This complete implementation represents a fully featured and fault-tolerant version of a malware scanner.

A repository for resources and updates related to the Algorithms (MDPI) special issue. Focused on secure algorithmic solutions for cyber defense, including encryption, authentication, anomaly detection, reverse engineering, and security-aware AI.

The book is about the architecture, design, and evolution of antivirus engines, explaining how they detect, analyze, and defend against malware using various technical methods and innovations.

This example implements an optimized antivirus scanner in Python using the Aho-Corasick automaton. It combines signature matching with a Tkinter interface, extension-based filtering, and progress reporting, scanning the header and footer of files for efficiency. The implementation is part of the 127 algorithms collection.

A total of 44 poster presentations and 404 source code examples reflected in nine computer languages, namely: C#, C++, Java, JavaScript, PERL, PHP, Python, Ruby and VB.

Photon-pixel coupling is a novel method that allows a parallel sampling of an unlimited number of sensors. In the case shown here, 200 sensors are sampled in parallel at video rate frequency. This implementation is done in Visual Basic 6.0 (VB6).