MonitorDog
Visual Threat Detection

Visual Threat Detection

Defend your enterprise screens against unauthorized smartphone recording and visual leaks in real time. Advanced AI continuously analyzes behavioral anomalies and gaze directions to eliminate shoulder-surfing risks across every workplace. Explore the three powerful visual defense layers below that preemptively block critical information leakage.

Core Capabilities

Endpoint Visual Security

Smartphone Detection

Accurately detects screen-facing mobile devices, even at skewed angles or when partially obscured.

Close-up of a smartphone camera
  • Detects smartphones in recording positions with 99% accuracy
  • Supports all commercial smartphone models and form factors
  • Continuous model optimization via proprietary AI datasets
  • Instant, real-time threat detection within ~50 milliseconds

Real-Time Absence Detection

Vision AI tracks user presence in real time, instantly locking the display upon absence to prevent data leaks.

Example of a user away from their desk
  • Tailored control options like Auto-Lock and Do Not Disturb based on policy
  • Precise detection delay to prevent false positives from glance-aways
  • Flexible unlock options to seamlessly resume workflow upon return
  • Instant screen protection & automated audit logging upon absence

Shoulder-Surfing Detection

Utilizes human detection technology to identify unauthorized individuals attempting to peek at screen content.

Webcam example
  • Simultaneously detects multiple faces within the camera's view
  • Tracks and identifies the gaze direction of unauthorized persons
  • Automatically locks sensitive screens instantly upon threat detection
  • Flexible sensitivity adjustments tailored to various workplaces

Behavior & Environment Analysis

Advanced behavioral AI analyzes action patterns to precisely distinguish webcam tampering or recording attempts.

Graph analysis
  • Tracks and detects recurring recording or photography attempts
  • Identifies specific screen-directed gestures and movements
  • Provides adaptive environment feedback based on ambient lighting
  • Contextual analysis dramatically reduces false positive rates