Let’s Encrypt certificate
- ✔ Provided on Morvanet services
- ✔ Issued during business hours
- ✔ Compatible with all domains
- ✔ Suitable for small websites
SSL, or Secure Sockets Layer, is a security protocol used to establish a secure connection between users and websites. It encrypts the information exchanged between the user and the website to prevent unauthorized access to it.
When a user accesses a website that uses SSL, unauthorized access to the information in transit is practically impossible because it is encrypted.
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An SSL certificate acts as third-party confirmation of a website’s security. It verifies the strength of the secure-layer encryption when a user connects to the site. An SSL certificate and its validation are an essential part of any business website’s security. SSL certificates provide different levels of security, and depending on the level of protection and security features your website and its users need, you can buy one of the SSL packages from our website.
A Wildcard SSL certificate is a type of SSL certificate issued for use on the various subdomains of a main domain. With a single Wildcard SSL certificate, you can secure all subdomains of a domain without buying and installing a new certificate for each one. Using a Wildcard SSL certificate can speed up securing your website and reduce the cost of buying and installing separate certificates for each subdomain.
A DV SSL certificate is a type of SSL certificate that verifies only domain ownership. DV stands for Domain Validation, and this type of certificate only confirms that the person or organization requesting it controls the domain. A DV SSL certificate is suitable for small websites and personal projects that need to protect their users’ information. Because issuance is simple and fast and the cost is lower than for other certificates, it suits cases that do not require a high level of assurance.
Let's Encrypt is a free, open-source SSL certificate service run by the nonprofit Let's Encrypt organization. It lets websites enable secure HTTPS connections automatically and at no cost. A Let's Encrypt certificate is a type of DV SSL certificate that verifies domain control. With this service, you can easily and automatically obtain a free SSL certificate for your website and use secure HTTPS connections to protect your users’ information. Let's Encrypt is known as a popular and trusted source of free SSL certificates, and many websites and web applications use it to enable HTTPS.
Start by buying the SSL certificate that suits your needs. Choose from the three types listed above.
After purchase, the SSL certificate is activated in your client area account.
After approval and issuance, you will receive instructions on how to install the SSL certificate.
You can manage your SSL certificates, including renewal and reissuance, in your account area.
When you buy an SSL certificate from Morvanet, you get premium, affordable security. Whatever type of website you have, you will find a competitive price for an SSL certificate for your digital project or business website at Morvanet.
Once your SSL certificate is purchased, the next step is to generate a CSR code on the server where your website is hosted. It is also important to use a web host that supports third-party SSL certificates, but if you are a Morvanet hosting customer, this has already been taken care of.
The free version of SSL shares certificates among several customer domains. Morvanet also offers custom SSL certificates for enterprise customers. To get a free SSL certificate, domain owners must register with Morvanet, choose an SSL package and complete its setup.
When a user connects to a website over SSL, a “handshake” process first takes place between the user’s browser and the website’s server. During this process, the browser asks the server for its SSL certificate in order to verify the server’s identity and security. Once the server is verified, a public key and a private key are generated for both sides. These keys are used to encrypt and decrypt data. Data is encrypted with the server’s public key, sent to the server, and decrypted with the server’s private key. This protects the privacy and security of users’ data and limits any attempt at unauthorized access to information.