websites would load more slowly.

• Images would download every time.

• Browsers would use more bandwidth.

• Pages would feel less responsive.

The cache acts like a notebook that helps Chrome remember previously visited content. Problems arise only when stored information becomes outdated or inconsistent.

Common Mistakes to Avoid

While trying to solve the issue, users often make things worse. Avoid these mistakes:

• Clearing passwords without backing them up.

• Installing random "PC repair" software.

• Disabling antivirus programs unnecessarily.

• Resetting the entire operating system before testing simple fixes.

• Ignoring browser updates.

• Using too many extensions at the same time.

Start with basic troubleshooting before moving to advanced solutions.

How to Prevent ERR_CACHE_MISS in the Future

You cannot completely eliminate browser errors, but you can reduce the chances of seeing them again.

Helpful habits include:

• Keep Chrome updated.

• Remove unused extensions.

• Clear cache periodically.

• Avoid force-refreshing forms repeatedly.

• Restart the browser occasionally.

• Use trusted websites and extensions.

Small maintenance steps can prevent many browser-related issues.

FAQs

1. Is ERR_CACHE_MISS caused by a virus?

Usually, no. The error is generally related to browser cache problems, extensions, or network settings rather than malware.

2. Does clearing cache delete passwords?

Not necessarily. Chrome allows you to choose which data to remove. If you select only cached files, your saved passwords remain intact.

3. Why does ERR_CACHE_MISS appear during form submissions?

Many websites block duplicate submissions. When Chrome cannot retrieve the original form data, the error may appear.

4. Can extensions cause the problem?

Yes. Ad blockers, VPNs, privacy tools, and other extensions sometimes interfere with Chrome's caching process.

5. Will resetting Chrome delete bookmarks?

No. Resetting Chrome settings restores defaults but generally keeps bookmarks and saved passwords.

6. Does the error mean the website is down?

Not always. The problem often originates from your browser, cache, or network configuration rather than the website itself.

7. Should I reinstall Chrome?

Reinstalling Chrome should be your last option. Most users can solve the problem by clearing cache, disabling extensions, or resetting settings.

Conclusion

Learning how to Fix ERR_CACHE_MISS Chrome problems does not require advanced technical skills. In most cases, clearing browser data, checking extensions, resetting network settings, or updating Chrome resolves the issue quickly.

Because the error can appear for several different reasons, it is best to try the simplest solutions first and move step by step toward more advanced troubleshooting. For additional resources and browser-related information, you can explore the guides available on Onlive Server's website.

Mastering Linux Permissions: How to Recursively Change Permissions with chmod

A Linux website can stop loading even when every file is still present. Scripts, uploads, or directories may fail because their access rules are incorrect.

The chmod change permissions recursively method updates a directory, its files, and its subdirectories in one operation. It is useful after a migration, backup restoration, or configuration change, but it must be used carefully.

This guide explains Linux permissions, common octal values, and the essential commands for changing them safely.

Linux File Permissions Overview

Linux permissions control who can read, change, or run a file. They also decide who can enter a directory and access the items stored inside it.

Permissions are assigned to three user categories:

• Owner: The user who owns the file or directory

• Group: Users who belong to the assigned group

• Others: Every other user on the system

Each category can receive three types of access:

Permission	Symbol	Value	Purpose
Read	r	4	View a file or list directory contents
Write	w	2	Edit a file or add and remove directory items
Execute	x	1	Run a file or enter a directory

Execute permission runs a script or allows access to a directory. Correct permissions keep applications working without exposing files unnecessarily.

Permission problems are not always caused by chmod alone. The wrong owner, group, or application account can produce the same error, so access should be reviewed as a complete system rather than one number.

Understanding Permission Numbers: 755, 644, 700, and 777

Linux often displays permissions as three-digit numbers. This format is called octal notation.

Each digit is created by adding permission values:

• 4 means read.

• 2 means write.

• 1 means execute.

• 7 means read, write, and execute: 4 + 2 + 1.

• 6 means read and write: 4 + 2.

• 5 means read and execute: 4 + 1.

• 0 means no permission.

The three digits always follow this order:

1. Owner

2. Group

3. Others

For example, 755 gives permission 7 to the owner, 5 to the group, and 5 to others.

Permission 755

755 gives the owner read, write, and execute access. The group and others receive read and execute access.

It is commonly used for website directories because the owner can manage them while the server can read their contents.
Permission 644

644 gives the owner read and write access. The group and others receive read-only access.

It is commonly used for website files such as HTML, CSS, JavaScript, images, and documents.

Permission 700

700 gives the owner full access and blocks the group and others. It may suit private directories, backup folders, personal scripts, or sensitive content available to one account.

Permission 777

777 gives read, write, and execute access to everyone. It may remove an error, but it also gives every user or process broad control, so it is generally unsuitable as a permanent setting.

Permission	Owner	Group	Others	Common Use
755	Full access	Read and execute	Read and execute	Public directories
644	Read and write	Read only	Read only	Regular website files
700	Full access	No access	No access	Private directories
600	Read and write	No access	No access	Private files
777	Full access	Full access	Full access	Generally avoided

These are common starting points. Application requirements, ownership, and server configuration should guide the final choice.

 

What Recursive chmod Means

chmod command changes the permission mode of a Linux file or directory. Without an extra option, it changes only the item named in the command.

The -R option makes the operation recursive. It applies the selected permission to the main directory, its files, all subdirectories, and the files inside them.

The basic format is:

chmod -R permission directory-name

For example:

chmod -R 755 website-folder

This applies 755 to website-folder and everything below it.

Recursive chmod saves time, but it may apply unsuitable access because files and directories often need different permissions.

For more guidance, see recursive chmod directory permissions.

Important Commands and Examples

Check Existing Permissions

Before changing anything, review the current permissions:

ls -l

A typical result may look like this:

-rw-r--r-- index.html

drwxr-xr-x images

The first character identifies the item: - means a file and d means a directory. The remaining characters show permissions for the owner, group, and others.

Apply One Permission Recursively

Use one recursive setting only when every item in the selected directory tree needs the same permission.

chmod -R 700 private-backups

This gives the owner full access and blocks other users. Test the backup process afterwards because another account may lose access.

Set Different Permissions for Files and Directories

For many websites, directories use 755, while regular files use 644. Applying 755 to everything would make ordinary files executable.

A more precise method is:

find website-folder -type d -exec chmod 755 {} \;

find website-folder -type f -exec chmod 644 {} \;

The first command changes directories only. The second changes regular files only.

This approach is often safer, but the values must match the application and server setup.

Practical Website Example

Suppose a migrated website opens, but images, stylesheets, and internal pages return permission errors.

Use ls -l to inspect the directory and confirm that the path contains only the intended project. For a typical structure, set directories to 755 and files to 644 with the two find commands above.

Test pages, uploads, scripts, and administration areas. Users managing an unmanaged Linux VPS are generally responsible for these settings and access controls.

 

 

Best Practices and Common Mistakes

Confirm the Full Directory Path

Recursive commands affect everything below the selected directory. Use a complete path and verify it before running the command.

Review Existing Permissions First

Run ls -l and record the current state. Keep a backup because Linux has no simple undo command for previous permissions.

Avoid Using 777 as a Default Fix

777 may hide the real cause, such as incorrect ownership or one restricted directory. Use the lowest permission that allows the application to work.

Treat Files and Directories Separately

Directories usually need execute permission, while regular files often do not. Avoid applying 755 to every file unless required.

Check Ownership Alongside Permissions

chmod does not change the owner or group. A file may still fail if it belongs to the wrong account, so check ownership too.

Protect Sensitive Files and Test Changes

Configuration files, API keys, and backups may need stricter permissions than public content. After changes, test uploads, scripts, scheduled tasks, backups, and administration areas.

Frequently Asked Questions

What does chmod mean in Linux?

chmod means “change mode.” It changes read, write, and execute permissions for Linux files and directories.

What does the -R option do?

The -R option applies a permission change recursively. It processes the selected directory, its files, and every subdirectory below it.

What is the difference between 755 and 644?

755 includes execute permission, while 644 does not. Directories often use 755, while regular website files commonly use 644.

Is chmod 777 safe?

It is usually unsuitable as a permanent setting because it gives everyone full access. Use a more limited permission whenever possible.

Can recursive chmod be reversed?

There is no automatic command that restores every previous permission. You need a backup, saved permission record, or the application’s recommended defaults.

Conclusion

The chmod change permissions recursively method is useful when a directory tree has incorrect or inconsistent access settings. It can help after a migration, restoration, or deployment, but it should only be applied to a verified path.

Understand what 755, 644, 700, and 777 allow. Check current permissions, separate files from directories when needed, review ownership, and avoid granting broader access than the application requires.

Test the complete website or application after every change. Careful preparation makes recursive chmod a practical Linux administration tool rather than a risky shortcut.