⚡ Networking in South Africa

Networking technologies are protocols, standards, and mechanisms that enable the secure and reliable delivery of web content, manage data exchange between clients and servers, enforce security policies, and optimize connection performance.

South Africa is an African country with a population of over 60 million people.

According to our data, networking technologies are used on 89.4% of websites from South Africa.

⭐ Most Popular in 2026

The following chart shows the top networking technologies in South Africa in 2026, based on market share.

The most popular is TLS with an impressive share of 78.9%, followed by HTTP 2+ with 69.5% and Cookies with 30.7%.

✨ Best Networking Technologies

Below is a more detailed list of 9 networking technologies used on sites from South Africa, ranked by their market share.

RankNameMarket share
1
TLS
Fremont, California, United States

A cryptographic protocol that provides end-to-end encryption of data transmitted over the Internet, ensuring confidentiality, integrity, and authentication between communicating systems.

2
HTTP 2+
Fremont, California, United States

An application-layer protocol used to transfer resources such as HTML documents, images, and other web content, forming the foundation of data communication in web browsers.

3
Cookies
Fremont, California, United States

Small pieces of data that a website stores in a visitor's web browser to preserve information between page requests and browsing sessions.

4
HSTS
Fremont, California, United States

A web security mechanism that ensures a user's browser always connects to a website using HTTPS, preventing insecure HTTP access.

5
♯ ETag
Fremont, California, United States

An identifier for a specific version of a resource that is used for cache validation.

6
CSP
Cambridge, Massachusetts, United States

The Content-Security-Policy HTTP response header and meta tag are used to control what resources a given page can load.

7
↪ Redirect

Cross-domain redirection that sends visitors to a different domain.

8
QUIC
Fremont, California, United States

A transport layer network protocol built on UDP that provides encrypted, low-latency data transfer, underpins HTTP 2+, and was originally developed by Google.

9
CORS
Cambridge, Massachusetts, United States

An HTTP header-based mechanism used to safely bypass same-origin policy and allow requests to other domains.

👉 See Also

🗃️ About This Data