Quantum Computing Risk And Security Masterclass

Learn and mitigate the risks introduced by Quantum Computing in this comprehensive course

What you'll learn

Fundamental Of Quantum Computing

Risks of Quantum Computing

Post-Quantum Cryptography

NIST Standards On Post-Quantum Cryptography

Mitigating Quantum Threats

Requirements

Basic understanding of technology

Basic understanding of cryptography

No prior understanding of Quantum Computing

Description

Quantum computing is emerging as a groundbreaking field, with the potential to revolutionize industries by solving complex problems at speeds unattainable by classical computers. However, with this power comes significant risks, particularly in the realm of security. As quantum technologies advance, they introduce new vulnerabilities, challenges, and security threats to the digital world. The "Quantum Computing - Risk and Security Masterclass" is designed to equip you with a deep understanding of quantum computing and the unique security risks it poses, while also exploring strategies to safeguard against these threats.This course covers the foundational principles, components, and best practices for understanding the risks and security implications of quantum computing.What You Will LearnFundamentals of Quantum Computing and Security: Understand the basic principles of quantum computing and its potential impact on cryptography and cybersecurity.Quantum Computing Risks: Explore the specific security risks that quantum computing introduces, including threats to classical encryption methods and new attack vectors.Post-Quantum Cryptography: Learn about the emerging field of post-quantum cryptography and how it aims to secure data in a quantum world.Mitigating Quantum Threats: Implement strategies and best practices to prepare for and defend against the security risks posed by quantum advancements.Course OutlineIntroduction to Quantum ComputingWhat is quantum computing?Quantum principles and how they differ from classical computingImportance of quantum computing in modern technologyQuantum Computing Risks and Security ChallengesHow quantum computing threatens classical encryptionNew attack vectors enabled by quantum technologiesCase studies of potential security risksPost-Quantum CryptographyOverview of post-quantum cryptographyKey algorithms and their development statusPreparing for a post-quantum worldDefensive Strategies Against Quantum ThreatsSecurity best practices in the quantum eraDeveloping quantum-resilient systemsAwareness and preparation for organizationsWho Should Take This CourseThis course is ideal for anyone interested in understanding the security risks associated with quantum computing, including:Cybersecurity professionalsCISOs, CROs, CTOs etc.IT Managers and Decision-MakersCryptography expertsTechnology enthusiastsAnyone curious about the future of computing and securityPrerequisitesNo prior knowledge of quantum computing is required. A basic understanding of computer security and cryptography will be helpful but is not mandatory.InstructorTaimur Ijlal is a multi-award-winning information security leader with over 20+ years of international experience in cyber-security and IT risk management in the fin-tech industry. Winner of major industry awards such as CISO of the Year, CISO Top 30, CISO Top 50, and Most Outstanding Security Team. Taimur's courses on Cybersecurity and AI have thousands of students from all over the world. He has also been published in leading publications like ISACA Journal, CIO Magazine Middle East, and has published two books on AI Security and Cloud Computing (ranked #1 new release on Amazon).

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Introduction To Quantum Computing

Lecture 2 Introduction To Quantum Computing

Lecture 3 Quantum Computing Concepts

Lecture 4 Quantum Computing - Case Study

Section 3: Quantum Computing Risks

Lecture 5 Risks of Quantum Computing

Lecture 6 Breaking Modern Cryptography

Lecture 7 Risk To Blockchain

Lecture 8 Other Risks of Quantum Computing

Section 4: Understanding Post Quantum Cryptography

Lecture 9 Post Quantum Crypgoraphy ( PQC )

Lecture 10 NIST Standards On PQC

Lecture 11 Case Study - Applying NIST Standards

Lecture 12 Quantum Key Distribution (QKD)

Section 5: Creating A Quantum Risk Roadmap

Lecture 13 Creating A Quantum Risk Roadmap

Section 6: The Way Forward

Lecture 14 The Way Forward

Cybersecurity professionals,CISOs, CTOs and CROs,Risk Management Professionals,IT Auditors,Anyone interested in the Quantum landscape