What type of attacks does TLS prevent during data transmission?

Transport Layer Security (TLS) is designed primarily to provide secure communication over a computer network and is effective at preventing certain types of attacks that target the confidentiality and integrity of data in transit.

When considering the types of attacks that TLS mitigates, it is particularly robust against man-in-the-middle attacks, which occur when an unauthorized entity intercepts communication between two parties. TLS accomplishes this through encryption, which ensures that only the intended recipients can read the messages being exchanged.

Replay attacks, though, involve an attacker capturing a data transmission and then maliciously re-sending it later to trick the receiver into processing it again. While TLS includes mechanisms that can help to prevent replay attacks, such as using unique session keys and timestamps, it is not the primary focus of TLS to prevent such attacks. Instead, its core purpose revolves around ensuring secure transmission, preventing interception, and maintaining the integrity of the transmitted data.

In contrast, denial of service attacks focus on overwhelming systems to prevent legitimate access, and brute force attacks involve trying multiple passwords to gain unauthorized access to protected resources. These attack types are primarily addressed through different security measures rather than the encryption and secure session management provided by TLS.

Thus, while TLS includes several features that can help mitigate replay attacks