Technical summary
How does Attack Story (Last 24h): inspected requests, events, unique IPs/routes, top detected types/rules) work in Aegisify WAF, and what should administrators verify? provides security telemetry and forensic context for inspected, logged, challenged, rate-limited, blocked, and operational events across WAF subsystems. This article is grounded in the supplied Aegisify WAF 1.20.13 plugin package. It documents current behavior and defaults rather than relying on older FAQ wording.
Where administrators configure or verify it
Primary wp-admin path: wp-admin → Aegisify WAF → Logs. Exact controls can be distributed across the related tab/page when the feature is composed of multiple engines.
Current 1.20.13 defaults and related controls
The table below lists settings in the supplied current source that are directly related to this topic. The current default/bound/status shown is code-derived. Where the product does not define a named Medium preset, the shipped default is documented as the baseline operating point rather than inventing a value.
| Setting | Current default / bound / status | Why this default | How to tune safely |
|---|---|---|---|
logs.alert_rule.minimum_events_default |
3 | The shipped value of 3 is the exact current default encoded by the plugin and should be treated as the baseline unless site evidence supports a change. | For abuse/rate thresholds, a lower number is generally more aggressive and can stop attacks sooner but may affect legitimate bursts; a higher number is more tolerant but allows more activity before intervention. Change incrementally and validate against logs. |
logs.alert_rule.minimum_events_max |
Maximum: 100 | 100 is the current code-enforced maximum/capacity boundary for this control, not a normal operating default. | Do not treat this cap as a target. Operate below it unless the legitimate site requirement needs more capacity; reaching the cap means the current implementation will clamp, truncate, stop adding rows, or reject additional input depending on the control. |
logs.alert_rule.minimum_events_min |
Minimum: 2 | 2 is the current code-enforced minimum boundary, not a recommended default. Values below it are clamped or rejected by the current save path. | Do not tune below this boundary. Adjust the corresponding primary setting at or above this minimum and validate legitimate traffic/workload. |
logs.alert_rule.blank_recipients_use_wp_admin_email |
Blank → WordPress admin email | This is the current recipient fallback behavior when no explicit alert email is configured. | This row documents fixed current-version behavior or a capability boundary. Change the related user-facing setting rather than attempting to tune this reference value. |
logs.alert_rule.cooldown_seconds_default |
1800 | The shipped value of 1800 is the current timing baseline used to balance responsiveness, user impact, and processing overhead. | For the same event limit, a longer accumulation window or lockout/cooldown usually increases protection and user disruption; a shorter interval resets sooner. Tune together with the corresponding event threshold. |
logs.alert_rule.cooldown_seconds_max |
Maximum: 86400 | 86400 is the current code-enforced maximum/capacity boundary for this control, not a normal operating default. | Do not treat this cap as a target. Operate below it unless the legitimate site requirement needs more capacity; reaching the cap means the current implementation will clamp, truncate, stop adding rows, or reject additional input depending on the control. |
logs.alert_rule.cooldown_seconds_min |
Minimum: 60 | 60 is the current code-enforced minimum boundary, not a recommended default. Values below it are clamped or rejected by the current save path. | Do not tune below this boundary. Adjust the corresponding primary setting at or above this minimum and validate legitimate traffic/workload. |
logs.alert_rule.window_seconds_default |
300 | The shipped value of 300 is the current timing baseline used to balance responsiveness, user impact, and processing overhead. | For the same event limit, a longer accumulation window or lockout/cooldown usually increases protection and user disruption; a shorter interval resets sooner. Tune together with the corresponding event threshold. |
Adjustment strategy
Change one control at a time, save it through the product UI, reproduce the legitimate and malicious/test flow, and review the product log/status surface. For enforcement controls, use Monitor/Observe first when normal behavior is uncertain; move to Block only after the signal is reliable. For thresholds, do not jump directly from the default to an extreme unless an active incident requires emergency containment and a recovery path exists.
Operational guidance
On a production WordPress site, a sudden block spike after a plugin/API deployment should first be investigated in WAF logs. Narrow the issue to the exact route, rule family, client identity, or payload characteristic. Prefer a precise exclusion/allowlist or threshold adjustment over disabling broad protection.
Technical keywords
Aegisify WAF, 1.20.13, 24h, attack, custom, detected, events, inspected, ips, last, managed, requests, routes, rule, rules, signature
Source baseline
Verified package: Aegisify WAF 1.20.13. Primary source files: includes/class-aegiswaf-storage.php; includes/class-aegiswaf-ai-security.php; includes/class-aegiswaf-api-security.php; includes/class-aegiswaf-managed-rules.php; includes/ddos/class-aegiswaf-ddos-storage.php; includes/admin/pages/class-aegiswaf-page-waf-rules.php; includes/admin/pages/class-aegiswaf-page-logs.php; includes/admin/pages/class-aegiswaf-page-access.php. If a future plugin version changes these settings, support should re-read the installed version rather than carry these defaults forward automatically.