If you’re new to the web development world, you may wonder: “What is SSL?” SSL is a standard protocol for secure communications between web servers and browsers. This protocol is used in many applications but is most commonly associated with HTTPS. Certificate authorities issue SSL certificates (CAs). This process guarantees that information being transferred over a web connection is secure.
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StackPath uses SSL to protect sensitive information.
SSL is a powerful tool to protect sensitive information over the web. In addition to encrypting traffic between websites and web browsers, it also ensures that content and applications are delivered securely. StackPath automatically creates a default SSL certificate when you create a site. This certificate covers the Edge Address associated with the site and allows secure content delivery from CDNs. SSL is also necessary for Static Asset Integration, which requires a secure URL rewriting protocol to serve up content to visitors.
StackPath offers three plans: the basic plan starts at ten dollars a month and provides up to one TB of bandwidth, DDoS protection, and a cache in every PoP. The advanced plan allows you to access 100 TB per month. All plans include free SSL and Cachefly, one of the fastest CDNs in the world.
SSL is a protocol that establishes encrypted and authenticated connections between a web server and a web browser
SSL, or Secure Sockets Layer, is a standard security protocol that establishes encrypted and authenticated links between a web server and a web client. SSL protects sensitive information by preventing unauthorized users from intercepting and viewing it. It is also used to secure email messages, messengers, and VoIP software. SSL was standardized in 1999 by the Internet Engineering Task Force (IETF). It uses two kinds of keys: public and private. The public key establishes the connection, while the private key is used to authenticate the other party.
SSL is the most common type of security protocol. However, HTTP is insecure, making it vulnerable to eavesdropping attacks. In addition, since HTTP sends data in plain text, attackers can view and use sensitive information. By contrast, HTTPS ensures that all data is encrypted and that no one can read or change it.
Certificate authorities issue SSL certificates (CAs)
Certificate Authorities (CAs) issue certificates to websites and other applications to establish a secure connection. These certificates use symmetric encryption to ensure that the data exchanged is private and confidential. First, the CA ensures that the certificate holder is authentic by validating their identity. After this validation process, the CA issues a public key for the certificate. The user uses this public key to decrypt the encryption.
The purpose of a CA is to verify the identity of website owners who apply for SSL certificates. Depending on the level of validation, the CA will display information regarding the website’s owners and management. For example, a DV-level certificate will verify the owner of a domain, while an OV-level certificate will verify the organization’s identity behind a website. These certificates require thorough background checks of both the website owner and the organization.
Web browsers trust them
Browsers use SSL to encrypt traffic between client systems and servers. This ensures that confidential information cannot be intercepted. A trusted SSL certificate comes from an entity known as a certificate authority. Most browsers will automatically trust certificates from well-known certificate authorities. However, the browser may display a security warning if an SSL certificate is self-signed or has been issued by an untrusted CA.
Browser compatibility is an important feature when choosing an SSL certificate. Browser compatibility refers to the number of different browsers that recognize the certificate. The higher the number, the better. This feature will ensure that your site is compatible with major web browsers.
They provide lifetime security.
Using SSL certificates for your website is a great way to ensure that your customers are protected from hacking. Unfortunately, the lifetime of a certificate is not endless. Once it expires, you need to buy a new certificate. This limits thdamageat a mix-issued or stolen key can do.
Aside from protecting the data of your customers, SSL certificates also establish your website’s trustworthiness. Studies show that up to 17% of online shoppers abandon shopping carts due to a lack of trust in websites. SSL certificates help you avoid such a risk and encourage your website visitors to purchase products and services.
A recent example of a significant data breach is the Equifax data breach. This breach affected the personal information of 148 million Americans. This resulted in a global settlement that was worth $425 million. However, the full impact of the breach is not clear.
