Understand what you are trying to stop
Automated login attempts use software to submit passwords repeatedly. Some try many passwords for one account; others test a few common passwords across many accounts or reuse credentials exposed elsewhere. A burst of failed logins does not, by itself, mean someone has entered your website. It does mean your login page is reachable and worth protecting.
Start by listing every route that can grant access: the website dashboard, customer accounts, hosting panel, email accounts used for password resets and any connected service that can publish or change site content. Note who needs each account and which routes are exposed to the public. For a small organization, this inventory is more useful than installing a security tool before knowing what it needs to protect.
Make a guessed password less useful
Use a unique password for every account, particularly administrator, hosting and email accounts. A password manager can help staff create and use strong passwords without relying on memorable variations. Give each person their own account with only the access their role requires, and remove access when it is no longer needed. Shared administrator accounts make it harder to identify suspicious activity or revoke one person’s access safely.
Enable multifactor authentication wherever your website platform and related services support it. Passkeys or authenticator apps may be available, depending on the service. Choose a supported method your team can use reliably, and store recovery codes securely so a lost device does not lock everyone out. Check password-reset settings too: protection on the website login is less effective if an attacker can take over the email inbox that receives reset links.
Slow repeated attempts without blocking real visitors
Rate limiting can restrict how quickly login requests are submitted. Many hosting providers, website platforms and security services offer it as a managed setting. Review what your provider already does before adding another plugin or service. If you configure limits yourself, test them against normal behavior, such as a colleague mistyping a password or several people signing in from the same office network. Rigid account lockouts can let an attacker deliberately prevent a legitimate user from signing in.
A challenge such as a CAPTCHA may help in some situations, but it adds friction and can create accessibility problems. Prefer safeguards that run quietly where possible, and make sure any visible challenge has an accessible alternative. Use login errors that help people recover without revealing whether a particular account exists. If your site has an unused login feature or integration, disable it rather than leaving another route open to automated attempts.
Monitor for signs of success, not just noise
Ask your platform or hosting provider what login records and alerts are available. A useful routine is to review failed-login spikes alongside successful sign-ins, password resets, newly created users and changes to administrator privileges. For example, a Monday spike in failures with no unusual successful access may call for checking your rate limits; an unexpected successful administrator login needs prompt investigation. Avoid storing passwords or other sensitive form entries in logs.
Decide in advance who receives alerts and what they should check first. If you suspect an account has been accessed, use a trusted device to change its password, revoke active sessions if the service allows it, review account changes and secure the associated email account. Contact your hosting or platform provider if you need help understanding the records. Keep an independent, restorable backup so you have a recovery option if a compromise leads to unwanted site changes.
Turn protection into a small recurring workflow
For a practical starting week, inventory access routes, remove unused accounts, enable multifactor authentication on the most powerful accounts and confirm that your platform is updated. Next, check the provider’s login-protection settings, test a normal sign-in and password reset, and assign someone to review alerts. Record where recovery codes and backup instructions are kept, without placing secrets in a shared document.
Revisit these checks when staff change roles, a new plugin adds a login route or visitors report trouble signing in. The goal is not to make every automated request disappear. It is to reduce the chance that an attempt succeeds, notice meaningful changes and keep the website usable for the people it serves.
