Mail Server on Ubuntu with Postfix Dovecot MariaDB -Part 7 - Install and Configure DKIM with Postfix
#mailserver #postfix #dovecot #webmail #roundcubewebmail #dkim
Mail Server on Ubuntu with Postfix Dovecot MariaDB - Part 7 - Install and Configure DKIM with Postfix
📌 Code in this video : https://drive.google.com/drive/folder...
📌 In this series : Mail Server on Ubuntu with Postfix Dovecot MariaDB/MySQL
✔ Database Name : maildb
✔ Database User : mailuser
✔ Database Password : mailPWD
👉 Part 1 : Create Essential Records for Mail Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 2 : Create Database for Mail Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 3 : Install and Configure Postfix Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 4 : Install and Configre Dovecot Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 5 : Install and Configure SSL/TLS secure for Mail Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 6 : Install and Configure RoundCube WebMail : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 7 : Install and Configure OpenDKIM for Mail Server : • Mail Server on Ubuntu with Postfix Dovecot...
👉 Part 8 : Install and Integrate SpamAssassin in Postfix : • Mail Server with Postfix Dovecot MariaDB -...
👉 Part 9 : Install and Integrate Amavisd in Postfix : updating
👉 Part 10 : Monitoring Mail Server with MailGraph : updating
👉 Part 11 : How to Block Attach File in Postfix : updating
📌 Other tutorials :
👉 How to Install LAMP on Ubuntu : • How to Install LAMP ( Apache2 MariaDB10 PH...
👉 How to Install Let's Encrytion on Ubuntu with LAMP : • How to Install Secure Apache with Let's En...
👉 How to Change Hostname on Ubuntu Debian CentOS RHEL Linux Desktop/Server : • How to Change Hostname on Ubuntu Debian Ce...
📌 About DKIM
DKIM is an Internet Standard that enables a person or organisation to associate a domain name with an email message. This, in effect, serves as a method of claiming responsibility for a message. At its core, DKIM is powered by asymmetric cryptography. The sender’s Mail Transfer Agent (MTA) signs every outgoing message with a private key. The recipient retrieves the public key from the sender’s DNS records and verifies if the message body and some of the header fields were not altered since the message signing took place.