HestiaCP vs aaPanel and CyberPanel: Resource and Feature Comparison

Management approaches and service availability

HestiaCP manages websites, databases, email, DNS, and backups through a single interface. It uses Exim for mail transfer and Dovecot for IMAP/POP3 access. Administrators can create mail domains, mailboxes, and aliases directly from the panel. It also supports the creation of DNS zones and nameservers with DNSSEC. For users with multiple clients, HestiaCP creates separate users and assigns hosting packages with limits for storage, bandwidth, domains, and backups. Users can send these backups to remote storage using SFTP, FTP, Rclone, or local storage, and they can use Restic for incremental backups. HestiaCP has NGINX with Apache or NGINX without Apache. Using NGINX as a reverse proxy in front of Apache helps if a site uses .htaccess files for rewrite rules. It also allows for the management of MariaDB, MySQL, and PostgreSQL. HestiaCP lets administrators manage multiple domains and quickly install WordPress, Laravel, Drupal, and Joomla.

CyberPanel takes a different approach by focusing on web applications and leaving email and DNS to external services. CyberPanel uses OpenLiteSpeed, which provides page load speeds up to 50% faster than Apache through its LiteSpeed Cache. I find the HestiaCP interface easier to scan than cPanel because it lacks the crowded menu of features that cPanel presents. aaPanel provides an open source platform that allows for the management of services through a dashboard. The developers suggest that users change the default ports for services like phpmyadmin or redis to avoid targeted scanning.

Hardware requirements and resource limits

Server requirements vary based on active sites and traffic. HestiaCP requires 1 CPU core, 1 GB of RAM, and 10 GB of disk space, though the 1 GB RAM minimum applies if the administrator does not install SpamAssassin or ClamAV. CloudPanel requires 1 CPU core, 2 GB of RAM, and 10 GB of disk space. If you decide to host fifty WordPress websites that run at 50% capacity simultaneously, I recommend you provision a server with at least 8 GB of RAM and 3 to 4 CPU cores for CyberPanel.

CyberPanel lets users set limits on CPU usage, memory, disk I/O speed, and IOPS. It also lets administrators restrict the upload and download speed for a website user. I have seen users run two WordPress sites with 1 GB of RAM and 1 CPU core if they use Cloudflare and the LiteSpeed plugin. aaPanel service permissions default to localhost or 127.0.0.1 except for ports 80, 443, and 8888.

Workload specialization and security

CloudPanel simplifies hosting Node.js, Python, and static HTML sites because it provides dedicated site types for these workloads. Users can select the Node.js version and specify the application port directly. CloudPanel also provides a Reverse Proxy site type for applications running on another local port. HestiaCP can still host these applications, but administrators must perform more manual configuration with NGINX templates or custom settings. I find the HestiaCP Quick Install App system useful for setting up WordPress, Laravel, and Joomla quickly. For WordPress hosting, CloudPanel supports Varnish caching, while Redis can be used for suitable application or object-caching workloads. CloudPanel supports multiple operating systems including CentOS, Ubuntu, and AlmaLinux, and it includes Docker Manager and Git Integration for developers. CloudPanel provides editable NGINX vhost settings for when custom rules are needed. If a site uses .htaccess files, HestiaCP provides an NGINX and Apache stack that makes migration easier.

How would the resource needs change if you switched from PHP to a heavy Python application? I choose HestiaCP for a complete hosting environment because it manages the full stack without extra licensing costs.