Discover the Technology Driving Our Intelligence Solutions
ADVANCED IMAGE ANALYSIS
Our system boasts advanced image analysis, including Optical Character Recognition, Automatic Face Detection, and Image Entity Extraction. From extracting text from images to identifying objects such as glasses, hats, and cars, our tools equip you with a deeper understanding of visual content.
Experience a visually engaging interface that presents activity timelines, pie charts, and Visual Entity Relationship Graphs (VLN) to display relationships and connections. This intuitive visualization helps you interpret complex data effortlessly and aids in building a comprehensive understanding of criminal networks.
Named-Entity Recognition (NER) is a fundamental aspect of natural language processing (NLP) that plays a crucial role in deciphering the vast amounts of unstructured text data generated daily. At its core, NER is a technology that identifies and classifies key elements in text into predefined categories such as the names , organizations, locations, quantities, monetary values, sentiment, percentages, etc.
DISCOVER DEEPER INSIGHTS
Uncover valuable insights from a wealth of existing data.
Our infrastructure extracts anomalies, providing you with a comprehensive understanding of potential risks and suspicious patterns.
Our system incorporates state-of-the-art natural language processing and machine learning techniques that analyse text content and assign weighted sentiment scores, highlighting positive or negative sentiments associated with the data.
Stay ahead of the game by leveraging our intelligence on popular topics from specific geographic locations. When viral phenomena hold geographic significance, our platform equips intelligence analysts with valuable insights to aid their investigations.
SPEECH TO TEXT (STT)
Effortlessly convert audio and video content into written text across multiple languages. This enables quick comprehension of the content and facilitates speech analytics, enhancing the efficiency of your investigative processes.