FIDO Biometric Certification Program

The document discusses software piracy, including its history dating back to the 1970s, types of piracy such as soft lifting and online piracy, reasons for piracy like high costs and availability, and effects on users and developers. Users can experience lower productivity from damaged pirated software, malware infections, and lack of support. Developers face lost revenue, economic instability, and less funding for new software. The document covers many aspects of software piracy.

This document discusses cyber crime and is presented by Ashita Phulwani, a BCA 1st semester student. It begins by defining crime and explaining that security is needed to prevent crime. It then explores different categories and types of cyber crimes like hacking, financial crimes, pornography, and intellectual property theft. Specific cyber crimes discussed in more detail include phishing, credit card fraud, software piracy, and spoofing. The document also looks at common cyber criminals, their motives, and the impacts of cyber crimes on victims. Overall, the document provides a broad overview of cyber crimes, how they are committed, and their consequences.

This document discusses cybersecurity and data privacy laws. It begins by distinguishing between data security, which concerns who has access to data, and data privacy, which concerns how authorized entities use data. It then reviews American data privacy law, noting there are few inherent rights to personal data. Key cases and statutes on data breaches, privacy torts, standing requirements, and the Federal Trade Commission's authority over unfair and deceptive data practices are summarized.

Prior Art provides background information for writing the patent application and helps shape the scope of the claims.

This document discusses social engineering techniques used by attackers to trick people into divulging sensitive information or performing actions. It defines key terms and explains why social engineering is a threat even for organizations with strong technical security controls. Common social engineering attack methods are described in detail, including phishing emails, phone calls, dropping infected USB drives, and impersonation. The document emphasizes that education is needed to help people recognize and avoid social engineering tactics.

The webinar discusses the benefits and challenges of 3D Secure and highlights new features in version 2.2 that aim to improve the user experience. Key points include: - 3D Secure provides benefits like liability shift but can create friction for cardholders during online transactions. - Version 2.2 focuses on minimizing user actions and authentication through tools like merchant white listing, risk-based exemptions, and decoupled authentication. - Merchant white listing allows cardholders to add trusted merchants to their own list and skip authentication for future purchases from those merchants. - Decoupled authentication separates authentication from payment, allowing it to occur offline through mobile notifications within a configurable time window.

The document discusses the MITRE ATT&CK framework, which is a knowledge base of adversary behaviors and tactics collected from real-world observations. It describes how the framework categorizes behaviors using tactics, techniques, and procedures. The framework can be used for threat intelligence, detection and analytics, adversary emulation, and assessment and engineering. The document provides examples of how organizations can map their detection capabilities and data sources to techniques in the framework to improve visibility of attacks. It cautions against misusing the framework as a checklist rather than taking a threat-informed approach.

This document discusses Internet of Things (IoT) security. It begins by defining IoT and describing common IoT applications in consumer, commercial, industrial, and infrastructure sectors. It then defines IoT security and explains that security is an important area due to the rapid growth of connected devices. The document outlines four layers of IoT security: device, communication, cloud, and lifecycle management. It identifies some of the main security issues like default passwords, unpatched systems, and access to APIs and data. Finally, it discusses best practices for IoT security including authentication, encryption, privacy controls, and firmware updates.