SightCensor is a for-purpose provider of image recognition and content moderation technology. We work with organisations to identify, report and disrupt the distribution of sexually explicit content and exploitation material.
We are on a mission to create safer digital spaces.
SightCensor has been used for varying applications across different industries.
Create safer user experiences by filtering inappropriate imagery before it reaches other users
Prevent distribution of potentially unwanted sexually explicit content with our moderation tools that work in real-time
Automatically flag and detect explicit content within images and videos, allowing investigators to focus on high-fidelity content
Efficiently process images and associated metadata from platforms like Discord, Telegram, and Reddit for content analysis and intelligence gathering
Image and video analysis occurs in three steps.
Securely process image or video content through our web interface, or REST API. We support all common file formats.
Our machine learning models analyse each image or video, detecting and reporting on explicit content with high accuracy.
View submission reports in our dashboard, or receive them via REST API. Result exports are available in JSON, CSV or PDF
Analyse images in seconds with our high-performance API. Our detection takes an average of 0.5 seconds per image
Highly configurable options to allow for imagery to be processed and stored securely, or purged immediately upon processing (the default!)
Gain comprehensive insights into processed images with advanced reporting and statistics
Multiple image recognition models are available for different content detection needs, from simple classification to detailed object detection
Easy-to-use REST API with comprehensive documentation for seamless integration into your existing applications. We also have apps available for Discord and Telegram
Supplement your existing moderation pipelines with our human review workflows. This is ideal for sensitive content that requires manual human analysis.