Letsencrypt-win-simple review existed certificate
Amazon Lightsail makes it easy to secure your websites and applications with SSL/TLS using Lightsail load balancers. However, using a Lightsail load balancer might not generally be the right choice. Perhaps your site doesn't need the scalability or fault tolerance that load balancers provide, or maybe you're optimizing for cost. In the latter case, you might consider using Let's Encrypt to obtain a free SSL certificate. If so, that's no problem. You can integrate those certificates with Lightsail instances. Show
In the latter case, you might consider using Let's Encrypt to obtain a free SSL certificate. If so, that's no problem. You can integrate those certificates with Lightsail instances. This tutorial shows you how to request a Let’s Encrypt wildcard certificate using Certbot, and integrate it with your WordPress instance using the Really Simple SSL plugin. Important The steps outlined in this tutorial show you how to implement an SSL/TLS certificate using a manual process. However, Bitnami offers a more automated process that uses the Bitnami HTTPS configuration ( Contents Before getting startedYou should consider the following before getting started with this tutorial: Use the Bitnami HTTPS configuration (
The steps outlined in this tutorial show you how to implement an SSL/TLS certificate using a manual process. However, Bitnami offers a more automated process that uses the Bitnami HTTPS configuration (
4 tool became available. For more information about using the
4 tool, see Enabling HTTPS on your WordPress instance in Amazon Lightsail. Identify the Linux distribution of your WordPress instance The Linux distribution used by Bitnami instances changed from Ubuntu to Debian in July, 2020. All Bitnami blueprint instances created after the change use the Debian Linux distribution. Instances created before the change will continue to use the Ubuntu Linux distribution. Because of this change, some of the steps in this tutorial will differ depending on the Linux distribution of your instance. You must identify the Linux distribution of your instance so that you know which steps in this tutorial to use. To identify the Linux distribution of your instance, run the
7command. The response will show either Ubuntu or Debian as your instance's Linux distribution. Identify the tutorial approach that applies to your instance Bitnami is in the process of modifying the file structure for many of their stacks. The file paths in this tutorial may change depending on whether your Bitnami stack uses native Linux system packages (Approach A), or if it is a self-contained installation (Approach B). To identify your Bitnami installation type and which approach to follow, run the following command:
4 Step 1: Complete the prerequisitesComplete the following prerequisites if you haven’t already done so:
After you've completed the prerequisites, continue to the of this tutorial. Step 2: Install Certbot on your Lightsail instanceCertbot is a client used to request a certificate from Let’s Encrypt and deploy it to a web server. Let's Encrypt uses the ACME protocol to issue certificates, and Certbot is an ACME-enabled client that interacts with Let's Encrypt. To install Certbot on your Lightsail instance
If you encounter a 5 error when running the 6 command, please wait approximately 15 minutes and try again. This error may be caused by a cron job that is using the Apt package management tool to install unattended upgrades.
Step 5 applies only to instances that use the Ubuntu Linux distribution. Skip this step if your instance uses the Debian Linux distribution.
Step 3: Request a Let’s Encrypt SSL wildcard certificateBegin the process of requesting a certificate from Let’s Encrypt. Using Certbot, request a wildcard certificate, which lets you use a single certificate for a domain and its subdomains. For example, a single wildcard certificate works for the
7 top-level domain, and the
8, and
9 subdomains. To request a Let’s Encrypt SSL wildcard certificate
Let's Encrypt may provide a single or multiple TXT records that you must use for verification. In this example, we were provided with two TXT records to use for verification.
Step 4: Add TXT records to your domain’s DNS zone in LightsailAdding a TXT record to your domain’s DNS zone verifies that you own the domain. For demonstration purposes, we use the Lightsail DNS zone. However, the steps might be similar for other DNS zones typically hosted by domain registrars. Note To learn more about how to create a Lightsail DNS zone for your domain, see Creating a DNS zone to manage your domain’s DNS records in Lightsail. To add TXT records to your domain’s DNS zone in Lightsail
The Lightsail console pre-populates the apex portion of your domain. For example, if you want to add the 1 subdomain, then you only have to enter 2 into the text box, and Lightsail adds the 3 portion for you when you save the record.
Step 5: Confirm that the TXT records have propagatedUse the MxToolbox utility to confirm that the TXT records have propagated to the Internet’s DNS. DNS record propagation might take a while depending on your DNS hosting provider, and the configured time to live (TTL) for your DNS records. It is important that you complete this step, and confirm that your TXT records have propagated, before continuing your Certbot certificate request. Otherwise, your certificate request fails. To confirm the TXT records have propagated to the Internet’s DNS
Step 6: Complete the Let’s Encrypt SSL certificate requestGo back to the Lightsail browser-based SSH session for your WordPress instance and complete the Let’s Encrypt certificate request. Certbot saves your SSL certificate, chain, and key files to a specific directory on your WordPress instance. To complete the Let’s Encrypt SSL certificate request
Step 7: Create links to the Let’s Encrypt certificate files in the Apache server directoryCreate links to the Let’s Encrypt SSL certificate files in the Apache server directory on your WordPress instance. Also, back up your existing certificates, in case you need them later. To create links to the Let’s Encrypt certificate files in the Apache server directory
Step 8: Integrate the SSL certificate with your WordPress site using the Really Simple SSL plug-inInstall the Really Simple SSL plug-in to your WordPress site, and use it to integrate the SSL certificate. Really Simple SSL also configures HTTP to HTTPS redirection to ensure that users who visit your site are always on the HTTPS connection. To integrate the SSL certificate with your WordPress site using the Really Simple SSL plug-in
For more information, see Getting the application user name and password for your Bitnami instance in Amazon Lightsail.
Step 9: Renew the Let's Encrypt certificates every 90 daysLet’s Encrypt certificates are valid for 90 days. Certificates can be renewed 30 days before they expire. To renew the Let's Encrypt certificates, run the original command used to obtain them. Repeat the steps in the section of this tutorial. Is Let's Encrypt legit?It's secure – Let's Encrypt serves as a platform for implementing modern security techniques and best practices. Why not to use letsencrypt?Having a secure connection to a website does not make that site trustworthy. It doesn't mean you can use it safely. As a further concern, little protection preventing distributors of malware from making use of Let's Encrypt exists. Malware distributors have already taken advantage of this. Why does Letsencrypt exist?Let's Encrypt is a nonprofit, our mission is to create a more secure and privacy-respecting Web by promoting the widespread adoption of HTTPS. Our services are free and easy to use so that every website can deploy HTTPS. Is Win Acme legit?It's open source (GitHub - win-acme/win-acme: A simple ACME client for Windows (for use with Let's Encrypt et al.)) so assuming you trust the party which build the software and you've verified the code to be safe, you should be good. |