Comodo’s Positive SSL Certificate is a sort of Domain Validated SSL Certificate. Positive SSL is the ideal option for websites that require only the most basic level of validation and require minimal user information. Licenses an infinite number of servers. SSL encryption of 128/256 bits, which is industry standard.
A Comodo Positive SSL certificate accomplishes two things.
Encryption: It allows a client (web browser) and a webserver to communicate in a secure manner (website). It safeguards communication between people and websites. Without this, any data sent over the internet would be subject to being intercepted, stolen, or modified.
Authentication: Authentication tells a web browser whether or not a site is who it claims to be. What guarantee do you have that your data will be delivered to the intended website’s server and not rerouted to another website when you visit a website? Before providing a certificate to a website, an SSL certificate authority verifies the identity of the server. The applicant must demonstrate that they own the domain and that the public key they provide corresponds to the server on which the website is hosted.
Is Comodo Positive SSL a safe option?
99.9% of browsers recognize and trust Comodo Free SSL as a fully working Digital Certificate. Visitors will notice the golden padlock but will not notice any security warnings.
Is it necessary for us to use positive SSL?
If you’re collecting personal information on your website, you’ll need an SSL certificate. But that isn’t the end of it. Search engines are cracking down on websites that are deemed ‘non-secure.’ Websites without an SSL certificate will appear in users’ browsers as HTTP, while those with encryption will appear as HTTP.
What’s the difference between a Comodo Positive SSL certificate and an Instant SSL certificate?
Let’s take a moment to discuss Comodo Positive SSL and Instant SSL certifications. Many of Comodo’s SSL solutions appear to overlap at first sight. To some extent, this is correct. Every Comodo SSL certificate is designed with a specific application in mind. It’s part of our responsibility to explain the differences to you. Many web hosts provide both Positive SSL and Instant SSL certificates to their customers.
So let’s compare them to see which one is best for your website.
Positive SSL vs. Instant SSL: What’s the Difference?
Let’s start with the similarities between the two certificates, or, to put it another way, let’s look at what you’ll get regardless of your choice.
To begin, both the Comodo Positive SSL and the Instant SSL will assist you in establishing connection security, allowing you to offer your website via HTTPS. Regardless of the certificate, any data exchanged between your website and its visitors will be protected by industry-standard encryption. Furthermore, these certificates may authenticate the server for which they were issued, allowing your website to avoid those pesky browser warnings.
A single domain version and a wildcard SSL version are available for both items.
Differences between Positive SSL and Instant SSL
The most significant distinction between the two certificates is the validation process. We’re only comparing the baseline single domain certificates from both Comodo lines for the sake of this study.
Instant SSL certificates are validated by the organization: Instant SSL is an organization validated, which means it authenticates not just your server but also the registration information for your company or organization.
Domain validation is performed on positive SSL certificates: A Positive SSL certificate is a domain-validated certificate that can be issued in as little as 5 minutes.
What Process Does an SSL Certificate Use to Assign Keys?
It’s a one-time operation to create a unique set of public and private keys for your domain name.
- When you purchase an SSL certificate for your domain, you must first run a certificate signing request (CSR) on your server to generate the public key and private key for your website.
- You will be asked to verify your domain ownership by the CA. If you purchased an OV or EV certificate, the verification procedure will take longer, anything from 1 to 5 days.
- The CA connects your public key to the hostname, i.e., your domain name or IP address, with the SSL certificate after successful verification.
- The final certificate is signed by the CA’s root certificate’s private keys, and there is a chain of intermediate root certificates.
- Root certificates are pre-installed in all browsers’ root stores.