Add axes to your INSTALLED_APPS:

    # ...
    # ...

Add axes.backends.AxesModelBackend to the top of AUTHENTICATION_BACKENDS:

    # ...
    # ...

Run python migrate to sync the database.

Known configuration problems

Axes has a few configuration issues with external packages and specific cache backends due to their internal implementations.

Cache problems

If you are running Axes on a deployment with in-memory Django cache, the axes_reset functionality might not work predictably.

Axes caches access attempts application-wide, and the in-memory cache only caches access attempts per Django process, so for example resets made in one web server process or the command line with axes_reset might not remove lock-outs that are in the sepate process’ in-memory cache such as the web server process serving your login or admin page.

To circumvent this problem please use somethings else than django.core.cache.backends.locmem.LocMemCache as your cache backend in Django cache BACKEND setting.

If it is not an option to change the default cache you can add a cache specifically for use with Axes. This is a two step process. First you need to add an extra cache to CACHES with a name of your choice:

    'default': {
        'BACKEND': 'django.core.cache.backends.locmem.LocMemCache',
    'axes_cache': {
        'BACKEND': 'django.core.cache.backends.dummy.DummyCache',

The next step is to tell axes to use this cache through adding AXES_CACHE to your file:

AXES_CACHE = 'axes_cache'

There are no known problems in other cache backends such as DummyCache, FileBasedCache, or MemcachedCache backends.

Authentication backend problems

If you get AxesModelBackend.RequestParameterRequired exceptions, make sure any auth libraries and middleware you use pass the request object to authenticate. Notably in older versions of Django Rest Framework (DRF) (before 3.7.0), BasicAuthentication does not pass request. Here is an example workaround for DRF.

Reverse proxy configuration

Django Axes makes use of django-ipware package to detect the IP address of the client and uses some conservative configuration parameters by default for security.

If you are using reverse proxies, you will need to configure one or more of the following settings to suit your set up to correctly resolve client IP addresses:

  • AXES_PROXY_COUNT: The number of reverse proxies in front of Django as an integer. Default: None
  • AXES_META_PRECEDENCE_ORDER: The names of request.META attributes as a tuple of strings to check to get the client IP address. Check the Django documentation for header naming conventions. Default: IPWARE_META_PRECEDENCE_ORDER setting if set, else ('REMOTE_ADDR', )

Customizing Axes

You have a couple options available to you to customize django-axes a bit. These should be defined in your file.

  • AXES_CACHE: The name of the cache for axes to use. Default: 'default'
  • AXES_FAILURE_LIMIT: The number of login attempts allowed before a record is created for the failed logins. Default: 3
  • AXES_LOCK_OUT_AT_FAILURE: After the number of allowed login attempts are exceeded, should we lock out this IP (and optional user agent)? Default: True
  • AXES_USE_USER_AGENT: If True, lock out / log based on an IP address AND a user agent. This means requests from different user agents but from the same IP are treated differently. Default: False
  • AXES_COOLOFF_TIME: If set, defines a period of inactivity after which old failed login attempts will be forgotten. Can be set to a python timedelta object or an integer. If an integer, will be interpreted as a number of hours. Default: None
  • AXES_LOGGER: If set, specifies a logging mechanism for axes to use. Default: 'axes.watch_login'
  • AXES_LOCKOUT_TEMPLATE: If set, specifies a template to render when a user is locked out. Template receives cooloff_time and failure_limit as context variables. Default: None
  • AXES_LOCKOUT_URL: If set, specifies a URL to redirect to on lockout. If both AXES_LOCKOUT_TEMPLATE and AXES_LOCKOUT_URL are set, the template will be used. Default: None
  • AXES_VERBOSE: If True, you’ll see slightly more logging for Axes. Default: True
  • AXES_USERNAME_FORM_FIELD: the name of the form field that contains your users usernames. Default: username
  • AXES_USERNAME_CALLABLE: A callable function that takes either one or two arguments: AXES_USERNAME_CALLABLE(request) or AXES_USERNAME_CALLABLE(request, credentials). The request is a HttpRequest like object and the credentials is a dictionary like object. credentials are the ones that were passed to Django authenticate() in the login flow. If no function is supplied, axes fetches the username from the credentials or request.POST dictionaries based on AXES_USERNAME_FORM_FIELD. Default: None
  • AXES_PASSWORD_FORM_FIELD: the name of the form or credentials field that contains your users password. Default: password
  • AXES_LOCK_OUT_BY_COMBINATION_USER_AND_IP: If True prevents the login from IP under a particular user if the attempt limit has been exceeded, otherwise lock out based on IP. Default: False
  • AXES_ONLY_USER_FAILURES : If True only locks based on user id and never locks by IP if attempts limit exceed, otherwise utilize the existing IP and user locking logic Default: False
  • AXES_NEVER_LOCKOUT_WHITELIST: If True, users can always login from whitelisted IP addresses. Default: False
  • AXES_IP_WHITELIST: An iterable of IPs to be whitelisted. For example: AXES_IP_WHITELIST = ['']. Default: None
  • AXES_DISABLE_ACCESS_LOG: If True, disable all access logging, so the admin interface will be empty. Default: False
  • AXES_DISABLE_SUCCESS_ACCESS_LOG: If True, successful logins will not be logged, so the access log shown in the admin interface will only list unsuccessful login attempts. Default: False
  • AXES_RESET_ON_SUCCESS: If True, a successful login will reset the number of failed logins. Default: False