How HTTPS-Only Mode Works in Brave
If you want to secure web traffic in Brave, one of the simplest protections is HTTPS-Only Mode.
This article explains how to enable HTTPS only mode in Brave and what happens when the browser upgrades sites from HTTP to HTTPS.
Brave is built on Chromium, so its HTTPS behavior closely follows modern browser security standards while adding privacy-focused features of its own.
Understanding how this setting works helps you browse more safely without breaking access to most websites.
What HTTPS-Only Mode Does
HTTPS-Only Mode tells Brave to try loading websites over HTTPS instead of HTTP.
HTTPS uses Transport Layer Security (TLS) to encrypt traffic between your browser and the website, which helps protect logins, form submissions, and browsing activity from passive interception.
When the mode is enabled, Brave will automatically attempt to switch a page from an insecure HTTP connection to a secure HTTPS connection.
If a site does not support HTTPS, Brave may warn you before proceeding.
- HTTP sends data in plaintext.
- HTTPS encrypts the connection using TLS.
- Brave can try to upgrade sites to HTTPS automatically.
How to Enable HTTPS Only Mode in Brave
Enabling the setting takes only a few clicks in Brave’s security preferences.
The exact wording may vary slightly by version, but the path is consistent across desktop builds.
- Open Brave.
- Click the menu icon in the top-right corner.
- Open Settings.
- Select Privacy and security.
- Find the Security section.
- Turn on Always use secure connections or the equivalent HTTPS-only option.
Once enabled, Brave will attempt HTTPS upgrades automatically.
If a website only supports HTTP, the browser may show a warning page explaining that the connection is not secure.
What You May See After Turning It On
After you enable the feature, Brave may behave in one of two ways depending on the site:
- Automatic upgrade: Brave loads the HTTPS version if it exists.
- Warning prompt: Brave alerts you if only HTTP is available.
This is useful because many websites now support HTTPS, but some older or misconfigured sites still do not.
The warning gives you a chance to stop and decide whether you trust the site enough to continue.
HTTPS-Only Mode vs. Other Brave Security Settings
Brave includes several protections, and it helps to know what HTTPS-Only Mode does and does not cover.
It improves connection security, but it is not a full replacement for other privacy and safety tools.
How it differs from Shield protections
Brave Shields focuses on blocking trackers, ads, scripts, and fingerprinting attempts.
HTTPS-Only Mode does not block content; it only changes how Brave connects to a website.
How it differs from a VPN
A virtual private network encrypts traffic between your device and the VPN server, while HTTPS encrypts traffic between your browser and the website.
They solve different problems and can be used together.
How it differs from a secure DNS setting
Secure DNS helps protect domain lookups from being read or altered by third parties.
HTTPS-Only Mode protects the actual web connection after the address is resolved.
- Brave Shields: content blocking and privacy protection
- HTTPS-Only Mode: secure web transport
- VPN: network-level tunneling and encryption
- Secure DNS: safer hostname resolution
Why HTTPS-Only Mode Matters
Even though HTTPS is widely adopted, insecure links still appear in search results, bookmarks, internal tools, and older websites.
Enabling HTTPS-only browsing reduces the chance that you will unknowingly connect through an unencrypted channel.
This is especially relevant on public Wi-Fi, corporate networks, and shared environments where traffic can be observed or altered more easily.
While HTTPS is not a substitute for strong passwords or two-factor authentication, it is an important baseline security layer.
When HTTPS-Only Mode Can Cause Problems
There are a few cases where strict HTTPS behavior can make a site harder to use:
- Legacy websites that still do not support HTTPS
- Internal tools hosted on local or private network addresses
- Mixed-content pages that load some resources insecurely
- Misconfigured servers with expired or invalid certificates
If a trusted internal site fails to load, you may need to temporarily allow HTTP access or ask the site administrator to enable a valid TLS certificate.
For public websites, however, it is usually best to keep the protection on.
Best Practices for Using HTTPS in Brave
For most users, the safest approach is to keep HTTPS-only browsing enabled and combine it with other basic security habits.
The goal is to reduce exposure without making normal browsing inconvenient.
- Keep Brave updated to get the latest security fixes.
- Use HTTPS-Only Mode for stronger transport security.
- Leave Brave Shields enabled on most sites.
- Avoid bypassing warnings unless you trust the destination.
- Check the address bar for the secure connection indicator.
Website operators also play a role.
If you manage a site, installing a valid certificate from a trusted certificate authority, enabling automatic HTTP-to-HTTPS redirects, and enforcing HSTS can improve the experience for Brave users and other browsers alike.
Troubleshooting Common Issues
Why does a secure site still show a warning?
Some pages load secure and insecure resources at the same time.
Brave may warn you if a page is partially insecure or if the certificate is not trusted.
In those cases, the issue is usually on the website side rather than in Brave.
Why does a local site stop loading?
Local development servers, routers, printers, and intranet tools often use HTTP only.
If you need to access them, you may need to allow the site temporarily or use a secure setup such as a reverse proxy with HTTPS.
Why is the HTTPS version slower?
Modern TLS overhead is typically small, and secure connections are standard on the modern web.
If a site feels slow, the cause is usually the server, not HTTPS itself.
Who Should Turn It On?
Most users should enable HTTPS-only browsing in Brave, especially if they regularly use public networks, manage sensitive accounts, or want a simple extra layer of protection.
It is one of the easiest browser security settings to turn on and one of the most broadly useful.
Advanced users, IT teams, and developers may want to evaluate it alongside internal systems and staging environments.
Even then, it is often possible to keep the setting enabled while making selective exceptions where needed.