AI-Resistant Watermark
Forensic-grade micro-watermarking that survives AI erasure tools, embedding an encrypted forensic trail directly into your screen content for full leak traceability.
Conventional visible watermarks are becoming increasingly ineffective as modern AI image-editing and scrubbing tools can easily erase static text and image overlays. When a standard overlay is removed, user context is lost, making it impossible to trace the source of a data leak. AI-Resistant Watermarking solves this challenge by dynamically embedding micro-watermarks directly into complex visual regions, ensuring high survival rates and full forensic traceability.
OUR NUMBERS
80%+
Maximum watermark survival rate following AI removal attempts
8 Chars
Encrypted forensic string used for instant server-side leaker identification
3 Levels
Configurable layout density settings (Sparse, Medium, Dense)
1 Platform
Unified Policy Server architecture supporting Windows and multi-OS environments
Why It Matters
- Conventional Overlays Fall Short: Standard static watermarks can be easily detected and erased by commercial or open-source AI tools.
- Loss of Forensic Traceability: Once a standard watermark is erased, enterprise security teams lose all user context and leak attribution.
- Workflow Distraction: Opaque, static overlays can obstruct critical screen content and disrupt user productivity.
- Lack of Accountability: Without resilient micro-patterns, compromised visual data cannot be linked back to the responsible source.
Standard vs. AI-Resistant Watermark: Architectural Comparison
Security Attribute
Standard Visible Watermark
xSecuritas AI-Resistant Watermark
Placement Strategy
Fixed-coordinate overlay across monitor or application window
Dynamic micro-embedding into complex visual regions
AI Removal Resistance
Vulnerable; easily erased by AI removal tools
High Resilience; 70%–80%+ survival rate post-processing
Visual Impact
Prominent visual overlay across the display
Aesthetically blended micro-patterns with zero workflow disruption
Leak Identification
Erased watermarks lose all user context
Micro-watermarks remain intact for forensic identification
System Requirement
Windows 7 or later
Windows 10 (Version 2004) and later / Windows 11
Key Capabilities
Intelligent Micro-Watermarking Engine
Scans screen content dynamically to insert subtle watermarks into visual areas.
High Survival Rate
Ensures 70%–80%+ survival rate against AI watermark erasers.
Encrypted Forensic String
Embeds an 8-character string combining User Unique ID (5 chars) and Hex Date Code (3 chars).
Flexible Density & Transparency
Configurable layout spacing (Sparse, Medium, Dense) and transparency (Light, Medium, Dark).
Centralized Governance
Managed via the xSecuritas Policy Server for unified enterprise control.
How We Deliver It
Scan & Detect
Locate the 8-character micro-watermark code on the captured image or screenshot
Access Console
Log in to the Policy Server and navigate to Organization & Users Management.
Search Unique ID
Click the Search Unique ID button and enter the 8-character string into the lookup prompt.
Decode Timestamp
The system automatically decodes the 3-character Hex Date Code into the exact capture date.
Attribute Source
The matched Department, User Name, User ID, and exact capture date are displayed.
Deliverables & Business Benefits
Typical Deliverables
- AI-Resistant Watermark Policy Architecture
- Density/Transparency Configuration
- Forensic Search Runbook
- Endpoint Deployment Packages (v11.0.0.0+)
Business Benefits
- Uncompromised Data Protection
- Definite Leak Traceability
- Zero Workflow Obstruction
- Centralized Security Governance
Atlassian Platinum Solution Partner