- 2 GB RAM
- 20 GB storage
- 1 CPU
- RHEL/CentOS 7.4+
- Best with Linode, DigitalOcean, Vultr, AWS, or CloudFlare for DNS
- Containers are not supported (Virtuozzo, OpenVZ)
Install the bootstrap utility. This can be downloaded from the GitHub repository.
curl https://raw.githubusercontent.com/apisnetworks/apnscp-bootstrapper/master/bootstrap.sh | bash
This arms ApisCP with a 15 day license (60 day for development releases). If you have purchased a license via my.apiscp.com, then the license may be provided at install by providing the token:
curl https://raw.githubusercontent.com/apisnetworks/apnscp-bootstrapper/master/bootstrap.sh | bash -s - <api token>
Before the bootstrap utility kicks off stage 2, you are given an opportunity to pause to edit variables. This is optional, but will allow you to immediately configure SSL. These values can be changed later with
scope:set in the panel.
# Server provision
Bootstrapper is an idempotent tool to continuously update and correct your server. If things drift, Bootstrapper is designed to provide the minimal set of enforcing changes to make your server work. You will always have free rein of your server as long as it doesn't impede upon the responsibility of ApisCP.
Bootstrapping takes between 60 - 120 minutes depending upon provider capacity. Generally lower figures indicate a less oversold provider, but times can change as clients are housed on the server. Once installed, be sure to log out of the server and log back in or load a new shell with the correct ApisCP environment,
exec $SHELL -i
# Recommended configuration settings
Bootstrapper can run without any changes to
/root/apnscp-vars.yml. The following changes are recommended to make setup seamless. These settings are configured when the bootstrap utility pauses:
- apnscp_admin_email: (email address) used to set the admin contact. Notified when ApisCP is installed (FQDN required) as well as monthly maintenance notifications. This email address is also used as your Let's Encrypt admin contact.
- ssl_hostnames: (list or string) hostnames that resolve to this server that should be considered for Let's Encrypt SSL issuance.
# Optional settings
- has_low_memory: (true/false) disables auxiliary services for 2 GB instances. See low-memory mode below.
- user_daemons: (true/false) opens up ports 40000-49999/tcp + udp on the server for accounts that want to run a service. If you're running strictly PHP/Node/Python/Ruby services, turn this off for added security.
- mail_enabled: (true/false) if using GMail or a third-party email provider disables IMAP/POP3 + ESMTPA. Mail can still originate from the server (PHP mail()), but blocks ingress.
- passenger_enabled: (true/false) disable building Passenger + accompanying Ruby/Python interpreters if running a purely PHP mix. Node/npm/yarn is still available, but can't serve websites.
- mysqld_per_account_innodb: (true/false) places tables + data in an aggregate InnoDB pool for higher performance or per account for resource enforcement. An account over quota can cause a cyclic crash in MySQL/MariaDB 5.0+ on recovery. You have been warned. Ensure Argos is setup if enabled.
- data_center_mode: (true/false) ensure all resources that ApisCP can account for are accounted. Also enables the pernicious bastard
# Setting FQDN for SSL/Email
All servers should have a fully-qualified domain name (FQDN). Failure to have one will cause email to fail, including the installation notice. Moreover, Let's Encrypt will fail issuance. A FQDN must at least contain 1 dot:
- ✅ apiscp.com
- ✅ cdn.bootstrap.org
- ✅ x.y.z.abc.co.uk
- ❌ centos-s-1vcpu-2gb-nyc1-01 (no period/dot)
Set your hostname with,
hostnamectl set-hostname MYHOSTNAME
Where MYHOSTNAME is your hostname for the machine. For consistency reasons, it is required that this hostname resolves to the IP address of the machine and vice-versa with FCrDNS. Check with your DNS provider to establish this relationship.
Once ApisCP is setup it can be reconfigured anytime with,
cpcmd scope:set net.hostname MYHOSTNAME
SSL will automatically reissue as well as impacted services restart.
# Low-memory mode
ApisCP is designed to work on 2 GB+ machines, but can work on 1 GB machines with minor finagling. Enabling
has_low_memory scrubs non-essential services. It converts the job daemon to a single worker; disables Passenger, including support for Python, Ruby, Node, and Meteor applications; and removes vscanner, which is a combination of mod_security + ClamAV to scrub uploads. This frees up ~700 MB of memory.
If no mail services are required, setting
mail_enabled to false also disables Dovecot and haproxy freeing up an additional 60 MB. Setting
rspamd_enabled to false (policy milter, outbound spam filtering, DKIM/ARC signing) will free a further 125 MB if rspamd is used for mail filtering (see
ftp_enabled=false disables vsftpd, which may modestly reduce memory pressure. WordPress, when configured in this manner, will require SFTP to manage files. Low-memory mode disables PHP-FPM by default, which improves memory usage at the consequence of higher latency and reduced security through global filesystem visibility beyond open_basedir limits.
On a 1 GB machine, disabling all non-essential services, ~500 MB is usable with the following provisioning snippet:
curl https://raw.githubusercontent.com/apisnetworks/apnscp-bootstrapper/master/bootstrap.sh | bash -s - -s use_robust_dns='true' -s dns_default_provider='null' -s has_low_memory='true' -s passenger_enabled='false' -s mail_enabled='false' -s ftp_enabled='false'
# Headless mode
ApisCP can run in headless mode, that is to say without a front-end UI. This can further save on memory requirements and keep your site secure.
panel_headless to true to activate headless mode. In headless mode, you are limited to CLI helpers -
DeleteDomain. Fear not though! Anything that can be done through the panel can be done from CLI as the API is 100% reflected.
This mode can be quickly toggled after setup using a configuration scope:
cpcmd scope:set cp.headless true.
# Provisioning failures
Bootstrapper will continuously retry in the event of failure, pulling down updated code from ApisCP's repository before each attempt.
In the event of failure, Bootstrapper automatic retries may be stopped restarting instead from the command-line,
systemctl disable bootstrapper-resume cd /usr/local/apnscp/resources/playbooks ansible-playbook bootstrap.yml
# Examining the log
Installation is logged to
/root/apnscp-bootstrapper.log. In the event of a failure, the last 20 lines are sufficient to determine what went wrong.
grep -m1 failed=1 -B20 /root/apnscp-bootstrapper.log
If no lines are returned, then no failure has occurred and you may need to wait longer for installation to complete. Installation should complete within 60 minutes. If installation does not complete within 90 minutes, then tread carefully as the server performance may be impaired.
# Network failures
Network connectivity is a common failure that can be caused by transient errors either in DNS resolution, which is unreliable by UDP protocol design, or network congestion. Network tasks use a built-in retry/wait algorithm to reduce the risk of failure - up to 3 retries with a 5 second wait in between attempts. Even this pragmatic approach to handling network interruptions can fail.
TASK [software/rbenv : Add GEM_HOME pathing support] *************************** 2019-03-05 12:42:19,129 p=8833 u=root | FAILED - RETRYING: Add GEM_HOME pathing support (3 retries left). 2019-03-05 12:46:38,839 p=8833 u=root | FAILED - RETRYING: Add GEM_HOME pathing support (2 retries left). 2019-03-05 12:50:58,550 p=8833 u=root | FAILED - RETRYING: Add GEM_HOME pathing support (1 retries left). 2019-03-05 12:55:18,270 p=8833 u=root | fatal: [localhost]: FAILED! => ...
The above fragment failed to download a repository off GitHub indicating possible DNS issues with the resolver configured on the machine. Replace the configured resolver with a reliable public DNS resolver (Google, Level3, Cloudflare) by editing
/etc/resolv.conf. Remove all instances of
nameserver and change the DNS timeout which defaults at 5 seconds. When using multiple nameservers,
rotate in the
options directive will round-robin resolvers to distribute lookups across all nameservers.
As of v3.0.29, ApisCP automatically replaces the machine's nameservers with CloudFlare, which consistently performs in the top tier of reliability and speed. This feature may be disabled with
use_robust_dns. Alternate nameservers may be defined via
dns_robust_nameservers, a list (see apnscp-internals.yml).
# List of public DNS servers
# Generated by NetworkManager search apisnetworks.com nameserver 220.127.116.11 nameserver 18.104.22.168
# Generated by NetworkManager search apisnetworks.com options timeout:30 rotate nameserver 22.214.171.124 nameserver 126.96.36.199
# After Bootstrap
Domains that have a properly qualified FQDN will receive notification once ApisCP is installed. If not, the admin username/password/contact can be reconfigured at anytime using ApisCP's API helper.
cpcmd auth_change_username NEWUSER cpcmd auth_change_password NEWPASSWORD cpcmd common_set_email NEW@EMAIL.COM
Setting all 3 will allow you to login to your new panel at http://IPADDRESS:2082/. If SSL has been setup, or you can trust a bespoke certificate, then use https://IPADDRESS:2083/. When logging in as admin, leave the domain field blank.
# Adding your first domain
# Within ApisCP
After logging into the panel as admin, visit Nexus. Services can be reconfigured within Nexus or from the command-line.
# From command-line
AddDomain creates a site from command-line. Multiple parameters can be provided to alter the services assigned to an account. Nexus within the Administrative panel is a frontend for this utility.
admin_add_site is the backend API call for this command-line utility.
# Basic usage
AddDomain -c siteinfo,domain=mydomain.com -c siteinfo,admin_user=myadmin
Creates a new domain named mydomain.com with an administrative user myadmin. The email address defaults to firstname.lastname@example.org and password is randomly generated.
# Editing domains
# From ApisCP
Domains may be edited by clicking the SELECT button in Nexus.
# From command-line
EditDomain is a helper to change account state without removing it. You can toggle services and make changes in-place in a non-destructive manner. More advanced usage is available in the blog post, Working with CLI helpers.
Rename domain A simple, common situation is to alter the primary domain of an account. Simply changing the domain attribute under the siteinfo service will accomplish this.
EditDomain -c siteinfo,domain=newdomain.com mydomain.com
Changing password Changing the password is another common operation:
EditDomain -c auth,tpasswd=newpasswd site12
# Logging into services
ApisCP uses username@domain notation to log into all services. This allows for multiple domains to share the same username without conflict. The only restriction is that the primary account username must be unique.
Unless the domain is explicitly required, such as when logging into the control panel or accessing MySQL remotely use
# to join the username + domain. For example, when logging into SSH as user
example.com, all are acceptable variations of ssh:
ssh -l email@example.com bar.com ssh firstname.lastname@example.org@bar.com ssh -l foo#bar.com bar.com ssh email@example.com
This can be further simplified by creating a file called
~/.sshwith the following lines,
Host bar HostName bar.com User foo#bar.com
ssh bar will login to "bar.com" using the login "foo#bar.com".
As a second example, consider FTP. With the username
myadmin + domain
mydomain.com, the following configuration will allow access to the FTP server using explicit SSL (FTPES).
SFTP is supported if SSH is enabled for the account. ftp.DOMAIN is by convention, but using too the server name, server IP address, or domain name is also acceptable.
# Updating ApisCP
ApisCP can be configured to automatically update itself every night using
cpcmd scope:set cp.nightly-update 1
Alternatively ApisCP can be updated manually with
upcp. Playbooks can be run unconditionally using
upcp -b or
upcp -a if
resources/playbooks has changed since last update.