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HTTPS at Google

HTTPS is a mechanism that allows your browser or app to securely connect with a website. HTTPS is one of the measures to help keep your browsing safe and secure, which is important when you are doing things like logging into your bank's website or submitting your credit card information to an online store. HTTPS relies on encryption—SSL or TLS—to secure the connection. These web connections protect against eavesdroppers, man-in-the-middle attacks, and hijackers who attempt to spoof a trusted website. In other words, it thwarts interception of your information and ensures the integrity of information that you send and receive.

Google has been working hard toward our objective of achieving 100% encryption across our products and services. The graphs below show how we're doing. For more details on the data, please visit our FAQ.

#movingtoHTTPS

|Transparency Report | HTTPS at Google

  • Across Google
  • By Product
  • By Country
  • By Device
  • Obstacles

Across Google

This chart represents the percentage of requests to Google's servers that used encrypted connections.

This is an approximate number that represents most of Google traffic.

By Product

This is an approximate number that represents most of Google traffic for the given product.

We are working to implement HTTPS across all of our products. In March 2014, we announced the use of HTTPS-only for Gmail. We continue to work through the technical barriers that make it more difficult to support encryption on some of our products.

By Country

Encrypted traffic varies by country. This chart represents the top 10 countries by percent of traffic that Google receives. The variation between countries is due to a variety of factors, including the types of devices in use in that country, as well as the availability of software that can support modern TLS.

 

By Device

Some older devices cannot support modern encryption, standards or protocols. The vast majority of unencrypted end user traffic originating from a set of surveyed Google services comes from mobile devices. Unfortunately, these devices may no longer be updated and may never support encryption.

 

Unencrypted user traffic by device type

Obstacles

Several technical and political challenges stand in the way of attaining full traffic encryption:

  • Older hardware and software do not support modern encryption technologies.
  • Certain countries and organizations block or otherwise degrade HTTPS traffic.
  • Some organizations do not have the desire or technical resources to implement HTTPS.
  • Certificate management can be challenging for products like Blogger, where a user's non-Google domain can be used.
 

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