Build trust among users by digitally signing your applications, drivers, and executable files.

What is Code Signing?

Code Signing Certificates provide a trusted digital signature to software applications, ensuring their integrity and authenticity. If you develop software or distribute applications, a Code Signing Certificate is essential to establish trust among users and protect your software from tampering or unauthorized modifications.

With a Code Signing Certificate, you can digitally sign your software using cryptographic technology. This signature acts as a digital stamp, verifying that the code has not been altered since it was signed and confirming the identity of the software publisher. When users encounter your signed application, they can trust that it comes from a verified source and hasn't been compromised.

By using Code Signing, you can mitigate the risks associated with downloading and installing software from unknown or untrusted sources. It helps prevent users from encountering warnings or security alerts when running your application, as the signature validates its authenticity and assures users that it hasn't been tampered with by malicious actors.

Code Signing Certificates offer peace of mind to both software developers and end-users. Developers can protect their intellectual property and maintain the integrity of their code, while users can confidently install and run applications without worrying about malware or unauthorized modifications.

In summary, Code Signing Certificates are crucial for software developers who want to establish trust, protect their applications from tampering, and provide assurance to users. By digitally signing your code, you enhance its integrity, authenticity, and overall security, enabling users to confidently engage with your software.

Frequently Asked Questions

    SSL Certificates are small data files that digitally bind a cryptographic key to an organization’s details. When installed on a web server, it activates the padlock and the https protocol and allows secure connections from a web server to a browser. Typically, SSL is used to secure credit card transactions, data transfer and logins, and more recently is becoming the norm when securing browsing of social media sites. SSL Certificates bind together: # A domain name, server name or hostname. # An organizational identity (i.e. company name) and location. # An organization needs to install the SSL Certificate onto its web server to initiate a secure session with browsers. Once a secure connection is established, all web traffic between the web server and the web browser will be secure. When a certificate is successfully installed on your server, the application protocol (also known as HTTP) will change to HTTPs, where the ‘S’ stands for ‘secure’.

    SSL Certificates use something called public key cryptography. This particular kind of cryptography harnesses the power of two keys which are long strings of randomly generated numbers. One is called a private key and one is called a public key. A public key is known to your server and available in the public domain. It can be used to encrypt any message. If Alice is sending a message to Bob she will lock it with Bob’s public key but the only way it can be decrypted is to unlock it with Bob’s private key. Bob is the only one who has his private key so Bob is the only one who can use this to unlock Alice’s message. If a hacker intercepts the message before Bob unlocks it, all they will get is a cryptographic code that they cannot break, even with the power of a computer. If we look at this in terms of a website, the communication is happening between a website and a server. Your website and server are Alice and Bob.

    SSL Certificates protect your sensitive information such as credit card information, usernames, passwords etc. It also: # Keeps data secure between servers # Increases your Google Rankings # Builds/Enhances customer trust # Improves conversion rates