SSL certs hacking

[hivalidity]

Hello community,
I would like to know by getting SSL certs, hackers can compromise your website users data?
Thanks in advance.

[yuva12]

SSL, short for Secure Sockets Layer, is a technology that can encrypt data transferred between end-users and the server. This prevents hackers from being able to access or “eavesdrop” on your activities. ... An SSL certification can ensure that these details cannot be stolen by malicious parties.

[jesica]

SSL encrypts the data sent between the visitor and web server but does not actually protect the website itself from hackers.

[JonosOld]

An SSL certificate is a piece of code on your web server that provides security for online communications. The SSL certificate enables an encrypted connection when a web browser contacts your secure website. It's like sealing a letter in an envelope before mailing it. So this is not enough for a hacker to be able to compromise the user data of your website. For that, a lot of other things are needed. I am a beginner game hacker, and I can say that hacking is very complicated. On GuidedHacking.com (https://guidedhacking.com), you will find a lot of useful information.

[Proptality 1]

Why SSL Certificates Aren't “Hacker Proof” When it comes to protecting your customer's information an SSL certificate plays a crucial role. Encrypting their data in transit can help it from being intercepted by attackers along the way. With that being said, however, this doesn't protect the origin

[Wilsonjacob45]

Hacking SSL certificates refers to the unauthorized acquisition or manipulation of Secure Sockets Layer (SSL) certificates, which are used to establish secure connections between web browsers and servers.

There are various ways in which an attacker can attempt to hack an SSL certificate, such as:

1) Phishing attacks: An attacker may try to trick the certificate owner into giving away the private key of the certificate, which would allow them to impersonate the website and steal sensitive information.

2) Man-in-the-middle (MITM) attacks: An attacker could intercept the communication between the website and the user, allowing them to eavesdrop on the conversation and potentially steal sensitive information.

3) Certificate Authority (CA) compromise: An attacker could compromise a trusted CA, allowing them to issue fake certificates that would appear legitimate to web browsers.

It is important to take precautions to protect against these types of attacks, such as keeping your SSL certificates and private keys secure, using strong passwords, and verifying the authenticity of SSL certificates. Additionally, using SSL certificate pinning, a technique that involves embedding the fingerprint of a trusted certificate into an application, can help protect against MITM attacks.