Unveiling the Future of Cybersecurity.

   University of Galway, Ireland

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Ontology

Structuring Cyber Threats: Building a Unified Language for Malware Understanding

STRUCTURING CYBERSECURITY

Malware Ontology

Malware ontology provides a structured framework to categorize, analyze, and understand malware. It organizes malware types, attributes, and behaviors into a systematic hierarchy, enabling consistent communication and deeper insights across the cybersecurity community. By creating relationships between malware characteristics and attack vectors, our ontology enhances:

Threat Analysis

Improves Detection Strategies

Supports AI-Driven Solutions

Acts as a Knowledge Base

Unified Framework

Establishes a common language for describing malware

Improved Analysis

Enables efficient threat classification and behavior prediction

AI Integration

Enhances machine learning models with structured knowledge

Scalable Knowledge Base

Adapts to the constantly changing landscape of cyber threats

TOOL AND TECHNOLOGIES

Building a robust malware ontology involves leveraging specialized tools and technologies to ensure a comprehensive and scalable framework.

Ontology Development Platforms

Protégé: A widely used open-source tool for creating, managing, and visualizing ontologies.

OWL (Web Ontology Language): A semantic web language for defining and representing ontologies.

 

Knowledge Representation and Modeling

RDF (Resource Description Framework): Used for representing malware relationships and data in a structured, machine-readable format.

SPARQL: A query language for extracting and analyzing data from the ontology.