Defender Pro records its activity across a handful of custom tables: wp_defender_audit_log for the full event stream with actor, event type, and context, wp_defender_lockout_log for blocked IPs and the reason for each block, and wp_defender_scan plus wp_defender_scan_item for the malware scanner. The plugin's UI presents each in its own screen, which is fine for browsing but limiting when an investigation spans tables.

SleekView treats those tables as a single source. It reads wp_defender_audit_log and joins wp_defender_lockout_log on IP and user, so the event row that triggered a block shows alongside the lockout it produced. Scan items from wp_defender_scan_item can sit in their own view or overlay onto the audit grid when a forensic timeline matters.

Inline writes route through Defender's own functions where they exist (for example unlocking an IP or resolving a scan item) and fall back to direct table writes with conflict detection where they do not. The result is a working incident grid rather than a stack of read-only logs.

Defender Pro covers a wide spread of hardening, from two-factor enrolment to brute force, scans, and security headers. That breadth is also why its admin screens feel scattered when something goes wrong. A real incident usually crosses Defender's internal modules: a settings change happens just before a brute force run, a lockout drops on the same IP that hit a missing file warning, an admin login from a new country lines up with a scan item turning red.

Reading those signals from separate screens means a slow triage and lost context. Treating wp_defender_audit_log, wp_defender_lockout_log, and wp_defender_scan_item as joined sources turns that triage into one grid where the question and the action sit next to each other. Saved views make repeat investigations cheaper because the next on-call admin reopens the same filter and column set rather than rebuilding it.

Inline writes mean the action happens where the data lives, with the annotation stored against the row for the next reviewer. Defender already captures the trail faithfully; a working grid is what makes that trail useful at speed.