All in One WP Security tracks failed logins to wp_aiowps_failed_logins, lockouts to wp_aiowps_login_lockdown, and account activity into related prefix tables. The plugin's own pages render each one behind a separate menu, with basic filtering and pagination-only navigation. That works for occasional checks; it doesn't work when an investigator needs to compare patterns across event types, or when a compliance team wants a filtered slice across all authentication events. SleekView reads the AIOS table family together and treats them as the integrated dataset they actually are.

The cross-table audit is the recurring use case. A brute-force pattern shows up as failed-login rows on one screen and lockout rows on another; the two tables share IPs, usernames, and timestamps but live behind different menus. A unioned view keyed on those shared columns makes the pattern legible in one screen. Group by IP across hours and the attacker's pacing becomes visible: how many attempts before the lockout fired, how long the cooldown lasted, whether the same IP returned after the cooldown with a different username.

The compliance export story is the other recurring need. Auditors want authentication-events exports that respect the active filters; AIOS doesn't provide that natively. SleekView's CSV export carries the active filter set, so a legal team can request "all failed logins on admin accounts in Q1" and receive exactly that slice without engineering help. AIOS keeps doing detection and blocking; SleekView changes only what the moderator can do with the resulting dataset.

AIOS bundles a wide range of security features into one plugin: login protection, account activity tracking, file change detection, firewall rules, and several smaller utilities. The breadth is the value proposition. The same breadth produces a corresponding admin surface where each feature lives behind its own settings page, and each event type is logged into its own table.

That layout makes sense from a feature-organisation standpoint and is awkward from an investigation standpoint, because an actual security incident rarely respects the menu structure. A brute-force probe leaves traces in failed-logins, lockdown, and possibly account-activity tables, all at once. Reading those traces together is the audit; reading them separately is the menu.

The compliance angle compounds the friction. Auditors typically want unified slices ("authentication events for these accounts in this window") rather than per-table reports, and AIOS's native pages don't compose into that shape easily. Surfacing the table family as a single workspace, with cross-table filters and CSV exports that respect them, turns the breadth from a navigation cost into the operational asset it should always have been.